BioBoyScout's Proprietary Due Diligence, Analysis, Competitive
  Intelligence, and Opinion on Arrowhead Pharmaceuticals, Inc.
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BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
  Arrowhead Website   Clinical Trials
    ARWR Pipeline     ARWR Current Trials
    ARWR Events & Presentations     AMGN Lp(a) Trials
    ARWR News     JNJ-73763989 Trials
    ARWR About     ALNY Current Trials
    Q2 2020 ARWR Earnings Call Transcript     Dicerna Current Trials
    Q1 2020 ARWR Earnings Call Transcript     Auckland Clinical Studies
    Q4 2019 ARWR Earnings Call Transcript      
    Q3 2019 ARWR Earningts Call Transcript   Miscellaneous
    Q2 2019 ARWR Earnings Call Transcript     ARWR Issued US Patents
    ARWR Analyst R&D Day 2019 - Presentation     ARWR US Patent Applications
    ARWR Analyst R&D Day 2019 - Webcast     US Trademark Search
    ARWR 2019 Annual Report     HBV Endpoints Locarnini Presentation
    ARWR March 2020 Presentation     HBV Endpoints Round Table
            HBsAg Epitope Mapping - Locarnini
  Stock Quotes/Info     EASL 2019 JNJ-3989 Abstract
    ARWR Nasdaq Inst. Holdings     Off-target effects: RNAi (info document)
    ARWR Nasdaq Pre-market      
    ARWR Nasdaq After Hours   Others
    ARWR Investor Village     Alnylam Pipeline
    ARWR Fintel     Dicerna Pipeline
    ARWR EDGAR SEC Filings     Amgen Pipeline
    ARWR Holdings Channel Holders     The Science of HBV Cure, June 7-8, 2019
    ARWR Holdings Channel Quote     USAN Drug Finder
    ARWR The Fly     National Cancer Institute Trials (HIF2 - NCT04169711)
    ARWR WhaleWisdom Quote     ARWR Adversity Odyssey, Life Science Leader, 4/1/2020
    ARWR J3SG Quote     What Wasn't Included ARWR, Life Science Leader, 3/23/2020
    ARWR IBorrow     LOVD v.3.0 - Global Variome shared LOVD
    ARWR Twitter     NCBI Gene Database
    ARWR Yahoo!      
    ARWR StockTwits      
    ARWR macrotrends.net      
             
  Clearance Profile References Supporting the Theory of Potentially Achieving
at Least a 66% HBV Functional Cure Rate using JNJ-3989 as a Monotherapy
HBV Endpoints Locarnini Presentation At least 80% of patients developed Clearance Profile (3/8/2019)
HBV Endpoints Round Table Entry inhibitor and RNAi best approach
HBsAg Epitope Mapping - Dr. Locarnini Clearance Profile defined by Loop 1 and 2 HBsAg epitope pressure
Current and New HBV Endpoints Clearance Profile is an 83% predictive value of seroconversion (functional cure)
Predicting HBsAg Clearance ARC-520 recovery of the immune response
1st Loop epitope … HBsAg Antibodies at 124-147 amino acids (which happen to be within loops 1 and 2) - 
supports Dr. Locarnini's Clearance Profile argument
Epitope loops Loop 1 (107-138), loop 2 (139-147) - supports Dr. Locarnini's Clearance Profile argument
HBsAg Epitopes (2013) Highest % of mAbs at P2 and P3 (loops 1 & 2) - supports Dr. Locarnini's Clearance Profile argument
Fast Facts
Arrowhead Pharmaceuticals, Inc. - NASDAQ Ticker Symbol:  ARWR  -  President & CEO:  Christopher R. Anzalone, PhD
Acquired all of Roche's RNAi business in 2011, and all of Novartis' RNAi business in 2015, including all related Intellectual Property.
Targeted RNAi Therapeutics Company.  RNAi is a way of silencing target genes, and is highly specific.
Arrowhead has shown fast drug development. They can develop drugs faster than a traditional small-molecule drug.
Other major RNAi companies:  Alnylam Pharmaceuticals, Inc., Dicerna Pharmaceuticals, Inc.
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
  Pipeline as Compiled by BioBoyScout - Interactive Chart
        Drug Disease Pre-clinical Pre-IND Phase 1 Phase 2 Phase 3 Commercial
Alpha-1 Liver Disease
    W
H
O
L
L
Y
 
O
W
N
E
D
  ARO-AAT   Orphan US & EU                                     Pivotal Phase 2/3                          
Multifactorial Chylomicronemia (MCM)
      ARO-APOC3   Pivotal Phase 2/3 Guided 1H2021                   Phase 1                                        
Mixed Dyslipidemia
      ARO-ANG3   Phase 2b Guided 1H2021                             Phase 1                                  
Liver Disease (NASH)
      ARO-HSD                                     Phase 1                                              
Cystic Fibrosis
      ARO-ENaC   Orphan US                           Phase 1/2                                              
COPD
      ARO-Lung2   CTA Guided 4Q2020             Pre-IND                                                          
COVID-19
      ARO-COV           Pre-clinical                                                                            
Renal Cell Carcinoma
      ARO-HIF2                                     Phase 1b                                              
Undisclosed Muscular
      ARO-Muscle   CTA Guided 1H2021           Pre-IND                                                            
Hepatitis B
  P
A
R
T
N
E
R
E
D
  JNJ-3989   Janssen                                                 Phase 2                          
Cardiovascular Disease - Lipoprotein(a)
    AMG 890   Amgen Phase 2 Guided 2H2020                   Phase 1                                        
Undisclosed
    ARO-JNJ1   Janssen     Pre-clinical                                                                          
Undisclosed
    ARO-JNJ2   Janssen Pre-clinical                                                                              
Undisclosed
    ARO-JNJ3   Janssen Pre-clinical                                                                              
            Liver   Lung   Tumor   Muscle                                                                  
                                                                                                           
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Current RNAi Targets and Clinical Trial Information for Active RNAi Platforms (not Retired or Obsolete) as Compiled and Estimated by BioBoyScout
  Start Completion Arrowhead TRiM™ Alnylam ESC+ Dicerna GalXC™ ~ # of patients dosed ~ total # of patients ~ # of doses given ~ total # of doses Trial Progress Total # of Patients # Placebo # Patients Dose 1 # Dose 1 Doses # Patients Dose 2 # Dose 2 Doses
12/5/2017 Alpha-1 Liver Dis.
ARO-AAT
3/12/18 6/30/20 ARO-AAT Ph 1
28 52 45 17 16 1 12 3
12/19/19 11/15/21 ARO-AAT Ph 2
9 27 12 0 4 7 8 9
8/7/19 5/1/23 ARO-AAT Ph 2/3
112 295 120 0 24 11 96 9
12/6/2017
Primary Hyperox. Nedosiran (DCR-PHXC) - Cross-licensed with Alnylam
12/6/17 11/19/19
DCR-PHXC Ph 1 33 33 43 10 33 1
10/28/19 1/15/21
DCR-PHXC Ph 2 24 192 36 12 24 12
7/9/19 12/15/23
DCR-PHXC Ph 3 50 550 50 0 50 36
12/8/2017 Hepatitis B
ARO-HBV / JNJ-3989 - Partnered with JNJ / Janssen
3/27/18 9/30/20 ARO-HBV Ph 1/2
104 272 104
20 1 84 3
8/1/19 2/28/23 JNJ-3989 Ph 2
300 1,000 450 150 300 5
7/4/19 8/23/19 JNJ-3989 Ph 1
18 18 25 7 18 1
11/6/19 4/5/22 JNJ-3989 e- Ph 2
80 340 120 40 80 12
1/8/20 7/17/20 JNJ-3989 Ph 1
48 48 48 0 48 1
7/30/2018 CVD, Elevated Lp(a)
AMG 890 - Partnered with Amgen
7/30/18 11/27/21 AMG 890 Ph 1
56 56 80 24 56 1
6/10/20 2/12/23 AMG 890 Ph 2
0 0 240 40 200 4
9/14/2018
Hepatitis B
VIR-2218 - Partnered with Vir
11/14/18 8/15/20
VIR-2218 Ph 1/2
40 64 104 64 16 1 24 2
11/20/2018 Dyslip, FH, Hypertri
ARO-ANG3
1/7/19 5/30/20 ARO-ANG3 Ph 1
64 104 94 30 24 1 40 2
12/5/2018
Alpha-1 Liver Dis.
ALN-AAT02 - Partnered with Dicerna
12/5/18 6/15/21
ALN-AAT02 Ph 1/2
64 64 160 96 10 16 1 48 3
12/11/2018
Hepatitis B DCR-HBVS - Partnered with Roche
12/28/18 7/15/20
DCR HBVS Ph 1 48 120 56 8 24 1 24 4
12/21/2018 Hypertri, FCS
ARO-APOC3
3/8/19 4/30/21 ARO-APOC3 Ph 1
56 88 80 24 24 1 32 2
5/1/2019
Hypertension
ALN-AGT01
5/1/19 12/15/21
ALN-AGT01 Ph 1
124 124 340 168 20 16 1 108 3
11/20/2019 Advanced ccRCC
ARO-HIF2
5/30/20 3/30/22 ARO-HIF2 Ph 1b
0 0 18 0 18 72
10/24/2019
Alpha-1 Liver Dis. DCR-A1AT - Partnered with Alnylam
10/24/19 6/15/22
DCR-A1AT Ph 1/2 50 118 60 10 16 1 34 3
12/17/2019 NAFLD ALD NASH
ARO-HSD
3/3/20 11/30/21 ARO-HSD Ph 1
8 8 74 18 16 1 40 3
4/10/2020 Cystic Fibrosis
ARO-ENaC
6/8/20 9/30/21 ARO-ENaC Ph 1/2a
0 0 88 32 16 1 40 3
              ~ # of patients dosed ~ total # of patients ~ # of doses given ~ total # of doses              
2020+ ARO-Muscle ALN-APP (CNS - hCAA) DCR-undisclosed Arrowhead's TRiM™ Dosing Totals
ARO-JNJ1 (Janssen) ALN-LEC LECT2 Amyl. DCR-LIV2 NASH (B.I.)
ARO-JNJ2 (Janssen) ALN-F12 Thromb. LY3561774 (Lilly) Alnylam's ESC+ Dosing Totals
ARO-JNJ3 (Janssen) ALN-HSD NASH (Regen.) DCR-CM2 (Lilly)
ARO-Lung2 COPD ALN-COV Covid-19 (Vir) DCR-CM3 (Lilly) Dicerna's GalXC™ Dosing Totals
  ARO-COV COVID-19
DCR-NEURO1 (Lilly)
Asthma
DCR-PAIN1 (Lilly)
IPF
DCR-COMP1 (Alexion)
Ligand-Mediated RNAi Platforms (RNA Triggers linked to Targeting Ligands)
DCR-COMP2 (Alexion)
Current Platforms Not Retired or Obsolete Obsolete but Active
CardioMB (NovoND)
Arrowhead Alnylam Dicerna Alnylam
TRiM™ ESC+ GalXC™ ESC-GalNAc
6/3/2020
Date Introduced 9/14/2017 8/23/2017 6/29/2016 1/14/2014
# Days Old
# of Drugs in the Clinic 6
# of Drugs Dropped 0 0 0 2
Avg per yr Since Platform Introduced Avg/yr thru 8/23/17
1.66
Avg # per yr Since 1/1/2018 N/A
~ # patients dosed
~ # scheduled -
~ # doses given
~ # scheduled -
 Numbers as Compiled and Estimated by BioBoyScout from Clinical Trial Study Data - through 6/8/2020
Date Introduced Current RNAi Targets on Obsolete RNAi Platforms As Estimated by BioBoyScout
~ # of patients dosed ~ total # of doses
Mar-12
Alnylam - ONPATTRO® - hATTR Amyloidosis - LNP 2nd Gen (LNP2) 757 5,307
Jan-14
Alnylam - Fitusiran - Hemophilia - ESC-GalNAc - Ph 3 (Sanofi) 477 6,770
Dec-14
Alnylam - Inclisiran - Hyperchol - ESC-GalNAc - Ph 3 Reg (Novartis) 4,757 13,735
Feb-15
Alnylam - Cemdisiran - Comp-Med Dis - ESC-GalNAc - Ph 2 (Regeneron) 74 316
May-15
Alnylam - GIVLAARI® - Acute Hepatic Porphyria - ESC-GalNAc - Ph 3 - Reg 96 430
Mar-16
Alnylam - Lumasiran - PH Type 1 - ESC-GalNAc - Ph 3 - Reg (xl Dicerna) 122 284
Jun-16
Alnylam - Vutrisiran - ATTR Amyloidosis - ESC-GalNAc - Ph 3 (Sanofi) 216 478
6/3/2020
Total ESC-GalNAc
Drug Pipeline Indication / Partnership Landscape
Indication Arrowhead Alnylam Dicerna
Liver
HBV
Janssen Vir Roche
Liver
AAT
Solo Dicerna Alnylam
Liver
Other Diseases
Liver
Cardiometabolic
Amgen Novartis (1) Eli Lilly (?)
Solo (3) Solo (1) NovoNordisk (?)
Liver
Comp.-Mediated
Regeneron (?) Alexion (4)
Eli Lilly (?)
Liver
NASH
Solo (1) Regeneron (?) Boehr. Ing. (1)
Liver
Other Genetic
Sanofi (3) Solo (1)
Solo (3)
Lung Solo (1)
Cancer Solo (1)
CNS
Regeneron (?)
Neurological
Muscular
Solo (1)
Eli Lilly (?)
Platform Known Key Differentiators Between Platforms
TRiM™
Very stringent screening process using bioinformatics for sequence selection - minimizes off-target effects by entirely avoiding potentially problematic sequences (i.e. avoids pairing with partially complementary transcripts).
Ocular
Regeneron (?)
Pain
Eli Lilly (?)
ESC+
Adds destabilizing chemical modifications to trigger sequences in order to minimize off-target effects.  This destabilizes seed-driven pairing with partially complementary transcripts that can create off-target effects.
Dermatological
Unknown Janssen (3) Regeneron (?) Eli Lilly (?)
Solo (1)
GalXC™
Tetraloop design. Strategy for addressing off-target effects is unknown, except for "Exquisite target and tissue specificity nearly eliminates off-target effects."
Partnered
Under Development, Room to Partner
No Known Development, Room to Partner
5/18/2019
4/16/2020
Platform Detailed Platform Descriptions
TRiM™ Targeted RNAi Molecule (TRiM™) Platform
Arrowhead’s Targeted RNAi Molecule, or TRiM™, platform utilizes ligand-mediated delivery and is designed to enable tissue-specific targeting while being structurally simple. Targeting has been core to Arrowhead’s development philosophy and the TRiM™ platform builds on more than a decade of work on actively targeted drug delivery vehicles. Arrowhead scientists have discovered ways to progressively “TRiM” away extraneous features and chemistries and retain optimal pharmacologic activity.

The TRiM™ platform comprises a highly potent RNA trigger with the following components optimized, as needed, for each drug candidate: a high affinity targeting ligand; various linker and chemistries; structures that enhance pharmacokinetics; and highly potent RNAi triggers with sequence specific stabilization chemistries.

Therapeutics developed with the TRiM™ platform offer several advantages: simplified manufacturing and reduced costs; multiple routes of administration; potential for improved safety because there are less metabolites from smaller molecules, thereby reducing the risk of intracellular buildup.

At Arrowhead, we also believe that for RNAi to reach its true potential, it must target organs outside the liver. Arrowhead is leading this expansion with the TRiM™ platform that holds the promise of reaching multiple tissues, including liver, lung, and tumor.

RNA Chemistries
The structure and chemistries of the oligonucleotide molecules used to trigger the RNAi mechanism can be tailored for optimal activity. Arrowhead’s broad portfolio of RNA trigger structures and chemistries, including some proprietary structures, enable the company to optimize each drug candidate on a target-by-target basis and utilize the combination of structure and chemical modifications that yield the most potent RNAi trigger.

As a component of the TRiM platform, Arrowhead’s design philosophy on RNA chemical modifications is to start with a structurally simple molecule and only add selective modification and stabilization chemistries as necessary to achieve the desired level of target knockdown and duration of effect. The conceptual framework for the stabilization strategy starts with a more sophisticated RNAi trigger screening and selection process that identifies potent sequences rapidly in locations that others may miss. We pursue chemical stabilization strategies with a target duration of effect of 30-90 days, and typically limit the use of strategies that produce longer activity because we anticipate that such strategies will increase long-term safety risks.
TRiM™ TRiM™ - Potency, Activity, Durability and Safety
• Based on insights at molecular level of critical factors in each step of RNAi:
    • RISC loading, mRNA cleavage, trigger metabolism, off target interactions
• Enables us to uncover potent and efficacious sequences
    • Identify RNA triggers based on intrinsic characteristics
        • See what others have not
• Allows us to stabilize/improve sequences when needed
    • Achieve long duration and increase activity
• Enables us to have a wide therapeutic index on our compounds
    • Can afford to be very stringent in sequence selection
        • Through bioinformatic analysis, exclude sequences with potential off-target effects due to sequence homology and microRNA
        • Significant advantage for RNAi compared with small molecule therapeutics
Page 80
TRiM™ The TRiM platform, which utilizes ligand-mediated delivery and stringent bioinformatics, hence designed to enable tissue-specific targeting, while being structurally simple. The TRiM platform offers several potential competitive advantages, including a sophisticated RNAi trigger selection and screening process that identifies potent sequences rapidly in locations that RNAi competitors may miss. Multiple routes of administration, including subcutaneous, intravenous and inhaled, potentially faster time to clinical candidates, optimal pharmacologic activity and long duration of effect, potentially wide safety margins, simplified manufacturing at reduced cost and the promise of taking RNAi to tissues beyond the liver.
ESC+ Detailed presentation on ESC+
https://www.alnylam.com/wp-content/uploads/2018/10/01_Maier.pdf

ESC+ design minimizes the off-target potential and further maximizes the therapeutic index of GalNAc-siRNA conjugates
14th Annual Meeting of the Oligonucleotide Therapeutics Society, Oct. 2, 2018
ESC+ ESC+ GalNAc conjugates utilize advanced design features to further improve specificity, including a glycol nucleic acid (GNA) modification in the antisense seed region of the siRNA, while maintaining potency and durability. Incorporation of GNA destabilizes seed-driven pairing with partially complementary transcripts, thus greatly reducing off-target effects while maintaining on-target pairing and activity. Furthermore, GNA modifications confer enhanced specificity and a greater-than 6-fold improvement in therapeutic index as observed in pre-clinical studies in rodents.
GalXC™ GalXC harnesses the power of the natural RNAi pathway, a pathway within cells whose purpose is to silence genes. In this biological process, the double-stranded RNA molecules trigger the potent and specific destruction of messenger RNAs (mRNAs) of disease-driving genes. Dicerna’s investigational drugs are designed to silence or “knock down” the expression of a targeted gene in a way that is highly selective, specific, precise and reversible.

GalXC-based therapies are processed by the Dicer enzyme, which is the natural initiation point for RNAi within the human cell.

We invented the RNAi technology platform called GalXC™, which is a proprietary technology platform that advances the development of next-generation RNAi-based therapies designed to silence disease-driving genes in the liver. GalXC-based therapies are processed by the Dicer enzyme, which is the natural initiation point for RNAi within the human cell. By using the Dicer enzyme as the entry point into the RNAi, we seek to optimize the activity of the RNAi pathway so that it operates in the most specific and potent fashion. Compounds produced via GalXC are intended to be broadly applicable across multiple therapeutic areas, including rare diseases, viral infectious diseases, chronic liver diseases, and cardiovascular diseases.

WHAT MAKES GALXC DIFFERENT?
Our GalXC molecules are structured to be processed by the enzyme Dicer, the initiation point for RNAi in the human cell cytoplasm. Unlike earlier generation RNAi molecules, which mimic the output product of Dicer processing, all our DsiRNAs, including GalXC molecules, enter the RNAi pathway prior to Dicer processing. By using the Dicer enzyme as the entry point into the RNAi, we seek to optimize the activity of the RNAi pathway so that it operates in the most specific and potent fashion.

Moreover, the GalXC RNAi platform does not involve lipid nanoparticles (LNPs) or other formulation components that facilitate drug delivery, simplifying the platform and eliminating any requirement for functional excipients. Instead, our GalXC molecules are stabilized by chemical modifications and utilize a four base sequence known as a tetraloop, where each base is conjugated to a simple sugar, N-acetylgalactosamine (GalNAc), that is specifically recognized by a receptor on the surface of hepatocyte liver cells. The tetraloop configuration, which is unique to Dicerna’s GalXC compounds, interfaces effectively with the RNAi machinery, allowing flexible and efficient conjugation to the targeting ligands, and stabilizing the RNAi duplex to enable effective delivery of our GalXC RNAi-inducing molecules directly to the liver.

Our unique, proprietary tetraloops incorporate specific design principles (e.g., sequence and chemistry features) accumulated from our research data, relevant literature and 3D modeling to maximize their efficiency and optimization.

HOW WILL GALXC BE USED?
The GalXC RNAi technology platform is particularly well-suited for subcutaneous delivery of RNAi therapies to the liver, as hepatocytes have a cell surface membrane receptor for the GalNAc sugars that are attached to GalXC compounds. This leads to effective internalization and access to the RNAi machinery within hepatocytes.

