Kyntra Bio, Inc. · NASDAQ:KYNB

Kyntra Bio — Fibrogen — Investor Presentation (May 2015)

48 slides from Kyntra Bio's investor presentation, May 7, 2015

  1. Slide 1: Discussion Materials

    Exhibit 99.1 Discussion Materials May 2015

  2. Slide 2: Forward-Looking Statements

    Forward-Looking Statements This presentation, the accompanying modules, and in each case the oral commentary contain “forward-looking” statements that involve substantial risks and uncertainties. All statements other than statements of historical facts contained in this presentation, the accompanyin

  3. Slide 3: Investment Highlights

    Investment Highlights • Three broad technology platforms generating multiple product candidates • Roxadustat – a novel oral treatment for anemia in Phase 3 • Targeting the multi-billion dollar global anemia market • IP protection expected through 2033 and potentially beyond • >1400 subjects evaluate

  4. Slide 4: Roxadustat - Post-IPO Highlights

    Roxadustat - Post-IPO Highlights • Program on schedule to submit regulatory filings in 2016 for China and 2018 for US • Launched seven Phase 3 trials for US and European filing • Two Phase 3 approval trials in China currently expected to start H2 2015 • Completion of three scheduled reviews by data

  5. Slide 5: China Program - Post-IPO Highlights

    China Program - Post-IPO Highlights • Roxadustat CTA technical review underway • Phase 3 first patient first visit expected H2 2015 • China NDA submission expected in 2016 • China NDA review expected in 2017 5

  6. Slide 6: FG-3019 - Post-IPO Highlights

    FG-3019 - Post-IPO Highlights • IPF – Study 067 – Protocol amended to include subjects previously treated with approved IPF therapies – Expansion of study sites to include certain European and former Commonwealth countries – Enrollment expected to complete late 2015; top-line data in late 2016 • Pan

  7. Slide 7: Financial - Post-IPO Highlights

    Financial - Post-IPO Highlights • IPO net proceeds of $171.8 M • Milestone and non-contingent license payments of approximately $200 M expected through Q2 2016 • Cap of $116.5 M on shared costs agreed upon with AstraZeneca for roxadustat CKD anemia development (ex-China) expected to be reached in Q4

  8. Slide 8: Management Team

    Management Team THOMAS NEFF Chief Executive Officer PAT COTRONEO Chief Financial Officer FRANK VALONE, MD Chief Medical Officer K. PEONY YU, MD VP, Clinical Development CHRIS CHUNG Exec Director & China Project Leader LEANNE PRICE, JD VP, Intellectual Property & Corp Strategy R. WAYNE FROST, PHARM D

  9. Slide 9: Our Platforms and Product Portfolio

    Our Platforms and Product Portfolio HIF PLATFORM PRECLINICAL PHASE 1 PHASE 2 PHASE 3 Roxadustat (HIF-PH Inhibitor for anemia) • United States / Europe • China • Japan FG-6874 (HIF-PH Inhibitor; Stem Cell Mobilization) FG-8205 (Selective HIF-PH Inhibitor for heart failure after myocardial infarction)

  10. Slide 10: Development Timeline

    Development Timeline 2014 2015 2016 2017 1H 2H 1H 2H 1H 2H 1H 2H Initiate AZ Studies Complete Enrollment Global NDD&DD Publications Ph2 Complete Data Cut for EU Incident Dialysis NDD & DD Enrollment NDD Study Database Lock US/ Initiate FGN Study US, Asia Pacific, Stable DD Study ROW Latin America Da

  11. Slide 11: Roxadustat

    FIBROGEN Roxadustat

  12. Slide 12: Anemia 101

    Anemia 101 THE CONDITION RED BLOOD CELL CREATION (ERYTHROPOIESIS) Reduced Oxygen-Carrying Capacity of Blood - Reduces Availability of Iron for RBC Production ANEMIA IN CKD Dialysis & Pre-Dialysis INCREASED MORTALITY 12

  13. Slide 13: Roxadustat Activates a Natural Pathway to Increase Red Blood Cell Production

    Roxadustat Activates a Natural Pathway to Increase Red Blood Cell Production 1 HIF-PH Enzymes EPO Within or Near Degrades Rapidly Physiological Range NORMAL OXYGEN Degradation Iron Transport to the HIF Bone Marrow and Hemoglobin (Hb) Synthesis HIF Iron Absorption LOW OXYGEN HIF HIF (e.g. High Altitu

  14. Slide 14: Roxadustat Achieves Target Hb with Physiologic EPO Cmax Levels

    Roxadustat Achieves Target Hb with Physiologic EPO Cmax Levels 6,000 5,000 ESA5 EPO Cmax (U.S. ESA Label: (mIU/mL) 4,000 Hb 10 to 11 g/dL) 3,000 1 2,000 ROXADUSTAT PHYSIOLOGICAL (Target Hb 11 to 13 g/dL) ADAPTATION 1,000 0 2 0.99 1.20 1.60 Altitude Blood Loss 3 Pulm 20 44 93 197 0.16 3.86 mg/kg/dose