Compounds produced via GalXC are intended to be broadly applicable across multiple therapeutic areas, including rare diseases, viral infectious diseases, chronic liver diseases, and cardiovascular diseases.
GalXC™ GalXC-based therapies can have a major impact
• Simple, infrequent SC dosing paradigm may bring convenience and compliance benefits
• Exquisite target and tissue specificity nearly eliminates off-target effects
• GalXC therapy has demonstrated a high therapeutic index in animal studies 
slide 99
5/18/2019
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
RNAi Platform Clinic Timelines - Current and Dropped Drug Pipeline Candidates - Interactive Chart
2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023
DPC ARC-520 (P2)
DPC ARC-AAT
A-521 DPC Retired 11/2016
Arrowhead
TRiM ARO-AAT (Piv. P2/3) è
TRiM JNJ3989 (P2) è
TRiM AMG 890 (P2) è
TRiM ARO-ANG3 (P1) è
TRiM ARO-APOC3 (P1) è
TRiM ARO-HIF2 (P1b) è
TRiM ARO-HSD (P1) è
TRiM ARO-ENaC (P1/2) è
Naked Intranasal ALN-RSV01 (P2) Retired 2012
LNP1 ALN-VSP02 (P1)
LNP1 TTR01 LNP1 Retired 9/2011
PCS02 LNP2 Retired 9/2012
LNP2 Onpattro / Patisiran (Approved and Commercialized) è
STC GalNAc Revusiran (P3) STC GalNAc Retired 1/2014
Alnylam
ESC-GalNAc Fitusiran (P3) è
ESC-GalNAc Inclisiran (Registration) è
ESC-GalNAc Cemdisiran (P2) è
ESC-GalNAc GIVLAARI® (Approved and Commercialized) è
ALN-AAT
ESC-GalNAc Lumasiran (P3 - Registration) è
ESC-GalNAc Vutrisiran (P3) è
ALN-HBV ESC-GalNAc Retired 8/2017
ESC+ VIR-2218 (P1/2) è
ESC+ ALN-AAT02 (P1/2) è
ESC+ ALN-AGT (P1) è
LNP DCR-MYC (P1) LNP Retired 7/2016
PH1
Dicerna
GalXC Nedosiran (Registration) è
GalXC RG6346 - HBV (P1) è
GalXC DCR-A1AT (P1/2) è
Dropped / Failed
Currently Under Review
Approved / Commercialized
Arrowhead's Current Clinical Drug Pipeline - Study Listing - Interactive Chart
Date (Year / Quarter) 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
Platform # Drug 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4
1 ARO-AAT
Phase 1
Phase 2
Phase 2/3
2 JNJ-3989 (ARO-HBV)
Phase 1/2
Phase 2
P1 Phase 2
TRiM™
Ph 1
3 AMG 890
Phase 1
Phase 2
4 ARO-ANG3
Phase 1
5 ARO-APOC3
Phase 1
6 ARO-HIF2
Phase 1
7 ARO-HSD
Phase 1
8 ARO-ENaC
Phase 1/2
Alnylam's Current Clinical Drug Pipeline - Study Listing - Interactive Chart
Date (Year / Quarter) 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
Platform # Drug 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4
LNP2 1 ONPATTRO® (Patisiran)
Ph 1
Phase 3
Phase 1
Phase 2
Approved and Commercialized
Phase 2
Phase 3
Phase 3
Phase 3
Phase 3
2 Fitusiran
Phase 1/2
Phase 1
Phase 3
Phase 3
Phase 3
Phase 3
3 Inclisiran
Phase 1 Phase 2 Ph 1
Phase 2/3
Phase 2
Phase 3
Phase 2
Phase 3 Registration
Phase 3
Phase 3
Phase 3 è
ESC-GalNAc
4 Cemdisiran
Phase 1/2 Phase 2
Phase 2
Phase 2
5 GIVLAARI® (Givosiran)
Phase 1 Phase 3
Phase 1/2
Phase 1
Approved and Commercialized
6 Lumasiran
Phase 1/2 Phase 3
Phase 2
Phase 3
Phase 3
Phase 3
7 Vutrisiran
Phase 1
Phase 3
Phase 3
ESC+ 8 VIR-2218
Phase 1/2
9 ALN-AAT02
Phase 1/2
10 ALN-AGT
Phase 1
                                                                                                                                           
Dicerna's Current Clinical Drug Pipeline - Study Listing - Interactive Chart
Date (Year / Quarter) 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
Platform # Drug 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4
GalXC™ 1 Nedosiran
Phase 1 Registration
Phase 2
Phase 3
2 RG6346 (DCR-HBVS)
Phase 1
3 DCR-A1AT
Phase 1/2
                                                                                                                                           
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Analyst Target Price
for Arrowhead
    B Riley FBR                                          
    Baird                                          
    BioBoyScout                                          
    Cantor Fitz                                          
    Chardan                                          
    Goldman Sachs                                          
    Jefferies                                          
    Piper Sandler                                          
    RBC Capital                                          
    SVB Leerink                                          
    Avg w/out BBS                                          
    Average                                          
                                                       
Indication
RBC Capital Oppenheimer
($62 - 5/12/20) ($58 - 5/8/20)
JNJ-3989
M
M
M
M
M
M
2 more TRiMs (JNJ)
M
M
M
M
M
M
ARO-AAT
M
M
M
M
M
M
ARO-APOC3
M
M
M
M
M
M
ARO-ANG3
M
M
M
M
M
M
ARO-ENaC
M
M
M
M
M
M
ARO-HIF2
M
M
M
M
M
M
AMG-890
M
M
M
M
M
M
ARO-HSD
M
M
M
M
M
M
ARO-JNJ1
M
M
M
M
M
M
TRiM platform
M
M
M
M
M
M
ARO-F12
M
M
M
M
M
M
Other (unknown / cash)
M
M
M
M
M
M
                                                       
Indication Goldman Sachs Cantor Fitz Jefferies Cantor Fitz Goldman Sachs B Riley FBR
($47 - 5/8/20) ($58 - 5/8/20) ($79 - 5/7/19) ($60 - 4/15/20) ($45 - 3/17/20) ($57 - 3/13/20)
JNJ-3989
M
M
M
M
M
M
2 more TRiMs (JNJ)
M
M
M
M
M
M
ARO-AAT
M
M
M
M
M
M
ARO-APOC3
M
M
M
M
M
M
ARO-ANG3
M
M
M
M
M
M
ARO-ENaC
M
M
M
M
M
M
ARO-HIF2
M
M
M
M
M
M
AMG-890
M
M
M
M
M
M
ARO-HSD
M
M
M
M
M
M
ARO-JNJ1
M
M
M
M
M
M
TRiM platform
M
M
M
M
M
M
ARO-F12
M
M
M
M
M
M
Other (unknown / cash)
M
M
M
M
M
M
Indication SVB Leerink* Jefferies Cantor Fitz SVB Leerink* SVB Leerink* Jefferies
($29 - 3/11/20) ($80 - 2/7/20) ($55 - 2/6/20) ($31 - 2/5/20) ($32 - 1/21/20) ($77 - 12/20/19)
JNJ-3989
M
M
M
$422 M
$422 M
M
2 more TRiMs (JNJ)
M
M
M
$0 M
$0 M
M
ARO-AAT
M
M
M
$1,455 M
$1,455 M
M
ARO-APOC3
M
M
M
$630 M
$630 M
M
ARO-ANG3
M
M
M
$229 M
$337 M
M
ARO-ENaC
M
M
M
$0 M
$0 M
M
ARO-HIF2
M
M
M
$0 M
$0 M
M
AMG-890
M
M
M
$91 M
$91 M
M
ARO-HSD
M
M
M
$0 M
$0 M
M
ARO-JNJ1
M
M
M
$0 M
$0 M
M
TRiM platform
M
M
M
$0 M
$0 M
M
ARO-F12
M
M
M
$0 M
$0 M
M
Other (unknown / cash)
M
M
M
$528 M
$528 M
M
Indication Oppenheimer Piper Sandler Chardan B Riley FBR Jefferies Piper Jaffray
($60-$67 - 12/12/19) ($80 - 12/8/19) ($81 - 11/29/19) ($83 - 11/27/19) ($66 - 11/26/19) ($72 - 11/26/19)
JNJ-3989 (Ph. 1/2)
M
M
M
M
M
M
2 more TRiMs (JNJ)
M
M
M
M
M
M
ARO-AAT (Pivotal Ph. 2/3)
M
M
M
M
M
M
ARO-APOC3 (Ph. 1)
M
M
M
M
M
M
ARO-ANG3 (Ph. 1)
M
M
M
M
M
M
ARO-ENaC (Pre Cl.)
M
M
M
M
M
M
ARO-HIF2 (Pre Cl.)
M
M
M
M
M
M
AMG-890 (Ph. 1)
M
M
M
M
M
M
ARO-HSD
M
M
M
M
M
M
ARO-JNJ1
M
M
M
M
M
M
TRiM platform
M
M
M
M
M
M
ARO-F12
M
M
M
M
M
M
Other (unknown / cash)
M
M
M
M
M
M
Indication Baird* Cantor Fitz B Riley FBR Chardan Piper Jaffray Baird*
($70 - 11/2519) ($50 - 11/19/19) ($59 - 11/13/19) ($45 - 10/22/19) ($54 - 10/20/19) ($39 - 10/2/19)
JNJ-3989 $2,726 M
M
M
M
$93 M
$1,618 M
2 more TRiMs (JNJ) $0 M
M
M
M
$50 M
$0 M
ARO-AAT $995 M
M
M
M
$2,487 M
$666 M
ARO-APOC3 $3,050 M
M
M
M
$1,314 M
$1,318 M
ARO-ANG3
M
M
M
$209 M
ARO-ENaC
M
M
M
$50 M
ARO-HIF2
M
M
M
$100 M
AMG-890
M
M
M
$100 M
ARO-HSD $0 M
M
M
M
$50 M
$0 M
ARO-JNJ1 $0 M
M
M
M
$25 M
$0 M
TRiM platform $0 M
M
M
M
$500 M
$0 M
ARO-F12 $0 M
M
M
M
$0 M
$0 M
Other (unknown / cash) $312 M
M
M
M
$175 M
$310 M
Indication B Riley FBR BBS Piper Jaffray Jefferies* Chardan Cantor Fitz
($46 - 8/19/19) ($81 - 8/14/19) ($50 - 8/6/19) ($37 - 8/6/19) ($32 - 8/6/19) ($24 - 8/5/19)
JNJ-3989 $1,152 M
$3,831 M
$164 M
$998 M
M
$1,616 M
2 more TRiMs (JNJ) $0 M
$0 M
$50 M
$0 M
M
$0 M
ARO-AAT $1,282 M
$2,793 M
$2,050 M
$932 M
M
$222 M
ARO-APOC3 $649 M
$143 M
$1,061 M
$622 M
M
$0 M
ARO-ANG3 $2,137 M
$433 M
$474 M
$1,010 M
M
$0 M
ARO-ENaC $41 M
$0 M
$50 M
$0 M
M
$0 M
ARO-HIF2 $25 M
$0 M
$100 M
$0 M
M
$0 M
AMG-890 $951 M
$203 M
$100 M
$0 M
M
$0 M
ARO-HSD $0 M
$0 M
$50 M
$0 M
M
$0 M
ARO-JNJ1 $0 M
$0 M
$25 M
$0 M
M
$0 M
TRiM platform $0 M
$0 M
$500 M
$0 M
M
$0 M
Other (unknown / cash) $21 M
$0 M
$0 M
$263 M
M
$0 M
Indication B Riley FBR B Riley FBR Jefferies* Cantor Fitz Piper Jaffray BBS
($32 - 5/28/19) ($26 - 5/13/19) ($25 - 5/9/19) ($24 - 5/8/19) ($33 - 4/16/19) ($70 - 4/9/19)
JNJ-3989 $594 M
$498 M
$967 M
$1,459 M
$315 M
$2,281 M
3 more TRiMs (JNJ) $0 M
$0 M
$0 M
$0 M
$75 M
$0 M
ARO-AAT $659 M
$542 M
$970 M
$177 M
$1,319 M
$2,944 M
ARO-APOC3 $775 M
$618 M
$0 M
$0 M
$250 M
$131 M
ARO-ANG3
$0 M
$0 M
$250 M
$365 M
ARO-ENaC $0 M
$0 M
$0 M
$0 M
$100 M
$0 M
ARO-F12 $0 M
$0 M
$0 M
$0 M
$50 M
$0 M
ARO-HIF2 $0 M
$0 M
$0 M
$0 M
$50 M
$0 M
AMG-890 $0 M
$0 M
$0 M
$0 M
$50 M
$216 M
ARO-AMG1 $0 M
$0 M
$0 M
$0 M
$50 M
$0 M
TRiM platform $0 M
$0 M
$0 M
$0 M
$500 M
$0 M
Other (unknown / cash) $484 M
$388 M
$411 M
$0 M
$0 M
$0 M
* As approximated by BioBoyScout based on projected revenue
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
  Head-to-Head Market Cap (MC) Comparison Calculator Between RNAi Companies
Applying BioBoyScout's Valuation Metrics Similarly Across Arrowhead, Alnylam, and Dicerna,
 See an Apples-to-Apples Share Price Equivalency Comparison by Entering the Stock Price in the Yellow Cells
Valuation metrics based on Risk-Adjusted Discounted Cash Flow method, as developed at https://www.bioboyscout.com/
6/3/2020
Arrowhead Comparison Share Price Mkt Cap
Where ARWR's MC as a % currently is:
Date ARWR's Market Cap as a % of:
 Current Price B
ALNY DRNA
ALNY DRNA
 of Arrowhead
01-Jun-20 22.10% 220.60%
 Alnylam Equiv. B
01-May-20 23.02% 242.69%
01-Apr-20 23.13% 227.33%
 Dicerna Equiv. B
01-Mar-20 27.40% 266.10%
Where ARWR's MC as a % should be:
01-Feb-20 32.80% 310.43%
 # Outstanding
ALNY DRNA
01-Jan-20 49.50% 421.20%
 Shares of Arrowhead
79.33% 316.80%
01-Dec-19 54.30% 424.96%
01-Nov-19 39.80% 338.23%
Alnylam Comparison Share Price Mkt Cap
01-Oct-19 33.00% 282.55%
 Arrowhead Equiv. B
01-Sep-19 37.00% 345.57%
ARWR
01-Aug-19 32.73% 299.71%
 Current Price B
ALNY
01-Jul-19 32.15% 238.55%
 of Alnylam
DRNA
01-Jun-19 30.69% 269.23%
 Dicerna Equiv. B
01-May-19 18.51% 193.73%
01-Apr-19 17.73% 172.57%
 # Outstanding
01-Mar-19 21.23% 214.83%
 Shares of Alnylam
01-Feb-19 15.31% 185.56%
01-Jan-19 15.59% 157.71%
Dicerna Comparison Share Price Mkt Cap
01-Dec-18 16.16% 134.22%
 Arrowhead Equiv. B
01-Nov-18 14.37% 148.61%
01-Oct-18 19.06% 180.38%
 Alnylam Equiv. B
01-Sep-18 10.54% 139.31%
01-Aug-18 14.01% 182.31%
 Current Price B
01-Jul-18 12.06% 184.54%
 of Dicerna
01-Jun-18 9.46% 126.54%
 # Outstanding
ARWR $7.5580
01-May-18 6.08% 84.93%
 Shares of Dicerna
ALNY $9.9630
01-Apr-18 5.26% 127.25%
DRNA $2.3860
01-Mar-18 4.38% 79.04%
01-Feb-18 3.77% 96.34%
01-Jan-18 2.18% 59.68%
01-Dec-17 1.95% 73.08%
01-Nov-17 2.29% 147.37%
01-Oct-17 2.99% 270.17%
01-Sep-17 2.61% 293.37%
01-Aug-17 1.72% 169.32%
01-Jul-17 1.66% 183.76%
01-Jun-17 1.83% 182.17%
01-May-17 2.43% 173.74%
01-Apr-17 3.14% 195.65%
01-Mar-17 3.94% 278.99%
01-Feb-17 3.73% 245.86%
01-Jan-17 3.58% 192.79%
01-Dec-16 2.69% 157.68%
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Meeting with Arrowhead in San Francisco during the JP Morgan Healthcare Conference at the Sir Francis Drake Hotel on
Tuesday, January 14, 2020. Meeting was with Bruce Given, COO, and Vince Anzalone, VP Head of Investor Relations.
Summations and not direct quotes.

The person that was supposed to meet with Arrowhead just before me was a no show, so I started 10 minutes early and this gave me a full 40 minutes instead of just a half hour. The discussion initially began on my thoughts of Dicerna and Ionis possibly merging with each other because Dicerna is incredibly backlogged with all of its partnerships, and Ionis has potential problems in the future with its ASO (antisense oligonucleotide) modality being inferior to RNAi.

Vince pointed out that Dicerna basically made the decision to become a CRO (contract research organization), therefore IT IS OBLIGATED to develop drugs for its partners, and that leaves very little bandwidth for its own development for wholly-owned drugs. He said that Ionis is also in the same boat, and as a result, both companies are missing out on developing more of their own wholly-owned drugs.

Vince thinks that it's tough for anyone to acquire these companies due to the fact that much of the valuation of its drugs is partnered out, and that leaves much less additional revenue for a potential acquiring company. Vince pointed out that Arrowhead has a different business model by holding on to the global product rights for its drugs for as long as it can. This allows Arrowhead to build the MOST value for its shareholders, as well as having the added benefit of getting its drugs to patients much faster. In my opinion, I believe that one can come to the conclusion, and even reasonably assume from Vince's arguments that IF a big pharma company wanted to acquire an RNAi or gene silencing company, then Arrowhead would clearly be a much more attractive candidate than Dicerna and Ionis because of the full revenue potential that is available on its wholly-owned drug candidates. IMO, I still believe that a merger between Dicerna and Ionis still makes a lot of sense and would be in the best interests of both companies. Additionally, Dicerna may be somewhat of an attractive suitor to one of their partners, particularly Eli Lilly, as they already have some skin in the game.

With that said, Arrowhead believes that it executes in the drug developing process better than any of its competitors. By keeping its drugs wholly-owned, Arrowhead can then keep for itself most of the value of its drugs. In addition, the best way to get drugs to the patients that need it most in the quickest possible time is to keep the drug development process in-house and wholly-owned, as that is the clearly the fastest path to approval. Arrowhead further believes that its clinical operations and program management operations are very fast and very good, and that its able to do this without cutting any corners along the way. Contrasting this to Dicerna, its drugs are licensed out and this slows down the entire process; because of this Dicerna can't be as motivated for data readouts as Arrowhead is.

In Arrowhead's partnership with Amgen, Vince pointed out that the path for getting the data was significantly slower than if Arrowhead were to do it itself. For example, the IND-ready drug that Arrowhead gave to Amgen in the fall of 2016 would have been in the clinic in early-to-mid 2017 if Arrowhead was handling it. Amgen, however, didn't get the drug into the clinic until the summer of 2018, as Amgen wanted to be extra sure of what it had. Additionally, since the summer of 2018, Amgen has been slower with its data readouts than the way Arrowhead would handle it.

Vince and Bruce pointed out that with the second target that Amgen asked for (which Bruce personally never really liked), Arrowhead delivered to Amgen exactly what it wanted, that it was a good drug, and that the drug did what it was supposed to do. In the end, Bruce wasn't surprised that Amgen didn't take the second target.

At the present time Arrowhead believes that it has a good mix of partnered drugs and wholly-owned drugs. It would like to keep that particular mix the way it is, but it will partner some indications when the time is right. Presently, the main goal is to grow the wholly-owned pipeline, as it doesn't see any present need to partner. Vince said that the goal when partnering is to only partner when the partner can do something for you that you can't do yourself, such as provide capital, development, commercialization, marketing, etc., and Arrowhead doesn't need any of this at this present time.

Arrowhead doesn't want to waste its time and man hours on programs of other companies, however, if companies like Amgen and JNJ come to them, then it is willing to partner novel targets that are not part of Arrowhead's pipeline and not part of what Arrowhead is already working on. By partnering NOVEL targets (including new tissue types), this allows Arrowhead to get into areas of technology that it wouldn't be otherwise working on, and that helps them learn more and expand its expertise. With that said, Bruce pointed out that Arrowhead is still guiding to have 10 drugs in, or submitted to the clinic by the end of this year; and a few years after that it should be 20 drugs. No doubt some of them will be licensed or partnered in co-development/co-marketing partnerships. This is the first time I've heard Arrowhead mention co-development and co-marketing - I consider this to be a positive as it means that Arrowhead intends to keep growing and that it is looking to keep a bigger piece of the pie in its partnered, wholly-developed drugs.

I then asked about ARO-ANG3 and ARO-APOC3 and whether Arrowhead is looking to partner the non-orphan indications. Bruce mentioned that Arrowhead could probably get the resources to do it on its own, but that you probably wouldn't want to do that off of the base of a $6 billion company, but you might want to do it off of the base of a $12 to $20 billion market cap company, and you don't know exactly where you're going to be in the future. With $500 million in cash there is no urgency for Arrowhead to partner, as it is currently in its best ever position of strength. It is most likely that they will probably create some partnerships in the future, but it doesn't feel currently forced to do so, and this allows Arrowhead to work out the best deal possible that is most beneficial to the company, and to maximize shareholder value.

Arrowhead is still guiding ARO-ENaC for its IND filing in the first half of 2020, and it is very excited about the target for a number of reasons. ARO-ENaC is currently under GLP tox studies, and once that's finished Arrowhead will immediately file an IND. At that point it then becomes plug-and-play for a number of targets that big pharma has been wanting to drug and is unable to drug. If ARO-ENaC turns out to do what it's supposed to do, Arrowhead sees a franchise rolling out very rapidly. Bruce emphasized that new classes of pulmonary drugs come out about once every decade, and that there's been very little movement in this area. He further said that if the pulmonary franchise evolves the way Arrowhead wants it to, then it could see asthma, COPD, and other indications in the future, with possible co-development and co-marketing in the mix.

The dimer and muscle target are still under wraps, as it appears that they don't want the competition to find out anything about it until it's necessary. There is currently no guidance yet for these targets.

I then asked Bruce about its HBV drug and if there's any possibility that the FDA might possibly approve the drug if it has good data. He said that it depends on how good the data and safety profile are, and that there are "breakthrough pathways" in both the US and Europe right now, as the trials are robust enough. So it isn't impossible, especially since the regulators are more lenient nowadays, but it is unlikely, as the patient size may not be big enough. If the regulators really like what they're seeing, then they'll probably make the pathway to approval much easier, very similarly in the way it happened with Gilead and HCV. In that instance, the data from Pharmasset was so strong that the regulators provided a quicker and easier path to approval, additionally, the regulators also eased up on the standards because they liked what they were seeing.

With regards to ARO-AAT, Arrowhead probably won't be releasing any data this year, especially the blinded Sequoia study - that might happen around the 18 month mark, but not sure yet. With regards to the open label, Arrowhead will assess that at the 6 month mark to determine if it's in Arrowhead's best interest at that time or not. It is, however, unlikely, as Arrowhead may not want to give competitors an early heads-up about the data. I understand Bruce's thinking here, as the competition may be waiting to see how Arrowhead's trial is proceeding before determining what to do next with its own trials and how to best proceed next. The longer you can keep the competition at bay, the bigger advantage Arrowhead is able make on the competition.

With regards to ARO-APOC3 and ARO-ANG3, it is Arrowhead's goal to still enter into a pivotal phase 2/3 study some time before the end of the year, and that means that we should see phase 1 data coming from these targets. Arrowhead needs to follow and analyze the patient data for quite a while and then it will need to work with the regulators in order to get their approval. Working with the regulators could take a while, as it took around 6 months for Arrowhead to work out the pivotal phase 2/3 trial for ARO-AAT.

I had mentioned to Bruce and Vince that I noticed a big difference in Arrowhead management's attitude on Analyst Day 2019 vs. Analyst Day 2018. In 2018 management was quite serious, rarely smiled, and pretty darn stiff, whereas in 2019 management was much more relaxed, jovial, much more vocal, transparent, and easier to talk to. Bruce's instant response to that was "we knew we had something."

With regards to milestones, it is unlikely that Arrowhead will get any from JNJ this year, as phase 3 will trigger the next milestone. With Amgen, another milestone payment will get triggered when phase 2 of AMG 890 starts.

With regards to ARO-HIF2 and ARO-HSD, Arrowhead isn't currently guiding that it will have data by the end of the year, but it's possible. I believe that it is still a bit too early for Arrowhead to guide on when this will happen and I'm guessing we'll know more by the middle of the year.

I then asked about Arrowhead's current share price and what they thought was the reason behind the slightly downward movement this last month. Vince explained that there are times of powerful moves followed by some consolidation and pull-back, and then the process tends to repeat itself. Vince believes that this type of pattern is a healthy way for the stock to consolidate before it continues to grow onto the next step.

That's pretty much it, it was a fast 40 minutes, and I wasn't able to get to everything. Some things I didn't have time to get to and cover with them:
1. when Arrowhead plans on delivering JNJ1 (as well as JNJ2 and JNJ3), as that should trigger a milestone payment;
2. commercialization efforts, including the new Chief Commercial Officer;
3. discussing new hires, including the new Chief Medical Officer, Chief Scientific Officer, and the new Board Member;
4. analyst coverage, as well as more details from the latest offering that took place;
5. thoughts on the midcap 400 and how that helps; and
6. thoughts on the Intellectual Property landscape, particularly as it relates to the revelations I made in my August 14th Equity Research Report.

With regards to attitude and body language during the meeting, it was clear that Arrowhead was not only very relaxed, but they were confident in what they were saying. Also, it helped that Vince and Bruce already knew me; Vince had even thanked me for the work and coverage I provide on Arrowhead and that it was greatly appreciated. There were lots of smiles and even a bit of joking around. Some of you may have noticed, I was also able to snag a photo with management later that same day after I finished a meeting with another company.

While most of the information Arrowhead provided me in the meeting may not be new, there are clearly a few nice new pieces of information to help explain the competitive landscape and how Arrowhead is making key decisions in a way to maximize shareholder value. This meeting also provided further confirmation that things are on track and proceeding very nicely. I believe that Arrowhead is doing a great job in establishing themselves as a quickly growing solid pharmaceutical development company, and it is the type of company big money managers should have in their portfolio on a long-term basis. I anticipate Arrowhead to have a fantastic year and I will plan on updating my price target shortly after Arrowhead officially begins dosing ARO-HSD and/or ARO-HIF2.

Follow-up Call with Vince Anzalone, VP Investor Relations at Arrowhead Pharmaceuticals, Friday, November 8, 2019.
Summations and not direct quotes.
I had a short follow-up call with Vince on Friday after the bell, here's what I covered:

The small-scale manufacturing facility is complete, and they're waiting on getting GMP certification. Vince wasn't sure how long that would take. He didn't know the cost, but he said that it's in their quarterly financials, and may be combined with the build-out they had in Pasadena. He said the cost of the manufacturing facility was more significant than Pasadena.

I asked about Roche's shares, as they had approximately 3 million shares of the company when Arrowhead acquired their RNAi assets. I was a bit concerned about Roche due to their recent deal with Dicerna. Unfortunately, Vince wasn't even sure if Roche still owned any shares of Arrowhead, and that they may have already sold them over time.

I then asked about the meeting they had with BRiley FBR (as publicized on thefly.com). Vince said that it wasn't a meeting WITH BRiley, but rather investor meetings (institutions) that BRiley had arranged.

I then asked Vince what the big takeaway was from the two poster presentations that were released that day. His response was two-fold, first that the drug is doing what it's supposed to do, and that more importantly, the safety profile looks really good. When I asked about seeing one patient seroclear (meaning the HBsAg levels dropped below the level of detection), he said that there was more than one, but that it was still early to deduct anything from that. Since the study did not have a "functional cure" as one of the endpoints, we may not find out if any patients actually functionally cured unless the patient and/or their doctor voluntarily report it. Note that a patient must be off of drugs for 6 months with undetectable HBsAg levels in order to be considered functionally cured. The next couple of phase 2 studies now initiated by Janssen do have "functional cure" as one of the endpoints.

Lastly, I asked Vince if there is any bad news or anything negative that I may not be aware of that the company has publicly disclosed to anyone. I consider this to be a key question, as all too often negative news can be hidden or disguised. Vince's extremely gleeful response (with laughter) was that there was nothing negative at all.
Call with Vince Anzalone, VP Investor Relations at Arrowhead Pharmaceuticals, Friday, October 25, 2019.
Summations and not direct quotes.
Had a telephone interview with Vince Anzalone on Friday. I wanted to follow-up with him regarding a few questions I had after Analyst Day. Some of the answers are quite revealing, and I will break up the interview in a few posts, so enjoy.

I told Vince that I wasn't entirely convinced of the argument they provided regarding their new "dimer" molecule. What I didn't buy was that 6 mg/kg of the dimer drug was equivalent to two 3 mg/kg doses of the monomer, particularly since the dimer has twice as many triggers. So I therefore wanted to know if there were any advantages with regarding to being able to skip a step when testing the dimer in the clinic. Vince's confirmed that with the dimer, Arrowhead can begin testing a combo drug immediately, whereas two monomer drugs would need to be first tested individually before you can test the combo. This is clearly a big advantage, as Arrowhead is able to save at least 9-12 months time in the clinic, and it also saves on costs for having to run two additional phase 1 safety trials. Since this info was not featured in the presentation, I suggested to Vince that this significant piece of news should be included in future presentation about the dimer. Vince further elaborated that the dimer allows for simultaneous release of both triggers, and that this can be important when you're trying to knock down two genes at the same time, as the desired effectiveness may not be achieved if the timing is off. Vince also stated that the dimer molecule has a similar configuration as their ARO-HBV drug that has two triggers, except that the dimer knocks down two genes, instead of one at two different locations.

Conclusion: the new "dimer" molecule not only allows Arrowhead to target additional diseases with simultaneous targeting of two genes, but they're able to save about a year's time in the clinic.
The next topic I covered with Vince was manufacturing. At Analyst Day, and prior to Analyst Day I heard a LOT of buzz about Arrowhead building a manufacturing facility in Madison, but there was no official news out there that I knew of. I told Vince that I'm hearing a lot of rumors about Arrowhead building or planning on building a manufacturing facility in Madison and if he had any news that he could share with me. Vince confirmed that Arrowhead is currently building a small-scale manufacturing facility in Madison. They leased out approximately 15,000 - 20,000 square feet from Roche right next door to Arrowhead's R&D facility. This facility is intended to be used for small clinical scale drug development (phase 1 - 3, and possibly for orphan drugs??). They are in the process of trying to get FDA validation of the facility. Arrowhead currently has no plans to develop a commercial scale manufacturing facility. As far as costs are concerned, Vince confirmed that Arrowhead is able to fund the development of this facility with their existing funds.

Conclusion: great to know that Arrowhead is investing in small-scale manufacturing without a capital raise. This shows Arrowhead's committment to growing in the clinic with uncommon speed.
Third and last post regarding my telephone interview with Vince. I asked about Arrowhead's Annual shareholder meeting and if maybe they'll open up the doors to shareholders and host a meet and greet event. Vince said that many companies are now moving over to virtual events to handle their shareholder vote business issues and that they currently have no plans to hosting an on-site shareholder meeting. Considering that Arrowhead presents across their entire platform on a regular basis at various events, I would think that this should be sufficient at this time to address shareholder issues.

Another topic I brought up with Vince is getting coverage from bulge bracket investment firms (the largest and most profitable multi-national investment banks in the world). I did not expect to get any significant information on this topic, as Vince confirmed that Arrowhead has no control in whether these investment firms would cover Arrowhead, BUT, he did tell me that Arrowhead is in regular communication with a number of bulge bracket firms. So at a very minimum, we at least know that there is some conitinuting dialogue out there with the larger banks. I consider that to be great news, as it's difficult, if not impossible, to ignore what Arrowhead has been accomplishing lately, the least of which is its solid stock price movement. So keep your fingers crossed, I smell it coming.

Lastly, Arrowhead is now following @BioBoyScout on Twitter.
Vir S-1 - https://www.sec.gov/Archives/edgar/data/1706431/000119312519236592/d755217ds1.htm
If you look at the Vir S-1, you can see what they have to say about safety. IMO it's written deceptively. Tell me what you think. Here is the exact quote from the S-1 (https://www.sec.gov/Archives/edgar/data/1706431/000119312519236592/d755217ds1.htm):

"Across healthy volunteers and chronic HBV patients, a single serious adverse event of Grade 2 headache, which resolved, has been reported. This subject had a group of additional symptoms including fever, nausea, and vomiting, assessed by us as consistent with a viral syndrome. Two Grade 3 events of upper-respiratory tract infection and low phosphate levels in the blood have also been reported. No Grade 4 events have been reported. No clinically significant alanine transaminase abnormalities, which is a potential marker of liver inflammation, have been observed."

So Grade 2 is considered a "moderate" adverse event and a Grade 3 is considered a "severe" adverse event. Just by reading that paragraph, it looks like there is only one serious adverse event and that it's most likely due to a headache and the flu, but the Grade 3 is worse and there are two of them, and they're both similar (upper-respiratory tract infection with low phosphate levels). IMO, this could be an issue.
Rush Lipid Conference, Saturday, November 8, 2019
I had the pleasure of attending the Rush Lipid Conference this morning where experts in the field (doctors and cardiologists, not researchers) talked about all things lipids, particularly on how to treat patients. They basically covered the whole lipid story, including cardiovacular disease (CVD) management, new management guidelines, statins, PCSK9 inhibitors, inclisiran, Vascepa, Lp(a), triglycerides and HDL, APOC3, challenging cases, FH (both HeFH and HoFH), ANGPTL3, FCS, NAFLD, and NASH. I attended this conference as an opportunity to learn more about CVD and the various drugs used to manage it.

While most of the attendees were cardiologists, there were representatives there from Novartis, Amgen, Regeneron, and The Medicines Company, to name a few. If you're wondering, Arrowhead was not in attendance. The talk on Lp(a) was amazing and was the highlight of the conference, apparently 20% of Americans have high Lp(a), and it has a clear role in CVD. There was a lot of mention on PCSK9 drugs, but I also heard the same APOC3 story that I heard on Arrowhead's Analyst Day last year on how they thought APOC2 would be a good candidate, but that APOC3 turned out to be a better one. That talk was given by Dr. Alan Brown of the National Lipid Association, and as it turns out, he knows Dr. Ira Goldberg (presenting on the 18th) very well. There was also a lot of mention about Antisense Oligonucleotide drugs (ASOs), as they're closer to coming to market than RNAi.

I have to admit that Arrowhead has a number of top notch targets that they're hitting with their drugs. HSD has the potential to be the best drug for NASH and NAFLD; AMG 890 the best drug for Lp(a); APOC3 the best drug for FCS and hypertriglyceridemia; ANGPTL3 the best drug for HeFH, HoFH, elevated LDL, and elevated triglycerides. While there are some other indicators that may also contribute to CVD, Arrowhead appears to hit some of the main ones, and it clearly has an advantage over ASOs. There clearly is no one drug that is the magic bullet for CVD, as a combo regimen, depending on each patient's circumstances, is the way to go.
2019 Wisconsin Biohealth Summit
Proprietary and Confidential Notes from one-on-one interview with Bruce Given, Chief Operating Officer, Arrowhead
Pharmaceuticals on Wednesday, October 2, 2019. Summations and not direct quotes.
Just got back from the Wisconsin Biohealth Summit in Madison where Bruce was involved in a fireside chat regarding RNAi and CRISPR. It was a fantastic Summit. I was lucky and honored to have lunch at the Arrowhead table with 6 Arrowhead employees. I attended and videotaped Bruce's fireside chat, and then had about an hour with Bruce one on one.
So there is so much to cover, I don't know where to start. I didn't record any conversations, so this is all from memory and the wording may not be exact.

When I arrived in Madison I first drove to Arrowhead's R&D facility just to make sure it exists and that it's not some empty parking lot ;-) As I pulled into the drive that goes by their facility, I noticed a Roche facility right next door with the entrances being about 30 yards apart from each other. Arrowhead's facility is a fairly new 2 story office building. I walked into the reception area just to say hi. I introduced myself and mentioned that I was heading to the Biohealth Summit and that I also had a meeting with Bruce. The receptionist was incredibly nice and polite, and her excitement about Arrowhead's future was clearly communicated. While in the reception area I also met a senior scientist who was also visibly excited about Arrowhead's future. So for any skeptics, the building does exist, lol.

I then headed off to the Summit about 15 minutes away. Bruce was scheduled to go on at 1:30pm right after lunch. There were about 30 or so tables set up for a buffet style lunch. As I was looking for a place to sit I ran across a reserved table for Arrowhead where 6 Arrowhead employees were seated. I asked if there was any available room at their table and they immediately invited me to join them. Much to my surprise one of the employees knew who I was. To remain professional, I prefer not to name names as none of them were part of the leadership team, but they were all incredibly kind and very excited about the company.

One thing we discussed is the process of getting a drug to the clinic. While many may know this process, I wanted to go over some of the steps just to make sure I wasn't missing anything. The process is actually quite simple, but requires the expertise and knowledge that the company developed over the years. They first identify their target gene, then they run their bioinformatics screening process to identify viable triggers that would work and would not have off-target effects - that process can take a few weeks, but varies depending on the target. They then test it in rats and cynos (monkeys). If it gets past that process then they have GLP tox studies done (also rats and cynos). While I know that this process isn't particularly "new" information, it's nice to hear it from Arrowhead directly on how they do it.

I thanked the employees for being incredibly kind and hospitable to me. IMO, I don't think the employees would have been so kind if they knew that bad news was on the horizon. I truly felt their excitement in a similar way that we all hear from Chris and Bruce in their public presentations.

It became obvious to me that Bruce is truly an amazing person that is incredibly passionate about helping sick people using RNAi.
On ARO-HSD - while there are many drugs that address NASH, Bruce cited research saying that the HSD gene is the BEST target out there to address NASH. He was very excited that Arrowhead was able to develop an RNAi drug for HSD, and it appears that they'll be able to beat Alnylam/Regeneron to clinic, as Arrowhead is still guiding an IND before the end of the year.
Some more notes. Some of you know that I am attending Analyst Day on the 18th. A couple of the Arrowhead employees I met, as well as Bruce will also be in attendance. Some things I noticed regarding the short discussions I had about Analyst Day with the employees and with Bruce later on, they were all incredibly excited about that day. I know that relaying their excitement is getting a bit redundant and old in my reports, but this is well worth noting. It looks like Arrowhead is pulling out all the stops for this day, as a number of their employees will be there. When referencing Analyst Day I noticed a theme independently from the employees and Bruce, they all referred to that day as "the 18th" and not "Analyst Day", kind of like it's a very important and exciting day. As I said my goodbyes to the employees, the ones that were going to Analyst Day said "see you on the 18th" with huge grins on their faces. The exact same thing happened with Bruce later on when I finally parted ways with him after our meeting. So if you want to get with the program, you need to start talking about "the 18th" and not "Analyst Day" ;-).

I don't know how many of you have read my Equity Research Report on Arrowhead, but I believe it does a fairly comprehensive job of covering Arrowhead's Intellectual Property position, including licensed and unlicensed technology. I did quite a bit of extensive research regarding this particular section of my report (it is fully cited showing my research), and I was able to basically confirm that my analysis, which has not been discussed anywhere else by any other analysts, was pretty much spot on from start to finish regarding Arrowhead's IP and what their strategy is. I prefer not to get into details here, as I think that this is critical information that sell-side analysts do not have. For those of you who have read this section I'm sure you understand. If a sell-side analyst wants this info, they will need to buy the report. Again, I stress that this is pretty critical info and I am fairly certain that if they had this info that it would most definitely be included in their reports, and they would probably thank me personally for the info. For those of you who have my report and may still be scratching their heads, note that my conclusions and the related analysis is a perfect summation.
Much of the information I got from Bruce was already previously reported, so I'm trying to stick to reporting anything new and significant. With regards to ARO-AAT, Bruce was very passionate about wanting to be able to dose kids that are affected. When he talked about it, he sounded like a father pleading for his own son or daughter to get some help. I asked Bruce how soon can Arrowhead begin dosing in kids and if they needed to wait for FDA approval in adults first. His response was that they do not need to get to the point of FDA approval, but that they need much more safety data and that this is a negotiation that happens with the FDA. He didn't have any specific guidance, but it sounded like Arrowhead would be trying to work out something with the FDA as soon as is reasonable. Bruce told me in a high pitched pleading voice "if we can give these kids just one dose, it could possibly help them get over the hump and it may be all they initially need." So it's comforting to know that Arrowhead has full confidence in ARO-AAT, as they're also looking forward to eventually being able to dose it with kids.
One topic of discussion I had with Bruce was with Arrowhead's cardiovascular (CV) drugs, ARO-APOC3, ARO-ANG3, and AMG 890. I conducted some extensive research in this area, including talking to a top cardiologist at a teaching hospital. What I'm about to reveal has not been discussed by any other analyst and can eventually have an impact on companies with PSCK9 drugs, like inclisiran. I asked this cardiologist about PCSK9 inhibitor drugs, as well as her opinion on inclisiran. Her response surprised me. She told me that while PCSK9 drugs can lower cholesterol, they do not low heart attack risk. She said that PCSK9 drugs do not have a pleiotropic effect like statins do. That means that statins are able to reduce more than just cholesterol, and that includes hsCRP (high-sensitivity C-Reactive Protein). She observed that patients that were only on PCSK9 drugs did not have a lower risk of heart attacks, and that heart attack re-occurrence did not go down. One thing she pointed to is that PSCK9 do not lower hsCRP levels, and that this is one indicator that has shown to reduce heart attacks if it can be reduced. She therefore makes sure that her patients stay on statins even if they're also on PCSK9 drugs.

I think this revelation can be quite significant, as over time it will be interesting to see how inclisiran fares in reducing heart attacks. Getting an opinion from a cardiologist in the field is eye-opening, as many analysts can be short-sighted and only rely on their own expertise in doing their analysis. I am therefore really looking forward to seeing Dr. Ira Goldberg speak on the 18th, as the opinion of doctors that prescribe the medications is critical in being able to launch a drug successfully. With regards to CV drugs, the cardiologists quickly figure out what works and what doesn't, and so far PCSK9 drugs alone have not shown a reduction in heart attack risk. In the end that will significantly affect the bottom line sales.

So after explaining this to Bruce, I asked him if any of Arrowhead's CV drugs have any pleiotropic effects or if they reduce hsCRP. He said he wasn't sure, and that he'd have to look at what metrics they're measuring. I mentioned to Bruce that there's a company out of Ann Arbor that has a CV drug that they're testing that reduces hsCRP. The founder of the company was a co-developer of Lipitor. Bruce quickly chimed back and told me that the company is Esperion and that he's very familiar with them (more familiar than I am). Bruce said that there isn't one particular indicator that is associated with heart attack risk, but that there are a number of them, and that's why Arrowhead has Lp(a), APOC3, and ANG3.

After our conversation I did some additional research and found that there are a handful of genes that could impact hsCRP. The genes include CRP, HNF1A, and APOC. FWIW, I sent the research on to Bruce, as it looks like it's possible that the APOC3 drug might have an impact on hsCRP.
I asked Bruce about HIF2; the first question was why bother to take on such a huge undertaking of entering oncology, as the whole clinical trial phase can be quite expensive, tima consuming, and burdensome. Bruce told me an interesting story about the drug. Arrowhead was working on this drug back in the DPC days and they could have abandoned it, but they realized that if they pressed on that this could end up being a fantastic learning process for the company. This process enabled Arrowhead to gain insights in drug development that he doesn't believe other RNAi companies have. Both he and Chris knew that if they were going to make RNAi profitable, they knew that they needed to be able to go after targets outside of the liver.

I then asked Bruce if he thinks HIF2 will be combo'd, if so, with what. Bruce agreed, and said that he thinks the drug will be combo'd. He then explained that the beauty of RNAi is that the drug is specifically designed to target a particular gene, as their bioinformatics helps assure them that they're not getting any other interactions or off-target effects. Therefore, HIF2 could potentially be combo'd with ANY other cancer drug that's out there.

I then asked him about how soon we might see a partner. Bruce explained that they still don't have any human data and that they're not knocking on anyone's doors to partner this drug right now. They intend to file an IND before the end of the year and let it play out until they can get some solid data.

I then shifted over to ENaC, and told him that I'm hearing lots of skeptical talk from analysts saying that there is no way that they'll be able to get delivery to the lung. Bruce's response was priceless - "I guess we'll just have to soon see, never bet against Arrowhead."

I then mentioned to Bruce that, as a company, I see Arrowhead to be "lean and frugal"; I asked him if that's an accurate assessment of their company - without missing a beat Bruce responded "and FAST." I may not have covered it enough in my previous posts, but Bruce made it clear on a number of occasions on how fast Arrowhead is in being able to develop their drugs because of the unique insights they have.

I then asked Bruce if these unique insights are trade secrets that are proprietary to the company, and his response was absolutely, and that these are closely held and protected trade secrets within the company with a select group of employees. I then pivoted to a question that I believe may have caught Bruce off guard a bit. I asked him if Zhen Li's departure (former Sr. VP of Chemistry and Non-Clinical Development) from Arrowhead to Eli Lilly, where Eli Lilly has partnered with Dicerna, may be of concern and if she could be using those protected trade secrets. I understood that my question entered a gray area, as Bruce really can't comment on the details of the company's employment agreements. So without getting too deep into it, Bruce assured me that the company has no concerns of Zhen misappropriating Arrowhead's protected trade secrets and that Arrowhead still maintains its trade secrets within the company.

If you've seen the RNA/CRISPR video I posted on my website, I think it's pretty obvious that CRISPR is probably about 10+ years away (if that) before becoming successful; I'm guessing that by that time Arrowhead will be so flush with cash that they will be able to easily acquire any CRISPR company of their choice.
On to my last post about my meeting with Bruce, and I believe that it may be the most important one of all (though the others were very revealing as well). I delved into a touchy area of corporate valuation and analyst coverage, and I was surprised to get the reactions and answers that I did. The setup is a bit long, but it was necessary for me to explain to Bruce the history of how I got to where I am now. I explained to Bruce my online valuation calculators and how anyone can enter and change numbers to develop their own valuation. I also explained to Bruce on how it all started when I was in my MBA program and how I was solving financial puzzles in Harvard Review papers, which is what led me to putting together a risk-adjusted DCF valuation on Arrowhead and Alnylam. Bruce said that he was very familiar with the Harvard Review papers and that he's been through them himself. I then told him that around 4 years ago I was able to identify around a 4.5 billion dollar valuation discrepancy between the two companies. I'll tell you that Bruce was not surprised one bit and his reaction was in total agreement with what I was saying. In observing Bruce's reactions, I continued along that same line and explained that I read analysts reports from both companies and that I observed, what appeared to be, a large group of analysts with a very strong bias in promoting and protecting Alnylam, and that included the analysts having a strong bias against Arrowhead. As you can imagine, I entered into a super sensitive territory, but one that was directly related to the valuation calculators and analysis that I was performing. Without saying too much, I can see that Bruce understood why I was able to come to those conclusions.

I then showed Bruce the first two pages of the 52 page Equity Research Report I released in August where I gave Arrowhead an $81 price target, and how I analyzed 12 keys to success of the company. I offered to send Bruce a free copy of the report and he then handed me his business card telling me that he would love to see it. Needless to say, I emailed Bruce a copy of the report the next day. I then explained that I observed that sell-side analysts are all over the board with how they value each of Arrowhead's drugs. I pointed out one analyst in particular that recently gave the company a $50 price target, but that $50 price target only valued Arrowhead's HBV drug at $164 million; I further pointed out that the next milestone payment might exceed that (Bruce was in TOTAL agreement with my analysis and even laughed). I further pointed out that if the analyst reasonably valued HBV at $3 billion, then his price target would easily match mine.

So with that discussion and narrative in place, I then asked Bruce: "Considering Arrowhead is now fully funded to operate for at least the next few years, why do you even bother continue doing road show presentations? Why not just spend more time developing more drugs?" Bruce responded saying that they see that there is much more value in the company, that they need to get the word out, and that they'd like to see even more solid institutional investors; and not to worry about needing more time to develop more drugs, as Arrowhead is able to handle that without a problem - "we can easily do both things at once." My response was "WOW!" - Arrowhead just admitted that they believe that they're way undervalued and that they're going to bat for their investors to get the word out where they can in order to increase value and ownership. BRAVO!!!!! A perfect answer that helps confirm what all of us here see in Arrowhead.

My last question to Bruce was for my self-development. I told him that I wanted to learn more about the technology, the company, and the competitive RNAi space and if he had any suggestions, based on our conversation, on what I need to focus on and learn more of. His response flattered me, he told me that he thought I had a really good handle on the technology and understanding of the RNAi space. I presume he was being extra kind and generous to me, but I'll take it. Bruce's parting words were (with the excitement of a kid in a candy store) "see you on the 18th!"

It was a fantastic experience to have this treasured time with Bruce, and I hope I did a good and honest job of relaying the information to everyone on this message board. My goal was to cover areas that are not typically discussed or known. I did my best to distinguish myself from the typical analyst and to deliver information that is relevant to investors. If you haven't read my report I highly recommend it, as it is along the same lines of delivering valuable information that other analysts don't cover. Thank you for your time, hope you enjoyed it.
I have one more Bruce Given discussion tidbit to share, it's about the targeting ligands that target specific tissues and allow the trigger to get delivered where they want it to get delivered. It is a bit complicated, and a portion of Bruce's response is even a bit over my head, so please bear with me. I explained to Bruce that I read through the various targeting ligand patents and found that Arrowhead uses integrin (targeting) ligands that have an affinity for αvβ6 integrins in their ENaC drug (for example). However, the αvβ6 integrins are not tissue specific to the lung, but they are also present at other tissue locations, such as the kidney, eyes, breasts, cancer, glands, intestines, etc. So I asked Bruce if they're also delivering the drug to the other tissues that also have these same integrin receptors. His answer was yes.

The next logical question is, so if you're delivering your drug to multiple tissues, is there a concern of effects or toxicity in any of those tissues, and what happens to the drug when it gets there? Bruce explained that since Arrowhead uses very strict bioinformatics to select their triggers, the drug will not be active or performing any knock-down anywhere else other than the gene that is present in the particular tissue that they're targeting - the bioinformatics make sure of that. With regards to toxicity, Bruce explained that they didn't have a concern - this is where I kind of lost Bruce in his explanation of why and I'll need to do a follow-up with him when I get a chance, but he did cite research that Alnylam did on this specific topic regarding the GalNAc, and that Arrowhead didn't have any toxicity concerns in the other tissues, as the trigger wouldn't be active there. BTW, I have a section on targeting ligands in my Equity Research Report and it not only discusses it in some detail, but also addresses some concerns and doubts that I was able to collect from analysts.

While this particular discussion may not be as interesting as the others, I believe it helps address Arrowhead's expertise in being able to go extrahepatic and why it has a nice lead on the competition. IMO once the company can show effectiveness outside of the liver in not just one or two other tissues, but three (tumor, lung, and muscle), then the company's valuation should easily be trading at a significant premium, as they will have first mover advantage across a broad spectrum that is bound to grow significantly.
20th Annual B. Riley FBR Institutional Investor Conference, Beverly Hills, CA, May 23, 2019 8:30 a.m. (PT)
Key comments from Christopher Anzalone, Ph.D., Arrowhead’s president and chief executive officer, with Mayank
Mamtani, B. Riley FBR research analyst, during the fireside chat. Answers are summations with partial quotes.
1) I think that we are just capable of making more potent and safer RNAi triggers than our competition and I think our data supports that.
2) We view knocking down genes in solid tumors and in the lung as sharp ends of the spear. Once we show that we can really knock down these target genes, then you can imagine that we can go after a very large number of targets for oncology. Obviously there's a ton of validated targets that we can go after. For lungs we can go after additional targets beyond cystic fibrosis, like asthma, COPD, pulmonary fibrosis, it's really a franchise unto itself. Next year we'll be in the clinic going after muscle, we have active programs there and we believe we will have additional preclinical data later this year, and expect to be in the clinic next year for muscle. We also expect that going forward we expect to be in a new cell type every 18 or so months. So this is just a train that we believe will keep on moving.
3) People talk about antisense oligonucleotides (ASOs) and how that's competitive with RNAi. We think that there are certain constraints with ASOs, not the least of which is that that is a consumptive process and RNA interference is a catalytic process. So once you get these RNAi triggers into the target cell, you will continue to knock down that gene for quite some time, and we've seen that certainly preclinically, but now we've seen that clinically. We see durability that is through the roof. In our HBV and AAT programs, we had hoped to be able to administer this once a month, and what we're seeing now is suggesting that we could even give this once a quarter or maybe even less frequently than that because the durability is so good.
4) I don't know if there's much of a debate any longer about HepB, and cccDNA vs. S antigen. I think people agree that S antigen is going to be important. I think they also agree that knocking down the other viral antigens is also probably important. We just need to see if that theory is going to hold. We have data from a prior generation drug to suggest that it should hold. That if you do knock down all the viral antigens, including S antigen, then the body is able to reconstitute its immune system and control the virus. So we are cautiously optimistic that we are on the right track and I think that Janssen is as well. So lets talk about what we saw, I think we checked all the boxes in our study last year. I think the data were tremendous. We showed every viral marker that we could measure, and we knocked all those down. So it appears that we are doing what we wanted to do, which is to turn off that virus entirely - that's point one. Point two is that if you look at S antigen, again people talk about that the most, and that may or may not be the most important, but we do believe it's probably critical in achieving a functional cure. If you look at that, after just three doses, in 100% of patients we dropped S antigen by 1 log - no one's ever showed anything near that. It was just stunning. I think 83% or so had more than 1.5 log reduction, and mind you this is only after 3 doses. There is nothing to suggest that we were done seeing knockdown. We just had tox coverage at the time to dose only 3 doses, but it appears to me looking at those traces that had we been able to give a 4th dose, a 5th dose, and a 6th dose, that we would continue to see knockdown. The next thing is that within those data, if you look closely, we had 88%, so in almost 90% of patients we dropped S antigen below 100 iu/ml, and that has been thought of as predictive of a better chance of achieving a functional cure. I want to say that we had 43% or 45% that were below 10 after just 3 doses. So this appears to be a very potent drug against hepatitis B, and similarly with AAT it was very well tolerated. No SAEs, and no dropouts due to drug. Only about 10% injection site reactions - this also of course is subQ administered, and all those are mild. So we're more excited going forward. Now what's the gating item for Janssen to start their phase 2 study?  It really is just to get everything in order. So we did add, as you mentioned, this cohort 12 on to our existing study just because Janssen was interested in seeing data sooner than later. While they're preparing for this larger phase 2 study, and we were very supportive of that of course, so we'll run that and we're looking forward to seeing what that's going to look like in combination with two other agents that they didn't want to disclose at this point. But I expect them to move as quickly as they can into this phase 2 study. I don't have any guidance on when that could be, I think it should be soon, and we think that Janssen is really well positioned to take this very promising drug and really take it to a good international pivotal study and then into the marketplace.
5) If you look at APOC3 and ANGPTL3, these are our two latest cardiovascular programs. We think that those are interesting for orphan indications, as well as for broader indications. Our plan there is to get into pivotal studies as quickly as we can, and I bet you that's next year into orphan indications, and then work simultaneously towards the broader, larger indications. I think APOC3 could be a very interesting drug against FCS as an orphan indication, and then more broadly for secondary prevention of cardiovascular disease. For ANGPTL3 I think it could be a very interesting drug against homozygous FH, and then again for broader cardiovascular secondary risk. I think it acts as a PCSK9 killer, to be honest. I think that ANGPTL3 is a really interesting target that should do what PCSK9 is wanting to do, but maybe do it a bit better. And also, it looks like there's data to suggest that we can decrease liver fat, and so that opens up a whole variety of indications from NASH to metabolic syndrome and the like. So we view that as a really important big value driver for us going forward, and that's wholly owned. That and APOC3 are both wholly owned.
6) Mayank:  And I think that thesis is shared by some of your peers, like for example Regeneron has an antibody for ANGPTL3.
7) I'm sorry to interrupt, but really quickly, so we can do things an antibody cannot do. Knocking down ANGPTL3 WITHIN the liver can do things for liver fat that an antibody cannot do. So we view ourselves really alone there. That and antisense oligos, and again we can go into that, but we should have a dozen advantages over antisense.
8) I think those PCSK9 drugs are good drugs, rollout has been bumpy, but that's what happens sometimes. I just think that ANGPTL3 will be more powerful in that space. There will be several years for those companies to do well and to help a lot of patients, but I think that once we have our ANGPTL3 drug on the market I think that it will be difficult for the incumbent PCSK9 players to compete.
Proprietary and Confidential Notes from discussions with V.A., VP Investor Relations at Arrowhead
Pharmaceuticals on Friday, April 26, 2019. Answers are summations and not direct quotes.
1) Can you comment on how the drug Inclisiran (from ALNY & MDCO) could have an impact on Arrowhead's drug pipeline?
A: Alnylam had some safety missteps early on with its ESC platform (ARO-AAT, ARO-HBV) and those missteps were self-imposed. At the bioinformatics stage, Alnylam allowed its screening of off-target effects to be lax which allows for more chances for there to be problems. Arrowhead's bionformatics is extremely stringent and we eliminate trigger sequences that could pose a problem with off-target effects. While Inclisiran's target is different than Arrowhead's, and it is also has a different chemical makeup, the basic structure of ligand conjugated delivery is similar. Inclisiran could be the first RNAi drug of this structure to receive FDA approval, and that event in and of itself is significant for the RNAi field, especially since Inclisiran is not a curative treatment, but rather a continuous dosing regimen. Therefore, based on how Inclisiran fares (particularly with safety) there will probably be a trickle-down effect for the whole RNAi field.
Note from BBS:  Through the grapevine, other Analysts have indicated that positive Inclisiran data would be a big de-risking event across the entire sector, and will probably have an impact on share values across the board. The opposite also holds true. MDCO will present interim results on long-term safety and efficacy of Inclisiran at the National Lipid Association's Scientific Sessions in Miami on May 18th. https://www.themedicinescompany.com/investor/pr/3762780/
UPDATE:  May 18, 2019
NATIONAL LIPID ASSOCIATION SCIENTIFIC SESSIONS | May 16-19, 2019 MIAMI
New Long-Term Data Show that Twice-a-Year Dosing with Inclisiran Results in Persistent Lowering of LDL Cholesterol with No Material Safety Observations Out to Three Years
2) Do you know how Alnylam has addressed their off-target effects?  Is that why they transitioned to the ESC+ platform?  Can you explain the difference between those two platforms?
A: The ESC+ platform is intended to minimize off-target effects and it has shown good results in animal models. The ESC+ platform adds a destabilizing chemical modification within their trigger sequence to help address this. Arrowhead does not add a destabilizing chemical modification, as we are extremely stringent at the bionformatics stage, therefore it is unnecessary.
3) On the JNJ-3989 triple-combo cohort, can you comment on the undisclosed agents, and how soon do you expect results?
A: We can't comment on the undisclosed agents and can't say much about this drug due to the terms of our relationship. Since we had investigators and patients already in place, JNJ was able to immediately add and begin dosing a triple-combo cohort. By adding this cohort to the existing study, this will speed up the time it takes to get data for this triple-combo.
4) Will the triple-combo cohort delay development, or delay the time it takes for Janssen to enter the next phase?
A: This triple-combo cohort will not delay development or the timing on when Janssen intends to enter the next phase.
5) Since all the other testing cohorts have 4 patients per cohort, does cohort 12 for the triple-combo also have 4 patients?
A: There are more than 4 patients in cohort 12. Unable to provide more details.
6) Can you comment on your HIF2 drug and how it is intended to be used, i.e. as a monotherapy or complementary to other treatments?
A: While HIF2 is intended to knock-down the accumulation of HIFs due to inactivation of the Von Hippel-Lindau tumor suppressor gene, ARO-HIF2 is not designed to be used a single therapy, and will probably be complementary to other drugs.
7) Has there been any change on when you will begin dosing ARO-AAT for its pivotal phase 2?
A: No changes, we will begin dosing this quarter.
Proprietary and Confidential Notes from discussions with V.A., VP Investor Relations at Arrowhead
Pharmaceuticals on Monday, April 1, 2019. Answers are summations and not direct quotes.
1) When do you anticipate Janssen to enter into phase 2 with JNJ-3989? How soon can they make their move to enter phase 2?
A: No guidance given, however, JNJ could enter whenever they want to, and we have no reason to believe that it wouldn't. Long term tox studies were completed back sometime between late December and mid-January, at approximately the same time as ARO-AAT, and there was nothing surprising or concerning regarding the tox report. While Arrowhead likes to move into the clinic quickly by initiating a study with the first established relationships (regulators, testing sites) and then grow from there, Janssen has a history of entering all its testing jurisdictions at one time - this would include working with all the various regulatory authorities, testing sites, agents, etc. in advance so that it can all be ready at the same time.
2) Have you made any progress in partnering HIF2? Do you have any interested parties?
A: No comment with regards to partners/progress, however, Arrowhead is comfortable taking HIF2 through phase 1 to increase its value for partnering. Should be a significant value driver for Arrowhead.
3) How is ARO-ENaC progressing? How soon can you enter the clinic after finalizing the formulation?
A: Arrowhead intends to file an IND or equivalent this year. Arrowhead can typically have a drug ready for an IND approximately 6 months after finalizing the drug formulation, as this is how long it takes to complete the necessary IND tox studies.
4) Did you receive any feedback from Amgen on ARO-AMG? Can you share any info?
A: Can't comment on that.
5) Dicerna signed a 10 target RNAi deal with Eli Lilly, would Arrowhead consider pursuing a similar multi-target partnership? Why?
A: Arrowhead is not interested in signing such a large deal, as this would draw too many resources away from its own drug development for too long of a period of time. More value can be obtained by taking drugs through phase 1 and/or 2, and then partnering, if necessary.
6) What are some misconceptions you've been hearing about the company? How have you addressed them? Can you provide some detail?
A: Many thought that we were all about HBV, but over the last year as we developed our pipeline it's clear that our other candidates, especially AAT right now, are huge value drivers for the company.
7) How many patients serocleared on arc520 and arc521?
A: We don't know, as we weren't able to follow-up. The contracts with the patients expired and there was no further contact or follow-up. We were able to learn of at least one that functionally cured, as he was a patient of one of the investigators (there could be more, they just don't know).
8) Can you comment on Dr. Locarnini’s revelation of 80% of patients developing a Clearance Profile?
A: That is Dr. Locarnini's "theory" and it is not part of any FDA endpoint or review.
9) Do you know if any additional analysts will initiate coverage?
A: As Arrowhead's market cap gets into the $2B+ range, we believe that this will attract more analysts to cover the company.
10) Do you plan on adding any members to your board?
A: We envision adding more strategic board members as our company grows and when we feel it would help.
Barclays Global Healthcare Conference 2019, March 12, Loews Miami Beach Hotel, Miami
Key comments from Bruce Given, M.D., Arrowhead’s Chief Operating Officer, with Gena Wang, Ph.D., CFA,
Director, Biotech Equity Research at Barclays. Answers are summations with partial quotes.
Q:  Regarding half-life for ARO-HBV, in terms of plasma into the cell?
A: Yes, so plasma half-life for these drugs is like 5 hours. So when we give one of these agents, it's out of the blood by the next day. It's either vanishing, smaller, or it's out of the blood. So when we talk to regulators, for instance, about these drugs, we talk about them essentially as repeated single doses because we give a dose here, then we give a dose a month later, or maybe 3 months later, and it's only in the blood for 24 hours. So most drugs cause problems when they're in the blood. They're interacting with other things, they're getting in cells they're not supposed to get into, etc. We're in the blood 24 hours and that's it until the next time we dose, which is a month or more or later. That's one of the neat things about siRNA I think that makes them generally so safe. But the biologically half-life, how long they have their effect, as you can see we can still have effect 3 months later, and maybe more.
Proprietary and Confidential Notes from discussions between BioBoyScout and Vince Anzalone, VP Investor
Relations on Friday, February 15, 2019. Answers are summations and not direct quotes.
Q: I heard that long-term tox studies for ARO-AAT were completed. How are long-term tox studies coming along for JNJ-3989, and what can you report?
A: The long-term tox studies for JNJ-3989 began at around the same time as ARO-AAT, therefore they have already been completed for JNJ-3989. The report showed that there was nothing surprising or concerning.
Proprietary and Confidential Notes from discussions between BioBoyScout and Vince Anzalone, VP Investor
Relations on Friday, December 14, 2018. Answers are summations and not direct quotes.
Q: I have heard some analysts mention that manufacturing RNAi drugs may be difficult and expensive, and that this a problem that has not yet been resolved. Are you able to address large-scale manufacturing issues?
A: Yes, we are able to manufacture multi-kilogram lots with very good yields. To help contain costs, we structured our manufacturing process in such a way that we're able to apply the most expensive manufacturing processes last. The cost of manufacturing an RNAi drug may not be as cheap as small molecule drugs, but it is not nearly as expensive as antibody drugs. Arrowhead has been able to develop a cost-effective way of manufacturing a clinical supply at large scale with reliable yields.
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
List of 2020 Goals / Accomplishments
X Release positive interim data on ARO-APOC3
Feb 5
X Release positive interim data on ARO-ANG3
Feb 5
X Amgen files Phase 2 application for AMG 890
Feb 14
X Begin dosing ARO-HSD
Mar 3
X New "bulge bracket" analyst coverage - $45 Goldman Sachs
Mar 17
X Bonus: 8-K filed announcing new 21,000 square foot R&D facility in San Diego
Mar 19
X File CTA for ARO-ENaC
Apr 10
X Bonus: Announce Coronavirus as a new target
May 7
X Announce new wholly-owned target: ARO-Lung2 as a target for COPD
May 7
X Announcement that ARO-JNJ2 is under development
May 7
X Announcement that ARO-JNJ3 is under development
May 7
X Bonus: New analyst coverage - $62 RBC Capital
May 12
Begin dosing ARO-ENaC
Begin dosing ARO-HIF2
See data from Amgen on AMG 890 - Lp(a) - phase 1
Begin dosing phase 2 AMG 890
Receive Amgen milestone payment for initiating phase 2 on AMG 890
See data on ARO-ANG3 - phase 1
See data on ARO-APOC3 - phase 1
File for phase 2b on ARO-ANG3 for large, non-orphan indication
File for pivotal phase 2/3 on ARO-APOC3 for MCM
Announce new muscle target with pre-clinical data
File CTA for new muscle target
Deliver ARO-JNJ1 target to JNJ
JNJ files CTA for ARO-JNJ1
Receive JNJ milestone payment for ARO-JNJ1
See interim data from JNJ-3989 - phase 2
See interim data on ARO-AAT - pivotal phase 2/3
See data on ARO-HSD
See data on ARO-HIF2
Possible partnership for ARO-ANG3 non-orphan indications
Possible partnership for ARO-APOC3 non-orphan indications
Possible partnership for ARO-HIF2
Possible partnership for ARO-HSD
Receive price target upgrades from multiple analysts
See significant media coverage for RNAi that boosts all RNAi companies by 10%+
Arrowhead/Janssen announce HBV patients seroclearing from Phase 1/2 study
? Announce new tissue target
? Announce oral delivery
List of 2019 Goals / Accomplishments
X File CTA for ARO-APOC3
Jan 7
X Begin dosing ARO-ANG3
Jan 7
X Bonus: Dr. Locarnini discloses at HBV Endpoints 80% Clearance Profile from HBV patients Mar 8
on JNJ-3989. Theory suggests that 80% Clearance Profile leads to 83% predictive value for
FC (80% x 83% predicts 66% FC rate)
X Begin dosing ARO-APOC3
Mar 11
X File Pivotal Phase 2/3 for ARO-AAT
Mar 18
X New ARO-HBV data
Apr 12
X Approval Pivotal Phase 2/3 for ARO-AAT
Apr 15
X Analyst price target upgrade #1 - $33 Piper Jaffray
Apr 16
X Bonus: Additional triple-combo cohort added for JNJ-3989 trial
Apr 24
X Bonus: 1/2 of JNJ milestone payment ($25M)
Apr 24
X Analyst price target upgrade #2 - $25 Jefferies
May 9
X Analyst price target upgrade #3 - $26 B Riley FBR
May 13
X Bonus:  Arrowhead joins S&P SmallCap 600
May 21
X Analyst price target upgrade #4 - $32 B Riley FBR
May 26
X Janssen files Phase 2b on JNJ-73763989
Jun 11
X Receive Orphan Drug Designation Status from FDA on ARO-APOC3 for FCS.
Jun 20
X Present New ARO-AAT data
Jun 21
X Bonus: Receive Fast Track Designation from FDA on ARO-AAT
Jun 27
X Bonus: Janssen files Phase 1 on JNJ-73763989 (Healthy Japanese Adult Participants)
Jul 1
X Receive Orphan Drug Designation Status from FDA on ARO-ANG3 for HoFH
Jul 16
X Bonus: Announce new clinical candidate ARO-HSD - CTA expected by end of 2019
Aug 5
X Announce ARO-JNJ1 under development
Aug 5
X Analyst price target upgrade #5 - $50 Piper Jaffray
Aug 6
X Analyst price target upgrade #6 - $37 Jefferies
Aug 6
X Analyst price target upgrade #7 - $32 Chardan
Aug 8
X Begin dosing ARO-AAT SEQUOIA (Pivotal Phase 2/3)
Aug 8
X Analyst price target upgrade #8 - $81 BioBoyScout
Aug 14
X Analyst price target upgrade #9 - $46 B Riley FBR
Aug 19
X Begin dosing JNJ-73763989 Phase 2b
Aug 28
X Receive second half of JNJ milestone payment ($25M)
Aug 28
X New Analyst coverage - $39 Baird
Oct 2
X Bonus: Introduce new dimer molecule
Oct 18
X Analyst price target upgrade #10 - $54 Piper Jaffray
Oct 20
X Analyst price target upgrade #11 - $45 Chardan
Oct 22
X Present new JNJ-3989 data - AASLD The Liver Meeting
Nov 8
X Analyst price target upgrade #12 - $59 B Riley FBR
Nov 13
X Add members to Executive Leadership
Nov 15
X Present new ARO-ANG3 data - AHA Scientific Sessions
Nov 18
X Present new ARO-APOC3 data - AHA Scientific Sessions
Nov 18
X Analyst price target upgrade #13 - $50 Cantor Fitzgerald
Nov 19
X Hit $5B market cap before end of year ($50+/share)
Nov 19
X File CTA for ARO-HIF2
Nov 20
X Analyst price target upgrade #14 - $70 Baird
Nov 25
X Analyst price target upgrade #15 - $72 Piper Jaffray
Nov 26
X Analyst price target upgrade #16 - $66 Jeffries
Nov 26
X Analyst price target upgrade #17 - $83 B Riley FBR
Nov 27
X Analyst price target upgrade #18 - $81 Chardan
Nov 29
X Analyst price target upgrade #19 - $80 Piper Jaffray
Dec 8
X New Analyst coverage - $60-$67 Oppenheimer
Dec 12
X Announce appointment of new key member, Marianne De Backer, to the Board
Dec 13
X File CTA for ARO-HSD
Dec 16
X Analyst price target upgrade #20 - $77 Jefferies
Dec 20
X Begin dosing ARO-AAT Open Label (Pivotal Phase 2/3)
Dec 20
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for ARO-AAT as Best Estimated and Compiled by BioBoyScout
FDA Fast Track Designation - 6/27/19
   Designed to knock down the hepatic production of the mutant alpha-1 antitrypsin (Z-AAT) protein.
ARO-AAT Clinical Progress - 6/21/19
   Treats patients with liver disease associated with alpha-1 antitrypsin deficiency (AATD).
Q2 2019 Conference Call Transcript
   Approximately 24 testing sites world-wide.
FDA Orphan Designation - 2/15/18
   AROAAT2002 Open Label - No Masking.
Positive EMA Opinion on Orph. Des. - 6/27/18
   SEQUOIA Quadruple Masking (Participant, Care Provider, Investigator, Outcomes Assessor).
Alpha-1 UK Support Group - 9/14/19
   At least 96 weeks of therapy for SEQUOIA patients before final biopsy.
Molecular Therapies in A1AT - 9/20/19
   Pre-dose biopsies for all cohorts, plus biopsy 1 month after last dose.
AASLD 2018 ARO-AAT Poster    If data from AROAAT2002 Open Label Cohort 2 looks as good as or better than Cohort 1, FDA
      may unblind SEQUOIA and allow filing for approval.
   As of May 9, 2020, the company voluntarily paused new patient screening and enrollment for at least a 4-week
      period in the Phase II/III SEQUOIA study and the AROAAT2002 open-label study. The company is working
      with sites and investigators to begin the process of resuming screening and enrollment. Any patients
      already enrolled continue to be dosed and continue to come in for their follow-up visits. Before the pause,
      the first cohort of the 2002 study was already fully enrolled, so it is on schedule to collect 6-month biopsies
      in the summer; the company intends to report those data in the fall.
   "There are other RNAi based approaches, but to date, none have reported data demonstrating tolerability and
      pharmacologic activity even in normal healthy volunteers. In addition, there are other approaches to treating
      AAT deficiency by correcting the mutant AAT protein in hopes of allowing it to be more efficiently exported from
      hepatocytes. We see some serious challenges for that approach to show clinical benefit for patients with liver
      manifestations of AAT deficiency. First, the liver produces an estimated 2 grams of AAT protein per day. We do
      not believe it is feasible to administer enough small molecule corrector to address that level of protein
      production, so we think some portion will likely still accumulate in the liver. So if the goal is to correct 20% to
      30% of protein, which would still require a very large amount of corrector, that would mean 70% to 80% of the
      misfolded protein is still present, which is a lot for the liver to handle. Our data suggests that ARO-AAT is
      nearlyl completely suppressing liver production of the mutant Z-AAT protein, and we still believe that it may
      take 2 years of treatment to show a meaningful change in liver histology. So how long would you have to
      treat with a corrector that is leaving a large majority of Z-AAT protein in the liver? 8 years, 10 years? We think
      that presents a serious challenge in a clinical trial setting and gives us confidence that we are in a strong
      competitive position."
6/10/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 2 - AROAAT2002 - Open Label
Phase 2/3 - AROAAT2001 (SEQUOIA)
Phase 1 - ARO-AAT
Date Possible Data Events
Aug. 25 - 28, 2020 EASL London
Nov. 13 - 17, 2020 AASLD The Liver Meeting - Boston
ARO-AAT Pivotal Phase 2/3 - Approximate Dosing Schedule for First Dosed Patients - Patients with AATD-Associated Liver Disease
Time Year 2019 2020 2021 2022
Month 8 9 10 10 11 12 1 2 3 4 5 6 7 8 9 9 10 11 12 1 2 3 4 5 6 7 8 9 9 10 11 12 1 2 3 4 5
Day 7 4 2 30 27 25 22 19 18 15 13 10 8 5 2 30 28 25 23 20 17 17 14 12 9 7 4 1 29 27 24 22 19 16 16 13 11
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112 116 120 124 128 132 136 140 144
Cohort 1
200 mg;  n=4
                1 2 3                       PIVOT POINT ANALYSIS
If OL Cohort 2 data looks as good or better than Cohort 1, FDA may unblind SEQUOIA and allow approval.
   
O L
Cohort 2
200 mg;  n=8
  P A                     1 2 3 4 5    
E B
Cohort 1b
200 mg;  n=4
  N E                         4 5 6 7 8 9                
L
Cohort 2b
200 mg;  n=8
                                                    6 7 8 9      
A Cohort 1
25 mg;  n=8?
    1 2 3 ANALYSIS
At this point, an analysis is done to determine the dose level for Part B.
                                                   
S
Cohort 2
100 mg;  n=8?
  E 1 2 3                                                    
Q
Cohort 3
200 mg;  n=8?
  U 1 2 3                                                    
O
B Cohorts 1b-3b
TBD mg;  n=24
  I               4 5 6 7 8 9 10 11              
A
Cohort 4
TBD mg;  n=96
                  1 2 3 4 5 6 7 8 9            
Placebo n=12?
ARO-AAT Phase 1 - Approximate Dosing Schedule for First Dosed Patients - Normal Adult Volunteers
Time Year 2018 2019 2020
Month 3 4 5 6 7 7 8 9 10 11 12 1 2 3 4 5 6 7 7 8 9 10 11 12 1 2 3 4 5 6 6
Day 12 9 7 4 2 30 27 24 22 19 17 14 11 11 8 6 3 1 29 26 23 21 18 16 13 10 9 6 4 1 29
Week # 0 4 8 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112 116 120 124
SAD Cohort 1
35 mg; n=4
  1                                                                          
Cohort 2
100 mg; n=4
    1                                                                        
Cohort 3
200 mg; n=4
      1                                                                      
Cohort 4
300 mg; n=4
        1                                                                    
MAD Cohort 5
100 mg; n=4
          1 2 3                                                        
Cohort 6
200 mg; n=4
            1 2 3                                                      
Cohort 7
300 mg; n=4
              1 2 3                                                    
Placebo n=17
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for JNJ-3989 as Best Estimated and Compiled by BioBoyScout
Where will RNAi fit ..., HepDart 2019    Silences all HBV gene products and intervenes upstream of the reverse transcription process.
Clinical Update on New Drugs for HBV Cure, HepDart 2019    Treats patients with chronic hepatitis B infection.
Clinical Update - Video - HepDart 2019    Developed to be a potentially curative therapy, by allowing the body's natural immune
Dose Response JNJ-3989 w/NA, AASLD 2019       defenses to clear the virus and lead to a functional cure.
Triple Combo Interim Data, AASLD 2019  ●  J&J Pharma Day 2019, 5/15/2019
The Science of HBV Cure, June 8, 2019, Singapore         100% patients achieved ≥1.0 Log10 IU/ml.
J&J Pharma Day 2019 - JNJ-3989 FC Presentation         Maintained for ≥4 months after 3 doses.
J&J Pharma Day 2019 - Video         88% patients achieved HBsAG <100 IU/ml.
EASL 2019 Presentation  ●  Janssen Global Trial Status
EASL 2019 Abstract
APASL 2019, Feb. 22, 2019
AASLD 2018 ARO-HBV Poster, Nov. 12, 2018
6/10/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 2 - JNJ-73763989 (REEF-1)
Phase 2 - JNJ-73763989 e-negative
Phase 1/2 - AROHBV1001
Phase 1 - Effect of Hepatic Impairment on JNJ-73763989
Phase 1 - Healthy Japanese Adults
Date Possible Data Events
Aug. 25 - 28, 2020 EASL London; Short-term treatment with RNAi, JNJ-3989 results in sustained hepB …; Edward Gane
Nov. 13 - 17, 2020 AASLD The Liver Meeting - Boston
JNJ-73763989 Phase 2b REEF-1 - Approximate Dosing Schedule for First Dosed Patients
Year 2019 2020 2021 2022 2023
Month 8 8 9 10 11 12 1 2 3 4 5 6 7 7 8 9 10 11 12 1 2 3 4 5 6 7 7 8 9 10 11 12 1 2 3 4 5 6 6 7 8 9 10 11 12 1 2 3
Day 1 29 26 24 21 19 16 13 12 9 7 4 2 30 27 24 22 19 17 14 11 11 8 6 3 1 29 26 23 21 18 16 13 10 10 7 5 2 30 28 25 22 20 17 15 12 9 9
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112 116 120 124 128 132 136 140 144 148 152 156 160 164 168 172 176 180 184 188
Cohorts 1-6
n=75 per Cohort
  S 1 2 3 4 5 72 week assessment Follow-up phase                            
 Cohort 1; n=75; RNAi (med) + CAM + NA
 Cohort 4; n=75; RNAi (low) + Placebo + NA
JNJ-73763989 = RNAi (ARO-HBV)
 Cohort 2; n=75; RNAi (high) + Placebo + NA
 Cohort 5; n=75; Placebo + CAM + NA
JNJ-56136379 = CAM (Capsid Assembly Modulator)
 Cohort 3; n=75; RNAi (med) + Placebo + NA
 Cohort 6; n=75; Placebo + Placebo + NA
NA = Nucleos(t)ide Analog (ETV, TDF, or TAF)
JNJ-73763989 3x Combo (RNAi+CAM+NA) e-negative patients Phase 2b - Approximate Dosing Schedule for First Dosed Patients
Year 2019 2020 2021 2022
Month 11 12 1 1 2 3 4 5 6 7 8 9 10 11 12 12 1 2 3 4 5 6 7 8 9 10 11 12 12 1 2 3 4
Day 6 4 1 29 26 25 22 20 17 15 12 9 7 4 2 30 27 24 24 21 19 16 14 11 8 6 3 1 29 26 23 23 20
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112 116 120 124 128
Cohort 1
n=80?
  S 1 2 3 4 5 6 7 8 9 10 11 12 Follow-up 1 Follow-up 2                                                      
Placebo n=40?
JNJ-3989 Phase 1/2 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2018 2019 2020
Month 3 4 5 6 7 8 9 10 11 12 1 1 2 3 4 5 6 7 8 9 10 11 12 12 1 2 3 4 5 6 7 8 9 10
Day 27 24 22 19 17 14 11 9 6 4 1 29 26 26 23 21 18 16 13 10 8 5 3 31 28 25 24 21 19 16 14 11 8 6
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112 116 120 124 128 132
SAD Cohort 1
35 mg; n=4
  1                                                                                  
Cohort 2
100 mg; n=4
    1                                                                                
Cohort 3
200 mg; n=4
      1                                                                              
Cohort 4
300 mg; n=4
        1                                                                            
Cohort 5
400 mg; n=4
          1                                                                          
MAD Cohort 1b
25 mg; n=8
        1 2 3                                                                        
                  1 2 3                                                              
Cohort 1c
50 mg; n=8
          1 2 3                                                                      
                  1 2 3                                                              
Cohort 2b
100 mg; n=8
            1 2 3                                                                    
                  1 2 3                                                              
Cohort 3b
200 mg; n=8
              1 2 3                                                                  
                  1 2 3                                                              
Cohort 4b
300 mg; n=8
                1 2 3                                                                
                  1 2 3                                                              
Cohort 5b
400 mg; n=8
                  1 2 3                                                              
Cohort 8
300 mg; n=4
              1 2 3                                                                  
Cohort 9
300 mg; n=4
              1 2 3                                                                  
Cohort 6
100 mg; n=4
              1 2 3                                                                    
Cohort 7
100 mg; n=4
              12 3                                                                    
Cohort 10
200 mg; n=4
              12 3                                                                    
Cohort 11
300 mg; n=4
              12 3                                                                    
3X Cohort 12
200 mg; n=12
                              1 2 3                                                  
Cohorts 1-5 = Normal Healthy Volunteers
Remaining Cohorts = Mix of e-positive and e-negative, NUC experienced and naïve
Ph 1 - Effect of Hepatic Impairment on JNJ-73763989
Year 2020
Month 1 1 2 2 3 3 4 4 4 5 5 6 6 7 7
Day 8 22 5 19 4 18 1 15 29 13 27 10 24 8 22
Week # 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28
Cohort 1
100? mg; n=12?
  1                                                                                                
Cohort 2
200? mg; n=12?
      1                                                                                            
Cohort 3
300? mg; n=12?
          1                                                                                        
Cohort 3
400? mg; n=12?
              1                                                                                    
JNJ-73763989 Phase 1 - Healthy Japanese Adults
Year 2019
Month 7 7 7 7 8 8 8 8 8
Day 4 11 18 25 1 8 15 22 29
Week # 0 1 2 3 4 5 6 7 8
Cohort 1
100? mg; n=6?
  1                                                                                        
Cohort 2
200? mg; n=6?
  1                                                                                        
Cohort 3
300? mg; n=6?
  1                                                                                        
Placebo n=7?
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for AMG 890 as Best Estimated and Compiled by BioBoyScout
10 Things to Know About Lp(a)    Targets lipoprotein(a), or Lp(a).
What About Lipoprotein(a)?    Treats patients with elevated plasma Lp(a).
   Lp(a) is widely viewed as a key risk factor for cardiovascular diseases, including coronary
      artery disease, atherosclerosis, thrombosis, and stroke.
6/10/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 2 - AMG 890
Phase 1 - AMG 890
Date Possible Data Events
Aug. 29 - Sep. 1, 2020 ESC Congress 2020
Nov. 14 - 16, 2020 AHA Scientific Sessions - Dallas
Dec. 13 - 16, 2020 National Lipid Association Scientific Sessions - Chicago
AMG 890 Phase 2 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2020 2021 2022 2023
Month 6 7 8 9 9 10 11 12 1 2 3 4 5 6 7 8 9 9 10 11 12 1 2 3 4 5 6 7 8 8 9 10 11 12 1 2
Day 10 8 5 2 30 28 25 3 20 17 17 14 12 9 7 4 1 29 27 24 22 19 16 16 13 11 8 6 3 31 28 26 23 21 18 15
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112 116 120 124 128 132 136 140
E
l
e
v
a
t
e
d
Cohort 1
? mg; n=50?
    1 2 3 4 Assessment                                
Cohort 2
? mg; n=50?
  L 1 2 3 4 Assessment                          
p
Cohort 3
? mg; n=50?
  (a) 1 2 3 4 Assessment                    
Cohort 4
? mg; n=50?
    1 2 3 4 Assessment              
Placebo n=40?
AMG 890 Phase 1 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2018 2019 2020 2021
Month 7 9 11 1 3 5 7 8 10 12 2 4 6 7 9 11 1 3 5 6 8 10 12
Day 30 24 19 14 11 6 1 26 21 16 10 6 1 27 21 16 11 8 3 28 23 18 13
Week # 0 8 16 24 32 40 48 56 64 72 80 88 96 104 112 120 128 136 144 152 160 168 176
SAD Cohort 1
50? mg; n=10?
  1                                                          
Cohort 2
100? mg; n=10?
    1                                                        
Cohort 3
200? mg; n=10?
      1                                                      
Cohort 4
300? mg; n=10?
        1                                                    
Added Cohort 5
? mg; n=16?
                      1                                      
Cohorts 1-5 = Elevated Lp(a) patients
Placebo n=24?
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for ARO-ANG3 as Best Estimated and Compiled by BioBoyScout
Interim Clinical Results - 2/5/20    Targets angiopoietin-like protein 3 or ANGPTL3.
Global Summit on Cardiology - 9/16/19    Treats patients with dyslipidemias and possibly metabolic diseases.
FDA Orphan Designation for HoFH - 7/16/19    There may be opportunities to treat well-defined orphan diseases such as homozygous familial
NLA Scientific Sessions - Presentation - 5/18/19       hypercholesterolemia (HoFH), as well as higher prevalence diseases, such as NASH or even
Vascular Discovery - Presentation - 5/15/19       primary and secondary prevention of cardiovascular disease.
Q2 2019 Conference Call Transcript - 5/8/19    Possible PSCK9 drug killer, as stated by Chris Anzalone, Ph.D. on 5/23/19 at BRiley fireside chat.
OPT 2019 ARO-ANG3, ARO-APOC3 Presentation - 3/26/19  ●  See "Effect of … PCSK9 on Atherogenic Lipoproteins", page 1308 - triglyceride knockdown is minimal.
   As of May 9, 2020, potential treatment for patients with mixed dislipidemia. ~10-15M people in the US
      alone and it is not adequately addressed with current standard of care.
   Company sees ARO-ANG3 potentially being able to reduce triglycerides to a far higher degree than other
      available treatments and also reduce LDL in a non-LDL receptor-mediated manner, making LDL reduction
      potentially greater than with statins and PCSK9 inhibitors alone.
   As of the last conference call (2/5/2020) the company believes the data was impressive. The company saw
      ~80% reduction in triglycerides and 40% reduction in LDL after only a signle dose of ARO-ANG3. Importantly
      all of these patients were already on LDL-lowering drugs, such as statins and PCSK9 inhibitors.
   The patient population the company expects to address is quite large and a pivotal study to show a reduction
      in cardiovascular events would also be large.
   The company is no determining what the regulatory and development path would look like. Because of the
      high prevalence population, the company will likely need to run a Ph Iib study instead of a pivotal study.
   The company plans on engaging with the FDA this year (2020) and hope to initiate Ph IIb in 1H 2021.
   The Ph I/II study is fully enrolled, so the company does not expect any COVID-19 delays. Should have full
      data set to report later in 2020.
5/15/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 1 - AROANG1001
Date Possible Data Events
Aug. 29 - Sep. 1, 2020 ESC Congress 2020
Nov. 14 - 16, 2020 AHA Scientific Sessions - Dallas
Dec. 13 - 16, 2020 National Lipid Association Scientific Sessions - Chicago
ARO-ANG3 Phase 1 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2019 2020
Month 1 1 2 2 3 3 4 4 4 5 5 6 6 7 7 8 8 9 9 9 10 10 11 11 12 12 1 1 2 2 3 3 3 4 4 5 5
Day 7 21 4 18 4 18 1 15 29 13 27 10 24 8 22 5 19 2 16 30 14 28 11 25 9 23 6 20 3 17 2 16 30 13 27 11 25
Week # 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72
SAD Cohort 1
35 mg; n=6?
  1                                                          
Cohort 2
100 mg; n=6?
          1                                                  
Cohort 3
200 mg; n=6?
                1                                            
Cohort 4
300 mg; n=6?
                        1                                    
MAD Cohort 5
200? mg; n=8?
                              1 2                          
Cohort 6
200? mg; n=8?
                                  1 2                      
Cohort 7
200? mg; n=8?
                                      1 2                  
Cohort 8
200? mg; n=8?
                                          1 2              
Cohort 9
200 mg; n=8?
                                              1 2          
Cohorts 1-4 = Healthy with Elevated Triglycerides
Cohort 7 = Heterozygous Familial Hypercholesterolemia (HeFH)
Placebo n=30?
Cohort 5 = Nonalcoholic Fatty Liver Disease (NAFLD)
Cohort 8 = Homozygous Familial Hypercholesterolemia (HoFH)
Cohort 6 = Elevated LDL & Triglycerides (on statins) Cohort 9 = Severe Hypertriglyceridemia (sHT)
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for ARO-APOC3 as Best Estimated and Compiled by BioBoyScout
Interim Clinical Results - 2/5/20    Targets apoliprotein C-III or APOC3
Global Summit on Cardiology - 9/16/19    Treats patients with hypertriglyceridemia.
FDA Orphan Designation for FCS - 6/20/19    There may be opportunities to treat well-defined orphan diseases such as familial
NLA Scientific Sessions - Presentation - 5/18/19       chylomicronemia syndrome (FCS) or even primary and secondary prevention of CVD.
Q2 2019 Conference Call Transcript - 5/8/19  ●  See "Effect of … PCSK9 on Atherogenic Lipoproteins", page 1308 - triglyceride knockdown is minimal.
OPT 2019 ARO-ANG3, ARO-APOC3 Presentation - 3/26/19    As of May 9, 2020, company decided to focus on the MCM (multifactorial chylomicronemia) population
      (~30,000 in the US). Working on a plan for a potentially pivotal study in MCM patients. Phase I/II study
      was designed to provide sufficient data to enable rolling directly into a Ph III study. Hope is start a pivotal
      study in the first half of 2021. Company believes that it should be a relatively short study, so it continues
      to believe that ARO-APOC3 could be its first market product.
   Company continues to generate data in the Ph I/II study. It was nearly fully enrolled prior to the COVID-19
      outbreak, so the company is experiencing a slight delay in accruing the remaining patients.
   Company has substantial amount ot data that it intends to present at various times this year (2020)
      and it is hopefule that it will be able to present a full data set in late 2020.
   Early data have been exciting, and the company expects that trend to continue. As of the last conference
      call (2/5/20) the company reported ~95% reduction of circulating triglycerides in hypertriglyceridemic
      patients after only a single dose of ARO-APOC3. "This is truly stunning. These patients have triglycerides
      in the thousands, so we would expect a reduction of this magnitude to be quite meaninful for patients
      like these."
6/4/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 1 - AROAPOC31001
Date Possible Data Events
Aug. 29 - Sep. 1, 2020 ESC Congress 2020
Nov. 14 - 16, 2020 AHA Scientific Sessions - Dallas
Dec. 13 - 16, 2020 National Lipid Association Scientific Sessions - Chicago
ARO-APOC3 Phase 1 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2019 2020 2021
Month 3 4 5 6 7 7 8 9 10 11 12 1 2 3 4 5 6 6 7 8 9 10 11 12 1 2 3 4 5
Day 11 8 6 3 1 29 26 23 21 18 16 13 10 9 6 4 1 29 27 24 21 19 16 14 11 8 8 5 3
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112
SAD Cohort 1
10 mg; n=6?
  1                                                                  
Cohort 2
25 mg; n=6?
      1                                                              
Cohort 3
50 mg; n=6?
          1                                                          
Cohort 4
100 mg; n=6?
              1                                                      
MAD Cohort 5
10? mg; n=8?
                  1 2                                                      
Cohort 6
25? mg; n=8?
                      1 2                                                  
Cohort 7
50? mg; n=8?
                          1 2                                              
Cohort 8
100? mg; n=8?
                                    1 2                                    
Cohorts 1-4 = Healthy with Elevated Triglycerides
Placebo n=24?
Cohorts 5-7 = Severe Hypertriglyceridemia
Cohort 8 = Familial Chylomicronemia Syndrome (FCS)
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for ARO-HSD as Best Estimated and Compiled by BioBoyScout
ARWR Analyst Day - 10/18/19    Targets HSD17B13.
   Provides risk-reduction for development of both alcohol related and non-alcohol
      related liver disease.
   As of May 9, 2020, the first cohort was dosed. Due to COVID-19 the second cohort was paused, but expects
      it to reopen shortly. The company believes that this is only a minor delay and that it won't have any lasting
      effects on the program or its general guidelines.
5/26/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 1 - ARO-HSD
Date Possible Data Events
Nov. 13 - 17, 2020 AASLD The Liver Meeting - Boston
Nov. 14 - 16, 2020 AHA Scientific Sessions - Dallas
ARO-HSD Phase 1 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2020 2021
Month 3 3 4 5 6 7 8 9 10 11 12 1 2 3 3 4 5 6 7 8 9 10 11 12
Day 3 31 28 26 23 21 18 15 13 10 8 5 2 2 30 27 25 22 20 17 14 12 9 7
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92
SAD Cohort 1
25? mg; n=6?
  1                                                                  
Cohort 2
50? mg; n=6?
        1                                                            
Cohort 3
100? mg; n=6?
            1                                                        
Cohort 4
200? mg; n=6?
                1                                                    
MAD Cohort 5
25? mg; n=8?
                    1 2 3                                      
Cohort 1=6
50? mg; n=8?
                      1 2 3                                    
Cohort 7
100? mg; n=8?
                        1 2 3                                  
Cohort 8
200? mg; n=8?
                          1 2 3                                
Cohorts 1-4 = Normal Healthy Volunteers
Placebo n=18?
Cohorts 5-8 = Patients with NASH or Suspected NASH
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for ARO-HIF2 as Best Estimated and Compiled by BioBoyScout
ARWR Analyst Day - 10/18/19    Targets HIF-2α.
National Cancer Institute - Study of ARO-HIF2    Over 90% of Clear Cell Renal Cell Carcinoma (ccRCC) tumors express a mutant form of the
AACR 2019 ARO-HIF2 Poster       Von Hippel-Landau protein that is unable to degrade HIF-2α, leading to its accumulation during
      tumor hypoxia and promoting tumor growth.
   As of May 9, 2020, one site is open for screening and enrollment. Company anticipates first patients will be
      dosed this quarter. The start-up process has taken longer than expected, likely due to COVID-19.
   Company expects to have proof-of-concept data for the candidates and for the tumor-targeted TRiM platform
      this year (2020), but timing may be too tight to report anything publicly until 2021.
   Company is already thinking about additional targets of the tumor program, and it intends to build out the
      pipeline once it has clinical proof-of-concept on its own, and potentially in collaboration with a partner.
   "So what does success look like for the current Phase I? We will be taking biopsies from metastases, and
      if we see good HIF2-alpha knockdown, we will be happy that we are on the right track. First, because
      HIF2-alpha is a well-validated target for the approximately 80% patients with clear cell RCC, who have the
      VHL mutation, we would have an expectation that ARO-HIF2 could be helpful for these patients. Second,
      because our targeting strategy is intended to work across different solid tumor types rather than just in RCC,
      HIF2-alpha knockdown would suggest that we might have a broad solid tumor franchise. Once we achieve
      clinical proof-of-concept that we are knocking down HIF2-alpha, our goal is to quickly expand into new solid
      tumors against new targets. We view this as a scalable and rapid value creation strategy."
5/30/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 1 - ARO-HIF2
Date Possible Data Events
ARO-HIF2 Phase 1b - Approximate Dosing Schedule for First Dosed Patients - Patients with Advanced ccRCC
Time Year 2020 2021 2022
Month 5 6 7 8 9 10 11 12 1 2 3 4 5 5 6 7 8 9 10 11 12 1 2 3 4 4 5 6 7
Day 30 27 25 22 19 17 14 12 9 6 6 3 1 29 26 24 21 18 16 13 11 8 6 6 2 30 28 25 23
Week # 0 4 8 12 16 20 24 28 32 36 40 44 48 52 56 60 64 68 72 76 80 84 88 92 96 100 104 108 112
MAD Cohort 1
15.5 mg/kg; n=6?
  Initially Weekly Dosing & Scans Every 6 Weeks                          
Cohort 2
? mg/kg; n=6?
    Initially Weekly Dosing & Scans Every 6 Weeks                        
Cohort 3
? mg/kg; n=6?
      Initially Weekly Dosing & Scans Every 6 Weeks                      
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Trial Designs for ARO-ENaC as Best Estimated and Compiled by BioBoyScout
ARWR Analyst Day - 10/18/19    Targets αENaC.
NA Cystic Fibrosis Conference 2019    Designed to reduce the production of the epithelial sodium channel alpha subunit (αENaC) in the
      airways of the lung. In cystic fibrosis patients, increased ENaC activity contributes to airway dehydration
      and reduced mucociliary transport.
   As of May 9, 2020, it is too early to say if there will be any COVID-19 delays. The compay believes that it will
      be able to generate data on the safety and activity of the compound and the pulmonary platform, but not sure
      if it will have enough data by key abstract deadlines to present data at scientific conferences this year.
   The company sees an indication that therapeutic ENaC inhibition in the lung may benefit ALL patients
      with CF regardless of genotype. The idea is that reduction of ENaC expression in the lung helps to rehydrate
      CF-related dehydrated mucus and may help improve mucociliary clearance.
   The first study is designed to give a readout on both tolerability and efficacy in the target patient population.
      This could be a potentially important value inflection point for both ARO-ENaC and for the pulmonary platform.
      If the data are supportive of further development, the company hopes to launch a Phase III study in 2021 and
      move rapidly to expand the pipeline with product candidates that address other underserved pulmonary
      diseases, such as COPD, asthma and pulmonary fibrosis.
6/9/2020
ClinicalTrials.org Study Start Date Completion Date Progress # Days Remaining
Phase 1/2 - ARO-ENaC
Date Possible Data Events
Oct. 22 - 24, 2020 North American Cystic Fibrosis Conference, Phoenix
ARO-ENaC Phase 1/2 - Approximate Dosing Schedule for First Dosed Patients
Time Year 2020 2021
Month 6 6 7 7 8 8 9 9 9 10 10 11 11 12 12 1 1 2 2 3 3 3 4 4 5 5 6 6 7 7 8 8 8 9 9 10 10
Day 9 23 7 21 4 18 1 15 29 13 27 10 24 8 22 5 19 2 16 2 16 30 13 27 11 25 8 22 6 20 3 17 31 14 28 12 26
Week # 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72
SAD Cohort 1
? mg; n=4?
  1                                                                        
Cohort 2
? mg; n=4?
      1                                                                    
Cohort 3
? mg; n=4?
          1                                                                
Cohort 4
? mg; n=4?
              1                                                            
MAD Cohort 5
? mg; n=5?
                  1 2 3                                        
Cohort 1=6
? mg; n=5?
                      1 2 3                                    
Cohort 7
? mg; n=5?
                          1 2 3                                
Cohort 8
? mg; n=5?
                              1 2 3                            
Cohorts 1-4 = Normal Healthy Volunteers
Placebo n=18?
Cohorts 5-8 = Patients with Cystic Fibrosis
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
  Date Cash (in thousands) Quarterly Operating Expenses (in thousands) # of Years of Operating Cash  
10/2014 $177,252 $25,286
1/2015 $145,330 $25,286
4/2015 $128,370 $29,676
7/2015 $111,619 $16,117
10/2015 $98,754 $19,385
1/2016 $76,597 $19,385
4/2016 $61,460 $21,309
7/2016 $44,647 $19,381
10/2016 $85,367 $19,267
1/2017 $102,106 $19,267
4/2017 $86,629 $15,116
7/2017 $75,138 $15,057
10/2017 $65,608 $17,323
1/2018 $50,701 $17,323
4/2018 $91,542 $15,684
7/2018 $78,153 $16,647
10/2018 $76,534 $22,425
1/2019 $303,349 $23,712
4/2019 $285,736 $26,138
7/2019 $294,454 $24,101
10/2019 $302,880 $33,655
1/2020 $528,331 $34,308
4/2020 $498,228 $45,769
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
Cardiovascular Competitive Intelligence Landscape
  Target Company Drug Indication Stage of Development / Latest Studies BioBoyScout's Comments & Opinion  
  ANGPTL3 Arrowhead ARO-ANG3 Dyslipidemias, Familial Hypercholesterolemia, Hypertriglyceridemia Phase 1 ongoing, estimated completion 1H20 Best in Class - approx 1-2.5 years behind Ionis.  
      Dyslipidemias, Familial Hypercholesterolemia, Hypertriglyceridemia Phase 1 - 1/7/19 - 5/30/20  
  Ionis AKCEA-ANGPTL3-LRx  FCS, FPL, HoFH, Hypertriglyceridemia, Type 2 Diabetes Mellitus, NAFLD Phase 2 ongoing - estimated completion 1Q20 Better than Regeneron - first mover advantage.  
  (Akcea)   Familial Partial Lipodystrophy Phase 2 - 5/30/18 - 8/20/19  
  (Pfizer)   NAFLD, Type 2 Diabetes Mellitus, Hypertriglyceridemia Phase 2 - 12/18/17 - 2/28/20  
  Regeneron Evinacumab (mAb) HoFH, Hypercholesterolemia Phase 2 ongoing - estimated completion 3Q20 OK - approx. 1 year behind Ionis.  
      Severe Hypertriglyceridemia Phase 2 - 6/7/18 - 8/3/2020  
  APO(a) Arrowhead AMG 890 Elevated Lipoprotein(a), CVD Phase 2 to initiate 3Q20 Best in Class - approx 2-3 years behind Ionis.  
  (Amgen)   Elevated Lipoprotein(a), CVD Phase 1 - 7/30/18 - 9/4/21  
      Elevated Lipoprotein(a), CVD Phase 2 - 6/10/20 - 2/12/23  
  Ionis AKCEA-APO(a)-LRx Elevated Lipoprotein(a), CVD Phase 3 ongoing - estimated completion 2Q24 OK - first mover advantage.  
  (Akcea)   Elevated Lipoprotein(a), CVD Phase 2 - 3/7/17 - 11/13/18  
  (Novartis)   Elevated Lipoprotein(a), CVD Phase 3 - 12/12/19 - 4/3/24  
  APOC3 Arrowhead ARO-APOC3 FCS, Hypertriglyceridemia Phase 1 ongoing, estimated completion 1H20 Best in Class - approx 1-3 years behind Ionis.  
      FCS, Hypertriglyceridemia Phase 1 - 3/8/19 - 6/1/20  
  Ionis Waylivra FCS, FPL Approved - EU (FCS), ph 3 (FPL) OK - first mover advantage.  
  (Akcea)   FPL Phase 2/3 - 10/31/15 - 9/30/21  
      FCS Phase 3 - 12/31/15 - 10/20  
  AKCEA-APOCIII-LRx Hypertriglyceridemia Phase 2 complete Better than Waylivra - approx  1-2 years behind Walivra.  
    Hypertriglyceridemia Phase 2 - 1/5/18 - 2/28/20  
  PSCK9 Novartis Inclisiran Hypercholesterolemia, HoFH, HeFH, CVD NDA submission 4Q19, EU submission 1Q20 OK - currently recommended with statins. Limited reduction of Lp(a), negligible reduction of triglycerides. CV risk reduction still unknown and questionable. Lp(a), ANGPTL3, and APOC3 appear to be better and will likely impact.  
  Other Amarin Vascepa Hypertriglyceridemia, Elevated TG, CVD Approved OK  
 
Alpha 1-Antitrypsin Deficiency Competitive Intelligence Landscape
  Target Company Drug Indication Stage of Development / Latest Studies BioBoyScout's Comments & Opinion  
  AATD Arrowhead ARO-AAT Alpha 1-Antitrypsin Deficiency Pivotal phase 2/3 ongoing, estimated completion 2Q23 First mover advantage.  
      Alpha 1-Antitrypsin Deficiency Phase 2/3 - 8/7/19 - 5/1/23  
  Alnylam ALN-AAT02 Alpha 1-Antitrypsin Deficiency Phase 1/2 ongoing - estimated completion 2Q21 Approx 2 years behind Arrowhead.  
      Alpha 1-Antitrypsin Deficiency Phase 1/2 - 12/5/18 - 6/21  
  Dicerna DCR-A1AT Alpha 1-Antitrypsin Deficiency Phase 1/2 ongoing - estimated completion 2Q22 Approx 3 years behind Arrowhead.  
      Alpha 1-Antitrypsin Deficiency Phase 1/2 - 10/24/19 - 6/22  
  Vertex VX-814 Alpha 1-Antitrypsin Deficiency Phase 2 ongoing - estimated completion 4Q20 Liver effectiveness very questionable, better for Lung. Approx 6 months behind Arrowhead.  
      Alpha 1-Antitrypsin Deficiency Phase 2 - 1/13/20 - 11/20  
    VX-864 Alpha 1-Antitrypsin Deficiency Phase 1 Effectiveness unknown for both Lung and Liver. Approx 3 years behind Arrowhead.  
      Alpha 1-Antitrypsin Deficiency ?  
 
Hepatitis B Competitive Intelligence Landscape
  Target Company Drug Indication Stage of Development / Latest Studies BioBoyScout's Comments & Opinion  
  HBV Arrowhead JNJ-3989 Hepatitis B Phase 2 ongoing - estimated initial completion 1Q22 Best in Class - first mover advantage.  
  (Janssen) (ARO-HBV) Hepatitis B Phase 2 - 8/1/19 - 2/28/23  
      Hepatitis B (e negative) Phase 2 - 11/6/19 - 1/31/22  
  Alnylam VIR-2218 Hepatitis B Phase 1/2 ongoing - estimated completion 3Q20 OK - approx 2-4 years behind Arrowhead.  
  (Vir) (ALN-HBV) Hepatitis B Phase 1/2 - 11/14/18 - 8/20  
  Dicerna RG6346 Hepatitis B Phase 1 ongoing - estimated completion 3Q20 OK - approx 2-4 years behind Arrowhead.  
  (Roche) (DCR-HBVS) Hepatitis B Phase 1 - 12/28/18 - 7/20  
  Arbutus AB-729 Hepatitis B Phase 1 Questionable - approx 2-4 years behind Arrowhead. Needs a partner.  
      Hepatitis B ?  
  Gilead Selgantolimod Hepatitis B Phase 2 ongoing - estimated initial completion 3Q20    
    (GS-9688) Hepatitis B Phase 2 - 8/28/18 - 4/21  
      Hepatitis B Phase 2 - 4/6/18 - 8/20  
    GS-4224 Hepatitis B Phase 1/2 ongoing - estimated completion 3Q21    
      Hepatitis B Phase 1/2 - 8/26/19 - 8/21  
  Enanta EDP-514 Hepatitis B Phase 1 ongoing - estimated completion 4Q20    
      Hepatitis B Phase 1 - 6/26/19 - 12/20  
  Assembly ABI-H0731 Hepatitis B Phase 2 ongoing - estimated completion 2Q23    
      Hepatitis B Phase 2 - 12/20/18 - 6/23  
    ABI-H2158 Hepatitis B Phase 1 ongoing - estimated completion 2Q20    
      Hepatitis B Phase 1 - 11/13/18 - 4/30/20  
    ABI-H3733 Hepatitis B Phase 1 ongoing - estimated completion 3Q20    
      Hepatitis B Phase 1 - 3/31/20 - 7/31/20  
 
ccRCC via HIF-2α Competitive Intelligence Landscape
  Target Company Drug Indication Stage of Development / Latest Studies BioBoyScout's Comments & Opinion  
  HIF-2α Arrowhead ARO-HIF2 Clear Cell Renal Cell Carcinoma (ccRCC) Phase 1 ongoing, estimated initial completion 1Q22    
      Clear Cell Renal Cell Carcinoma (ccRCC) Phase 1 - 2/28/20 - 3/30/22  
  Merck MK-6482 Clear Cell Renal Cell Carcinoma (ccRCC) Phase 2 ongoing - estimated initial completion 1Q23 ASCO Presentation P1/2 - 2/5/2020  
  (Peloton) (PT2977) Clear Cell Renal Cell Carcinoma (ccRCC) Phase 2 - 3/20/18 - 3/1/23 Note: Peleton Therapeutics was acquired by Merck in 2019 for up to $2.2 billion  
      Clear Cell Renal Cell Carcinoma (ccRCC) Phase 2 - 9/21/18 - 4/23  
      Clear Cell Renal Cell Carcinoma (ccRCC) Phase 3 - 2/27/20 - 2/17/25    
    PT2385 Clear Cell Renal Cell Carcinoma (ccRCC) Phase 2 ongoing, estimated completion 3Q22    
      Clear Cell Renal Cell Carcinoma (ccRCC) Phase 1 - 11/14 - 8/20  
      Clear Cell Renal Cell Carcinoma (ccRCC) Phase 2 - 5/10/17 - 9/22  
 
Cystic Fibrosis via ENaC Competitive Intelligence Landscape
  Target Company Drug Indication Stage of Development / Latest Studies BioBoyScout's Comments & Opinion  
  ENaC Arrowhead ARO-ENaC Cystic Fibrosis Preclinical - IND estimated 1H20    
      Cystic Fibrosis    
  Ionis IONIS-ENaC-2.5Rx Cystic Fibrosis Phase 1 ongoing - estimated completion 2Q20    
      Cystic Fibrosis Phase 1 - 12/13/18 - 6/20  
 
  Slide from a presentation made by Chris Anzalone, Ph.D., President & CEO of Arrowhead at "Clinical Nanomedicine & Targeted Medicine", The European CLINAM & ETPN Summit, June 23-26, 2013.    
     
   
   
       
       
       
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
   
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
# Status Pub. No. ▼ Title Relation?
Field of Protection ▲ Pending Allowed Total
1 Pending 20200165615
RNAi-Mediated Inhibition of HIF1A for Treatment of Ocular Angiogenesis Ocular
Cancer
Pending 20200157550
RNAi Inhibition of Alpha-ENaC Expression ARO-ENaC
     ARO-HIF2 1 1
Pending 20190382763
RNAi-Mediated Inhibition of HIF1A for Treatment of Ocular Angiogenesis Ocular
     Other 3 11
Pending 20190382763
Compositions and Methods for Inhibition of Factor XII Gene Expression Angioedema
Liver
Pending 20190359984
Compositions and Methods for Inhibiting Gene Expression of Factor XII Angioedema
     ARO-AAT 1 2
Pending 20190338287
RNAi-Mediated Inhibition of HIF1A for Treatment of Ocular Angiogenesis Ocular
     Angioedema 2 2
Pending 20190323008
Organic Compositions to Treat HSF1-Related Diseases Cancer
     Cardiovascular
Allowed 20190292547
RNAi Agents for Hepatitis B Virus Infection JNJ-3989
     -  AMG 890 0 2
Pending 20190284558
Compositions and Methods for Inhibiting Gene Expression of Alpha-1 AntiTrypsin ARO-AAT
     -  ARO-ANG3 1 0
Pending 20190276827
Organic Compositions to Treat HSF1-Related Diseases Cancer
     -  ARO-APOC3 1 2
Pending 20190256849
Targeting Ligands TRiM
     HBV (JNJ-3989) 2 2
Pending 20190248832
Alpha-V Beta-6 Integrin Ligands and Uses Thereof TRiM
     Viral, HCV 0 3
Pending 20190233817
Organic Compositions to Treat APOC3-Related Diseases ARO-APOC3
Lung
Pending 20190211333
Targeting Ligands For Therapeutic Compounds TRiM
     ARO-ENaC 1 6
Pending 20190085012
5'-Cyclo-Phosphonate Modified Nucleotides TRiM
     β-ENaC 0 6
Pending 20190078089
RNAi Agents And Compositions for Inhibiting Expression of Angiopoietin-Like 3 (ANGPTL3), And Methods Of Use ARO-ANG3
Ocular 4 18
10,597,657 20190078088
RNAi Agents And Compositions for Inhibiting Expression of Apolipoprotein C-III (APOC3) ARO-APOC3
TRiM 5 46
Pending 20190062748
Polyconjugates for Delivery of RNAi triggers to Tumor Cells In Vivo TRiM
Total
Pending 20190032061
RNAi-Mediated Inhibition of Tumor Necrosis Factor Alpha-Related Conditions Ocular
5/28/2020
Pending 20190022123
RNAi Therapy for Hepatitis B Virus Infection JNJ-3989
10,590,416 20190010494
RNAi Agents for Inhibiting Expression of Alpha-ENaC And Methods of Use ARO-ENaC
10,550,391 20180355362
Organic Compositions to Treat Beta-ENaC-Related Diseases Lung, CF
Pending 20180282728
Organic Compositions to Treat Beta-Catenin-Related Diseases Cancer
Pending 20180230470
Compositions and Methods for Inhibiting Gene Expression of Hif2alpha ARO-HIF2
10,619,160 20180195074
Compositions and Methods for Inhibiting Expression of RRM2 Genes Cancer
10,662,427 20180195070
Compositions and Methods for Inhibiting Gene Expression of LPA AMG-890
RNA-Related Biotech Companies # of Published US Patent Apps Market Cap
10,450,565 20180195069
Alpha-1 AntiTrypsin (AAT) RNAi Agents, Compositions Including AAT RNAi Agents, And Methods of Use ARO-AAT
(# of Issued US Patents)
10,554,418 20180148726
RNAi Inhibition of Alpha-ENaC Expression ARO-ENaC
2019 ▼ 2018 2017
10,538,765 20180100151
Organic Compositions to Treat EPAS1-Related Diseases Cancer
ModernaTX, Inc.
34 (10) 51 (21) 17 (13) $5.1B
10,294,474 20180064819
Targeting Ligands TRiM
CureVac AG 27 (7) 40 (11) 22 (10) Private
10,308,941 20180023086
Compositions and Methods for Inhibiting Gene Expression of Factor XII Angioedema
Alnylam Pharmaceuticals, Inc. 14 (13) 32 (22) 34 (17) $7.5B
10,047,361 20180023084
Disulfide-containing alkyne linking agents TRiM
Enanta Pharmaceuticals, Inc. 11 (10) 14 (8) 18 (8) $1.7B
10,081,811 20170327829
Organic compositions to treat Beta-ENaC-related diseases Lung, CF
Arrowhead Pharmaceuticals, Inc. 10 (7) 15 (15) 17 (11) $2.5B
10,329,563 20170298354
Organic Compositions to Treat HSF1-Related Diseases Cancer
Arbutus Biopharma Corporation 10 (0) 14 (5) 2 (8) $85.3M
10,246,709 20170253875
Targeting Ligands For Therapeutic Compounds TRiM
BioNTech RNA Pharma GmbH 9 (5) 14 (7) 15 (6) Private
10,273,482 20170204417
dsRNA For Treating Viral Infection Viral, HCV
Dicerna Pharmaceuticals, Inc. 8 (0) 3 (8) 7 (10) $1.0B
10,138,483 20170145415
Transferrin/transferrin receptor-mediated siRNA delivery TRiM
Sirna Therapeutics, Inc. 4 (3) 15 (9) 13 (16) Private
9,938,531 20170137827
Compositions and methods for inhibiting expression of RRM2 genes Cancer
Boston Biomedical, Inc. 4 (1) 12 (1) 5 (6) Private
10,240,153 20170137814
Organic Compositions to Treat APOC3-Related Diseases ARO-APOC3
Regulus Therapeutics, Inc. 4 (2) 10 (10) 10 (7) $19.8M
9,932,586 20170096665
Compositions and methods for inhibiting gene expression of LPA AMG-890
Adhera Therapeutics, Inc. 4 (0) 1 (2) 1 (6) $2.0M
10,287,582 20170073678
Organic Compositions to Treat HSF1-Related Diseases Cancer
Silence Therapeutics GmbH 3 (1) 2 (0) 6 (5) $46.9M
9,765,340 20170051291
RNAi-mediated inhibition of phosphodiesterase type 4 for treatment of CAMP-related ocular disorders Ocular
OliX Pharmaceuticals, Inc. 3 (1) 1 (3) 4 (0) $300M
10,130,651 20170035796
RNAi Therapy for Hepatitis B Virus Infection JNJ-3989
Spring Bank Pharmaceuticals, Inc. 2 (0) 3 (1) 1 (1) $74.3M
9,752,147 20170009235
RNAi-mediated inhibition of connexin 43 for treatment of IOP-related conditions Ocular
Spark Therapeutics, Inc.
2 (0) 2 (0) 1 (0) $3.8B
9,914,927 20160376599
RNAi inhibition of alpha-ENaC expression ARO-ENaC
Arcturus Therapeutics, Inc. 1 (2) 16 (6) 10 (6) $74.8M
9,976,141 20160348107
Compositions and methods for inhibiting gene expression of Hif2alpha ARO-HIF2
Quark Pharmaceuticals, Inc. 1 (0) 4 (4) 4 (7) Private
10,005,815 20160347793
Biologically cleavable tetrapeptide linking agents TRiM
Sirnaomics, Inc.
1 (0) 1 (2) 1 (1) Private
9,752,152 20160272979
Organic compositions to treat beta-ENaC-related diseases Lung, CF
Assembly Biosciences, Inc. 0 (2) 4 (0) 2 (0) $359.5M
9,803,205 20160272978
Compositions and methods for inhibiting gene expression of factor XII Angioedema
The Medicines Company
0 (0) 1 (0) 5 (4) $2.6B
9,803,201 20160272971
Disulfide-containing alkyne linking agents TRiM
Silenseed Ltd.
0 (0) 0 (1) 1 (2) Private
10,059,681 20160272605
Disubstituted maleic anhydrides with altered kinetics of ring closure TRiM
Akcea Therapeutics, Inc.
0 (0) 0 (0) 0 (0) $2.1B
9,932,584 20160257956
Interfering RNA delivery system and uses thereof TRiM
Gotham Therapeutics, Inc. 0 (0) 0 (0) 0 (0) Private
10,316,316 20160222384
Compositions for targeted delivery of siRNA TRiM
6/17/2019
9,526,799 20160151514
Low density lipoprotein receptor-mediated siRNA delivery TRiM
9,796,756 20160102120
Galactose cluster-pharmacokinetic modulator targeting moiety for siRNA TRiM
9,795,684 20160095937
Interfering RNA delivery system and uses thereof TRiM
9,745,585 20160053270
RNAi-mediated inhibition of histamine receptor H1-related conditions TRiM
9,868,949 20160010089
Organic compositions to treat EPAS1-related diseases Cancer
9,476,047 20160002638
RNAi-mediated inhibition of connexin 43 for treatment of IOP-related conditions Ocular
10,006,025 20150361427
Compositions and methods for inhibiting gene expression of alpha-1 AntiTrypsin ARO-AAT
9,526,796 20150352221
Peptide-based in vivo siRNA delivery system TRiM
9,422,556 20150344886
RNAi-related inhibition of TNF-alpha signaling pathway for treatment of ocular angiogenesis Ocular
9,562,230 20150315592
Transferrin/transferrin receptor-mediated siRNA delivery TRiM
9,550,994 20150307882
RNAI-mediated inhibition of frizzled related protein-1 for treatment of glaucoma Ocular
10,023,862 20150291954
Organic compositions to treat beta-catenin-related diseases Cancer
9,476,052 20150284726
RNAi inhibition of alpha-ENaC expression ARO-ENaC
9,540,643 20150284721
Organic compositions to treat HSF1-related diseases Cancer
9,474,804 20150283256
Poly(vinyl ester) polymers for in vivo nucleic acid delivery TRiM
9,376,683 20150275218
Organic compositions to treat beta-ENaC-related diseases Lung, CF
10,022,456 20150273081
Reversibly masked polymers TRiM
9,345,775 20150202298
Compositions for targeted delivery of siRNA TRiM
9,289,514 20150165066
Low density lipoprotein receptor-mediated siRNA delivery TRiM
9,084,808 20150148402
Modified small interfering RNA molecules and methods of use TRiM
9,089,611 20150110732
Poly(vinyl ester) polymers for in vivo nucleic acid delivery TRiM
9,452,221 20150104408
Poly(acrylate) polymers for in vivo nucleic acid delivery TRiM
9,487,556 20150045573
Polyconjugates for delivery of RNAi triggers to tumor cells in vivo TRiM
9,139,834 20140357696
RNAi-related inhibition of TNF alpha signaling pathway for treatment of ocular angiogenesis Ocular
9,371,529 20140357695
RNAi-mediated inhibition of spleen tyrosine kinase-related inflammatory conditions Ocular
9,447,419 20140357694
RNAi-mediated inhibition of tumor necrosis factor .alpha.-related conditions Ocular
9,347,062 20140194359
Interfering RNA delivery system and uses thereof TRiM
9,453,220 20140171487
RNAi-mediated inhibition of phosphodiesterase type 4 for treatment of cAMP-related ocular disorders Ocular
9,233,170 20140135267
Interfering RNA delivery system and uses thereof TRiM
9,481,661 20140128584
Disubstituted maleic anhydrides with altered kinetics of ring closure TRiM
9,080,175 20140107179
Organic compositions to treat Beta-ENaC-related diseases Lung, CF
9,206,428 20140088172
RNAi-mediated inhibition of histamine receptor H1-related conditions Ocular
9,139,833 20140073683
Modified small interfering RNA molecules and methods of use TRiM
9,133,462 20140057965
dsRNA for treating viral infection Viral, HCV
9,096,637 20140039039
Organic compositions to treat HSF1-related diseases Cancer
9,150,862 20140031414
siRNA targeting VEGFA and methods for treatment in vivo Ocular
8,933,047 20130317079
Poly(acrylate) polymers for in vivo nucleic acid delivery TRiM
9,107,957 20130281658
Peptide-based in vivo siRNA delivery system TRiM
8,940,887 20130245098
RNAi-mediated inhibition of HIF1A for treatment of ocular angiogenesis Ocular
9,011,919 20130245091
Compositions for targeted delivery of siRNA TRiM
8,802,773 20130190484
In vivo polynucleotide delivery conjugates having enzyme sensitive linkages TRiM
9,114,152 20130177580
Transferrin/transferrin receptor-mediated siRNA delivery TRiM
9,114,152 20130177580
Transferrin/transferrin receptor-mediated siRNA delivery TRiM
8,932,572 20130121954
Poly(vinyl ester) polymers for in vivo nucleic acid delivery TRiM
8,809,293 20130005793
Compositions and methods for inhibiting gene expression of hepatitis B virus JNJ-3989
8,569,258 20120315288
Low density lipoprotein receptor-mediated siRNA delivery TRiM
8,658,211 20120230938
Polyconjugates for in vivo delivery of polynucleotides TRiM
9,040,494 20120178795
RNAi-mediated inhibition of frizzled related protein-1 for treatment of glaucoma Ocular
8,426,554 20120172412
In vivo polynucleotide delivery conjugates having enzyme sensitive linkages TRiM
8,501,930 20120165393
Peptide-based in vivo siRNA delivery system TRiM
8,946,176 20120159657
Compositions and methods for inhibiting expression of RRM2 genes Cancer
9,249,179 20120157509
Galactose cluster-pharmacokinetic modulator targeting moiety for siRNA TRiM
8,481,509 20120129914
Organic compositions to treat HSF1-related diseases Cancer
8,344,131 20120115934
Organic compositions to treat beta-ENaC-related diseases Lung, CF
8,865,671 20110288157
RNAi-mediated inhibition of spleen tyrosine kinase-related inflammatory conditions Ocular
8,754,202 20110257248
RNAi-related inhibition of TNFα signaling pathway for treatment of ocular angiogenesis Ocular
8,313,772 20110207799
Compositions for targeted delivery of siRNA TRiM
8,541,389 20110142767
RNAi-mediated inhibition of tumor necrosis factor α-related conditions Ocular
8,865,670 20110135579
RNAi-related inhibition of TNFα signaling pathway for treatment of glaucoma Ocular
7,943,592 20100210513
RNAi inhibition of alpha-ENaC expression ARO-ENaC
9,074,212 20100190714
RNAi inhibition of alpha-ENaC expression ARO-ENaC
9,173,896 20090209627
RNAi-mediated inhibition of connexin 43 for treatment of IOP-related conditions Ocular
8,138,383 20090048410
Membrane active heteropolymers TRiM
8,541,548 20080281074
Compounds and methods for reversible modification of biologically active molecules TRiM
8,137,695 20080152661
Polyconjugates for in vivo delivery of polynucleotides TRiM
8,211,468 20070036865
Endosomolytic polymers TRiM
7,700,371 20050084855
Method for determining an analyte TRiM
8,217,015 20040198687
Endosomolytic polymers TRiM
8,765,704
Modified small interfering RNA molecules and methods of use Viral, HCV
5/28/2020
FDA Orange Book - Patent and Exclusivity claimed by Alnylam for Patisiran Sodium (ONPATTRO)
# Patent No. Expires
Title Current Assignee
1 8,058,069 4/15/2029
Lipid formulations for nucleic acid delivery Arbutus
2 8,158,601 11/10/2030
Lipid formulation Arbutus
3 8,168,775 10/20/2029
Compositions and methods for inhibiting expression of transthyretin Alnylam
4 8,334,373 5/27/2025
Nuclease resistant double-stranded ribonucleic acid Alnylam
  5 8,362,231 3/30/2021   RNA interference mediating small RNA molecules UMass, Whitehead Institute, MIT                
  6 8,372,968 3/30/2021   RNA interference mediating small RNA molecules UMass, Whitehead Institute, MIT                
7 8,492,359 4/15/2029
Lipid formulations for nucleic acid delivery Arbutus
  8 8,552,171 3/30/2021   RNA sequence-specific mediators of RNA interference Max-Planck, Umass, Whitehead, MIT                
9 8,642,076 10/3/2027
Lipid containing formulations Arbutus
10 8,741,866 10/20/2029
Compositions and methods for inhibiting expression of transthyretin Alnylam
  11 8,778,902 3/30/2021   RNA interference mediating small RNA molecules UMass, Whitehead Institute, MIT                
12 8,802,644 10/21/2030
Lipid formulation Arbutus
13 8,822,668 4/15/2029
Lipid formulations for nuceleic acid delivery Arbutus
  14 8,895,718 3/30/2021   RNA interference mediating small RNA molecules Umass, Whitehead Institute, MIT                
  15 8,895,721 3/30/2021   RNA interference mediating small RNA molecules Max-Planck, Umass, Whitehead, MIT                
  16 9,193,753 3/30/2021   RNA sequence-specific mediators of RNA interference Max-Planck, Umass, Whitehead, MIT                
17 9,234,196 10/20/2029
Compositions and methods for inhibiting expression of transthyretin Alnylam
18 9,364,435 4/15/2029
Lipid formulations for nucleic acid delivery Arbutus
  19 9,567,582 3/30/2021   RNA interference mediating small RNA molecules Max-Planck, Umass, Whitehead, MIT                
20 9,943,538 11/4/2023
2'-methoxy substituted oligomeric compounds and compositions for use in gene modulations Ionis
21 9,943,539 11/4/2023
2'-methoxy substituted oligomeric compounds and compositions for use in gene modulations Ionis
# Exclusivity Reason
Exclusivity Expiration
1 New Chemical Entity
8/10/2023
2 Orphan Drug Exclusivity
8/10/2025
FDA Orange Book - Patent and Exclusivity claimed by Alnylam for Givosiran Sodium (GIVLAARI)
# Patent No. Expires
Title Current Assignee
1 8,106,022 12/12/2029
Carbohydrate conjugates as delivery agents for oligonucleotides Alnylam
2 8,546,143 1/9/2022
Compositions and methods for inhibiting expression of a target gene Alnylam
3 8,828,956 12/4/2028
Carbohydrate conjugates as delivery agents for oligonucleotides Alnylam
  4 9,133,461 5/14/2033   Compositions and methods for inhibiting expression of the ALAS1 gene Icahn School of Medicine, Alnylam                
5 9,150,605 8/28/2025
Compositions comprising alternating 2'-modified nucleosides for use in gene modulation Ionis
  6 9,631,193 3/15/2033   Compositions and methods for inhibiting expression of the ALAS1 gene Icahn School of Medicine, Alnylam                
7 9,708,610 1/1/2024
Compositions comprising alternating 2'-modified nucleosides for use in gene modulation Ionis
8 9,708,615 3/8/2024
Therapeutic compositions Alnylam
  9 10,119,143 10/3/2034   Compositions and methods for inhibiting expression of the ALAS1 gene Icahn School of Medicine, Alnylam                
  10 10,125,364 3/15/2033   Compositions and methods for inhibiting expression of the ALAS1 gene Icahn School of Medicine, Alnylam                
11 10,131,907 8/24/2028
Glycoconjugates of RNA interference agents Alnylam
12 10,273,477 3/8/2024
Therapeutic compositions Alnylam
# Exclusivity Reason
Exclusivity Expiration
1 New Chemical Entity
11/20/2024
2 Orphan Drug Exclusivity
11/20/2026
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
List of largest BP companies - Wikipedia
Number of Google Search Results with terms "RNAi" or "siRNA"
Rank
Company 2019 MC RNAi Partners
Rank BP Company 4/8/2020 6/17/2019 4/24/2019
1
Johnson & Johnson (Janssen) 385.0 Arrowhead (4)
1
Roche (+1) 8,140,000 5,950,000 7,660,000
Ionis (1)
2
Johnson & Johnson (-1) 7,160,000 6,250,000 7,370,000
Arcturus (1)
3
Merck 4,380,000 1,270,000 2,400,000
2
Roche 281.1 Ionis (1)
4
Illumina 966,000 646,000 631,000
Dicerna (1)
5
Takeda 566,000 412,000 428,000
3
Novartis 240.0 Ionis (2)
6
GlaxoSmithKline (+12) 566,000 107,000 280,000
Akcea (2)
7
Abbott Labs 401,000 287,000 281,000
Quark (1)
8
Bristol-Myers Squibb (-2) 389,000 295,000 311,000
4
Merck 232.9 Moderna (4)
9
Novartis (-1) 350,000 285,000 291,000
5
Pfizer 216.7 Quark (1)
10
Eli Lilly (-1)) 336,000 266,000 275,000
6
Abbott Labs 153.5
11
Janssen (-1) 305,000 261,000 280,000
7
Amgen 144.6 Arrowhead (2)
12
Bayer (-5) 299,000 234,000 292,000
8
Novo Nordisk 137.1 Dicerna (30)
13
Pfizer (-2) 259,000 235,000 284,000
9
AbbVie 130.9
14
AstraZeneca (+3) 152,000 111,000 143,000
10
AstraZeneca 130.8 Ionis (2)
15
Sanofi (+1) 137,000 131,000 134,000
Moderna (3)
16
Amgen (-1) 133,000 135,000 153,000
11
Eli Lilly 126.9 Dicerna (10)
17
Gilead (+4) 119,000 80,100 82,800
12
GlaxoSmithKline 117.2 Ionis (2)
18
Vertex (-4) 111,000 136,000 120,000
13
Bristol-Myers Squibb 105.0
19
Biogen 106,000 98,200 106,000
14
Gilead Sciences 82.3
20
AbbVie (-7) 81,900 159,000 59,100
15
Bayer 80.1 Ionis (2)
21
Novo Nordisk (+1) 73,300 59,800 70,100
16
Stryker 78.5
22
Celgene (+1) 62,600 58,800 59,600
17
Sanofi 63.5 Alnylam (3)
23
Regeneron (-3) 60,600 84,300 109,000
18
Zoetis 63.2
24
Daiichi Sankyo 54,200 48,700 51,800
19
Allergan 62.7
25
Eisai (+1) 51,400 37,400 36,100
20
Takeda 61.5 Arcturus (1)
26
Allergan (-1) 50,600 43,600 42,100
21
Vertex 56.3
27
Biomarin (+5) 47,000 23,800 23,200
22
Biogen 54.7 Ionis (5)
28
Stryker (+1) 43,300 32,800 144,000
23
Illumina  48.2
29
Astellas (-2) 42,600 36,100 39,500
24
Daiichi Sankyo  45.3
30
Alexion 41,600 30,600 26,900
25
Regeneron 41.2 Alnylam (31)
31
Mylan 32,600 27,500 33,800
26
Astellas 32.7
32
Perrigo (+2) 32,300 13,200 10,500
27
Alexion 24.3 Dicerna (2)
33
Incyte (-5) 31,900 34,400 31,600
28
Eisai 21.5
34
Zoetis (-1) 8,050 19,800 9,220
29
Incyte 18.8
30
BioMarin 15.2
Number of Google Search Results with terms "RNAi" or "siRNA"
31
Mylan 10.4
Rank Biotech Company 4/8/2020 6/17/2019 4/24/2019
32
Perrigo 7.0
1
Arrowhead 252,000 241,000 227,000
5/11/2020
2
Alnylam 163,000 210,000 251,000
3
Moderna 97,500 109,000 104,000
Top 10 Pharma Oncology
4
Dicerna 64,600 65,300 68,200
Rank
Company RNAi Partners
5
Quark 63,200 56,100 52,100
1
Roche
6
Ionis (+2) 51,400 32,100 27,100
3
Celgene
7
Regulus 42,800 34,900 33,700
2
Novartis
8
Arcturus (-2) 42,000 36,300 16,600
5
Bristol-Myers Squibb
9
Arbutus 41,000 21,700 23,100
4
Johnson & Johnson
10
Akcea 30,800 21,300 46,700
7
Merck Moderna
11
Silence 26,900 18,900 20,500
6
Pfizer
8
AstraZeneca Ionis, Moderna
Number of Yahoo! Finance Message Board Reactions
9
Eli Lilly
Rank Biotech Company 4/8/2020 6/17/2019 5/6/2019
10
AbbVie
1
Arrowhead 27,859 13,997 13,063
4/9/2020
2
Moderna (+3) 12,217 533 427
3
Ionis (-1) 2,111 1,660 1,624
4
Akcea 797 610 591
5
Regulus (-2) 760 685 681
6
Alnylam 587 466 453
7
Arbutus 500 302 286
8
Dicerna 179 73 71
9
Arcturus (+1) 144 35 35
10
Spring Bank (+3) 129 15 15
11
Enanta 120 34 32
12
Assembly 64 16 16
13
Adhera (-4) 55 55 55
14
Silence 9 3 3
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
  Timeline of 2020 and Future Events & Presentations
                                                                                                                  ARWR 3Q Results             Cantor Global HC Conf                              
                                                  4/2 B Riley FBR Conference Call                                             BTIG Biotech Conference             Chardan Genetic Medicines Conf                                
                                                4/9 Wells Fargo Biotech Day                                             *AACR Annual Mtg San Diego             ARWR Analyst R&D Day           ARWR Year End Results  
                                                4/14 Cello Health Nucleic Acid Ther.                                             *8/24-26 World Orphan Drug Congress USA             *10/19-21 OPT Congress Boston           Piper Jaffray HC Conf  
                                                PPD ROTH Heart, Liver, Renal Inv Conf             6/2-4 Jefferies Global HC Conf             *8/27-29 EASL London             10/22-24 NA Cystic Fibrosis Conf Phoenix           HEP DART (HBV)  
                  2/5 ARWR 1Q Results             4/29 Jefferies A1ATD Therapies Conf Call             6/11 Goldman Sachs Global HC Conf             8/29-9/1 ESC Congress 2020             10/28-30 EORTC-NCI-AACR Symposium           *12/13-16 NLA Scient Sess Chicago  
    2  0  2  0  
    1 2 3 4 5 6 7 8 9 10 11 12  
    1/12-16 JPM HC Conf Week           3/5 APASL 2020 Bali             5/7 ARWR 2Q Results             7/21-23 RNAi-Based Ther. Summit Boston             *Opp. 30th Annual HC Conf NYC             Jefferies London HC Conf                
                                  3/11 Barclays Global HC Conf             5/14 11am ET BofA Securities HC Conf                                             BRiley FBR HC Conf             Piper Jaffray HC Conf.                
                                  3/26 Baird Catalyst Conf Call Series             5/20 2:30pm ET RBC Global HC Conf                                             Baird's Global HC Conf             11/12-13 China Nucleic Acids                
                                                                                                                                  Citi's Biotech Conf             11/13-17 AASLD The Liver Meeting                
                                                                                                                                  9/5-9 ERS Int'l Congress (AAT)             11/14-16 AHA Scientific Sessions                
                                                                                                                                  9/15-18 Discovery on Target Boston                                                
    Arrowhead Events Possible (unconfirmed) participation                                                                                       9/26 Alpha-1 UK Support Group Event                                                
    Scientific Events
(possible new data)
Cancelled or Postponed Events                                                                                       9/27-30 Oligo Therap Society Annual Mtg                                                
    Investment Firms/Banks
(typically no new data)
* Rescheduled                                                                                       9/29-10/3 Int'l HBV Meeting Toronto                                                
                                                                                                                                                                                                     
  Timeline of 2018-2019 Events & Presentations
                                                                      10/2 Cantor Global HC Conf                                                               9/4 Baird's Global HC Conf                          
                                                                      10/4 ARWR/Janssen Collaboration Call                                                               9/5 Citi's Biotech Conf                          
                            5/8 ARWR 2Q Results                       10/5 Int'l HBV Meeting         1/7 JPM HC Conf Week                                     9/14 Alpha-1 UK Support Group Event                          
                            5/10 Vasc Disc Sci Sess (ANG3, APOC3)                       10/9 Chardan Genetic Medicines Conf                                       5/8 ARWR 2Q Results     9/16 Global Summit on Card. & Heart Disease   11/8 AASLD The Liver Meeting (HBV 1)  
    1/8 JPM HC Conf Week         5/21 ATS Int'l Conf (AAT)                       10/16 ARWR Analyst R&D Day                 3/12 Barclays Global HC Conf   5/15 BofA Merrill Lynch HC Conf     9/16 Dev. A1AT; FDA Public Workshop   11/8 AASLD The Liver Meeting (HBV 2)  
                                                                      10/18 NA Cystic Fibrosis Conf                 3/18 Jefferies HBV Investor Summit   5/15 Vasc Disc. Sci. Sess. (ANG3, APOC3)     9/20 Molec Ther for Liver Disease in A1AT   11/18 AHA Scientific Sess (ANG3)  
          3/13 Barclays Global HC Conf                                                                             3/26 OPT Congress ANG3, APOC3   5/18 NLA Scientific Sess (ANG3, APOC3)                           11/18 AHA Scientific Sess (APOC3)  
          3/22 Am. Scty for Clinical Pharm & Ther.                       2/9 ARWR 3Q Results           12/11 ARWR Year End Results     3/27 CSHL Mtg. RNA & Oligo ANG3, APOC3   5/23 B. Riley FBR Inst. Investor Conf   7/17 Roth RNA Conf HBV Cure         11/25 ARWR Year End Results  
    2  0  1  8 2  0  1  9  
    1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12  
                  4/12 EASL Int'l Liver Congress (ARC520)   6/6 European Cystic Fibrosis Conf   9/4 B. Riley FBR Healthcare Conf   11/6 BIT's Cogress of Int'l Drug Discovery   2/7 ARWR 1Q Results   4/3 AACR Annual Mtg (HIF2)         8/5 ARWR 3Q Results         12/3 Piper Jaffray HC Conf.  
                  4/12 EASL Int'l Liver Congress (HBV)   6/6 Jefferies Global HC Conf   9/7 World Gastro Summit (HBV)   11/7 Int'l HBV Cure Workshop   2/22 APASL 2019 (HBV)   4/10 EASL Int'l Liver Congress (AAT)         8/12 BTIG Biotech Conf         12/10 HEP DART (HBV)  
                  4/12 EASL Int'l Liver Congress (AAT)   6/8 The Science of HBV Cure   9/16 ERS Int'l Congress (AAT)   11/9 The Search for HBV/HDV Cure                     4/10 EASL Int'l Liver Congress (HBV)                                                        
                  4/25 World Orphan Drug Congress USA   6/15 Global Hepatitis Summit (HBV)   9/25 Antivirals: Targeting HBV & Bey.   11/12 AASLD The Liver Meeting (AAT)                                                           10/4 Cantor Global HC Conf                
                                        6/20 JMP Securities Life Science Conf   9/30 Oligo Therap Society Mtg (HIF2)   11/12 AASLD The Liver Meeting (HBV)                               6/6 Jefferies Global HC Conf         10/7 Chardan Genetic Medicines Conf                
    2/9 ARWR 1Q Results                 6/29 Annual Alpha-1 Nat'l Educ. Conf.   9/30 Oligo Therap Society Mtg (ANG3)   11/12 AHA Scientific Sess (ANG3)                               6/8 The Science of HBV Cure         10/18 ARWR Analyst R&D Day                
    2/22 SMI RNA Therapeutics Conf                                       9/30 Oligo Therap Soc Mtg (AAT, HBV)   11/12 AHA Scientific Sess (APOC3)                               6/21 Alpha-1 Nat'l Conf         10/28 DIA/FDA Oligo-Based Thptics Conf                
    2/27 AsiaTIDES Oligo & Peptide Ther. 1                                                             11/13 EORTC-NCI-AACR Symp. (HIF2)                                                           10/31 NA Cystic Fibrosis Conf (ENaC)                
    2/27 AsiaTIDES Oligo & Peptide Ther. 2                                                             11/15 Jefferies London HC Conf                                                                                              
                                                                                    11/16 China Nucleic Acids                                                                                              
                                                                                    11/28 Piper Jaffray HC Conf.                                                                                              
 
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
      Total U.S. Population Total Europe Population Total Rest-of-World (ROW) Population Total World Population      
    All      
18+
    25+      
                   
  Prevalence and Incidence of Diseases That May Be Treated by Arrowhead's Drug Pipeline
Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
ARO-AAT Alpha-1 Liver Disease (PiZZ) 120,000
Alpha-1 Foundation 11/1/2019
100,000 120,000
PharmaTimes 10/31/2017
70,000 - 100,000 125,000
PubMed Central (PMC) 9/4/2015
120,000
PubMed 7/11/2018
  91,490 119,594 253,404   Dovepress 12/10/2016
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
  JNJ-3989 Hepatitis B       240,000,000 - 350,000,000    PMC 5/2015
257,000,000
WHO 7/18/2019
2,000,000
292,000,000
Hepatitis B Foundation
15,000,000
WHO 7/27/2017
257,000,000
CDC 7/28/2015
850,000 - 2,200,000
CDC
    15,000,000   257,000,000   CLD Journal 8/22/2018
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
AMG 890 Cardiovascular Disease - Lipoprotein(a)
1,400,000,000
ScienceDirect 4/2019
  1:5 Lipoprotein(a) Foundation  
20% >= 50 mg/dL Pathophysiology of Lp(a)
5% >= 100 mg/dL Pathophysiology of Lp(a)
1% >= 150 mg/dL Pathophysiology of Lp(a)
0.2% >= 200 mg/dL Pathophysiology of Lp(a)
  0.02% >= 250 mg/dL Pathophysiology of Lp(a)  
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
  ARO-ANG3 Homozygous Familial Hyper-cholesterolemia (HoFH) 1:160,000 - 1,000,000 NORD  
1:300,000 FH Foundation
  1:160,000 - 1,000,000 PubMed 12/2013
1:400,000 NLA Scientific Session 2016
  1:160,000 - 300,000 European Heart Journal 8/21/2014
  Heterozygous Familial Hypercholesterolemia (HeFH) 1:250 - 500 NORD  
1:250 FH Foundation
  1:200 - 500 PMC 8/15/2013
  1:200 - 244 NLA Scientific Session 2016
  1:200 European Heart Journal 8/21/2014
  Dyslipidemia 29.30% AHA Journals 2/7/2006
47.7% of 25+ WHO
53.7% of 25+ WHO
38.9% of 25+ WHO
        World - US - Europe WHO  
  Severe Hyper-triglyceridemia (sHTG) (500 - 2,000 mg/dl) 1.70% AJC Online 3/15/2011
  1.70% ScienceDirect 2016
  Nonalcoholic Fatty Liver Disease (NAFLD) 80,000,000 - 100,000,000     1,000,000,000   PMC 12/21/2017
        25.2% of 18+ The NASH Education Program 2013
        34% of 18+ The NASH Education Program 2013
24.13% AASLD Hepatology 12/28/2015
        23.71% AASLD Hepatology 12/28/2015
  Nonalcoholic Steatohepatitis (NASH) 20,000,000 - 25,000,000     250,000,000   PMC 12/21/2017
        1.5% - 6.45% of 18+ The NASH Education Program 2013
        12% of 18+ The NASH Education Program 2013
60.64% of NAFLD AASLD Hepatology 12/28/2015
        69.25% of NAFLD AASLD Hepatology 12/28/2015
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
ARO-APOC3 Familial Chylomicronemia Syndrome (FCS) 1:12,413 PMC 5/21/2018
20:1,000,000 PMC 5/21/2018
  1-2:1,000,000 Journal of the Endocrine Society 10/11/2019
  1:250,000 - 1,000,000 JBC 10/23/2019
  13:1,000,000 AHA Journals 11/11/2019
  Multifactorial Chylomicronemia Syndrome (MCM or MFCS) 1:600 Journal of the Endocrine Society 10/11/2019
1:600 JIM Review 2019
  1:600 JBC 10/23/2019
  Severe Hyper-triglyceridemia (sHTG) (500 - 2,000 mg/dl) 1.70% AJC Online 3/15/2011
  1.70% ScienceDirect 2016
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
  ARO-HSD Nonalcoholic Fatty Liver Disease (NAFLD) 80,000,000 - 100,000,000     1,000,000,000   PMC 12/21/2017
        25.2% of 18+ The NASH Education Program 2013
        34% of 18+ The NASH Education Program 2013
24.13% AASLD Hepatology 12/28/2015
        23.71% AASLD Hepatology 12/28/2015
  Nonalcoholic Steatohepatitis (NASH) 20,000,000 - 25,000,000     250,000,000   PMC 12/21/2017
        1.5% - 6.45% of 18+ The NASH Education Program 2013
        12% of 18+ The NASH Education Program 2013
60.64% of NAFLD AASLD Hepatology 12/28/2015
        69.25% of NAFLD AASLD Hepatology 12/28/2015
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
  ARO-HIF2 Renal Cell Carcinoma       75% (cc) of 90% (VHL) PMC - 74,000/year 9/2019
        80% - 90% (cc) of 90% (VHL) PMC - 74,000/year 9/2019
        75% (cc) of 90% (VHL) Int. J. Cancer - 81,000/year 11/29/2005
        80% - 90% (cc) of 90% (VHL) Int. J. Cancer - 81,000/year 11/29/2005
  Other Cancers ? ?          
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
  ARO-ENaC Cystic Fibrosis 30,000     70,000   Cystic Fibrosis Foundation  
    39,000       European CF Society 2013
  Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
ARO-JNJ1 ??
               
               
                   
  BioBoyScout's Predicted Target based on Extensive Due Diligence, as well as fitting the profile of an Arrowhead drug - 4/2/2020
Drug Disease U.S. Population Europe Population ROW Population World Population Prevalence Source Date
  ARO-??? Idiopathic Pulmonary Fibrosis 100,000     13 - 20 per 100k in World; 100k in US; 30-40k / year NIH - Genetics Home Reference - IPF 4/2015
        14 - 27.9 per 100k in US (narrow) ERS 2012
        42.7 - 63 per 100k in US (broad) ERS 2012
        1.25 - 23.4 per 100k in Europe ERS 2012
        Annual incidence 6.8 - 8.8 per 100k in US ERS 2012
        Annual incidence 0.22 - 7.4 per 100k in Europe ERS 2012
    130,000         AJMC 7/19/2019
                   
BioBoyScout's Proprietary Due Diligence, Analysis, Competitive Intelligence, and Opinion
  Enter Number of Shares Owned        
  Number of Shares Outstanding        
  Market Cap Enter Share Price Value   Enter Market Cap Share Price Total Value
   
  $35.00   $3,500,000,000
  $40.00   $4,000,000,000
  $45.00   $4,500,000,000
  $50.00   $5,000,000,000
  $55.00   $6,000,000,000
  $60.00   $7,000,000,000
  $70.00   $8,000,000,000
  $75.00   $9,000,000,000
  $80.00   $10,000,000,000
  $90.00   $12,000,000,000
  $100.00   $14,000,000,000
  $110.00   $16,000,000,000
  $125.00   $18,000,000,000
  $150.00   $20,000,000,000
  $175.00   $22,500,000,000
  $200.00   $25,000,000,000
  $250.00   $30,000,000,000
  $300.00   $35,000,000,000
  $350.00   $40,000,000,000
  $400.00   $45,000,000,000
  $500.00   $50,000,000,000