  15. Slide 15: ESAs Ineffective or Require High Doses in Presence of Inflammation in Preclinical Model

    ESAs Ineffective or Require High Doses in Presence of Inflammation in Preclinical Model Normal Animals Anemia of Inflammation • Roxadustat Increased Hb • Roxadustat Increased Hb • Aranesp® Increased Hb but Reduced • Aranesp® or IV Iron Ineffective for Mean Cell Volume (Depletes Iron) Anemia of Infla

  16. Slide 16: Roxadustat Reduces Hepcidin

    Roxadustat Reduces Hepcidin Decreased Hepcidin Improves Iron Availability and Reduces ESA Resistance CKD-DD Patients Previously Treated with CKD-DD Newly Initiated Dialysis EPO and Randomized (Study 040a) (Study 053) (Conversion, ESA Hyporesponders) 400 p <0.0001 p=0.038 1 100 350 n=52 Mean 300 Mean

  17. Slide 17: Hb Correction and Maintenance by Roxadustat Appears Independent of Inflammation (Study 053)

    Hb Correction and Maintenance by Roxadustat Appears Independent of Inflammation (Study 053) • As shown by CRP (marker of inflammation) • Hb correction appears independent of inflammatory state • Dose requirement for Hb maintenance appears independent of inflammatory state • Greater reduction in hepc

  18. Slide 18: Phase 2 Program Conducted Across Different CKD Populations

    Phase 2 Program Conducted Across Different CKD Populations DOSE TIER STUDY PATIENTS WEEKS LEVELS WEIGHTS CONTROL KEY RESULTS Placebo-Controlled Pre-Dialysis 017 Dose Range 116 4 4 No Placebo • Reduction in Hepcidin Finding, NDD • Dose-dependent Increase in Hb 047 Pre-dialysis 91 8 2 3 Placebo • Enco

  19. Slide 19: Study 017: Placebo-Controlled Proof of Concept Study in Pre-Dialysis

    Study 017: Placebo-Controlled Proof of Concept Study in Pre-Dialysis DESIGN DESIGN Mean (± SE) hbmax (g/dL) • Anemic Pre-dialysis Patients not Receiving ESA 3.0 % Hb Responders • Randomized to Placebo or 100% Roxadustat, BIW or TIW 2.5 91 % 100% – 4-week Dose Ranging Study 80% Evaluating 4 Weight-ba

  20. Slide 20: Study 047: Placebo-Controlled Study in Pre-dialysis

    Study 047: Placebo-Controlled Study in Pre-dialysis Mean (±SE) Hb Change from BL (g/dL) DESIGN 12 High Dose: 1.77 mg/kg (n=31) • Anemic Pre-dialysis Patients Low Dose: 1.37 mg/kg (n=30)* not Receiving ESA Placebo (n=30) 11 • Randomized to Placebo or Roxadustat TIW – Two Tier Weight-based Doses 10 –

  21. Slide 21: Studies 048 and 040a: ESA Comparator Study in Stable Dialysis Patients

    Studies 048 and 040a: ESA Comparator Study in Stable Dialysis Patients when Switched from Epoetin (Conversion) • Hemodialysis Patients with Hb Corrected on Stable Doses of ESA DESIGN - For Study 048, approximately 50:50 split between SC and IV Studies 048 and 040 • Randomized to Roxadustat TIW or Co

  22. Slide 22: Study 040b: ESA Comparator Study in Stable Dialysis Patients

    Study 040b: ESA Comparator Study in Stable Dialysis Patients when Switched from Epoetin (Conversion) DESIGN – Stable Dialysis Mean (±SE) Hemoglobin (g/dL) Conversion from ESA • Hemodialysis Patients with Hb Roxadustat (n=61) Corrected on Stable Doses of ESA • Randomized to Roxadustat TIW or Continua

  23. Slide 23: FibroGen

    FIBROGEN

  24. Slide 24: Study 041: Dose Finding in Pre-dialysis

    Study 041: Dose Finding in Pre-dialysis Different Targets, Different Correction Rates, Single Maintenance Algorithm Mean (±SD) Hemoglobin (g/dL) DESIGN 13.0 Target Hb • CKD Patients not on Dialysis Cohorts A,B,E & F • Roxadustat Starting Doses 12.5 - TIW or BIW - Tier Weight Dosing: 3 Sizes 12.0 Tar

  25. Slide 25: Study 053: Roxadustat Corrects Anemia in Newly Initiated Dialysis Patients without IV Iron

    Study 053: Roxadustat Corrects Anemia in Newly Initiated Dialysis Patients without IV Iron DESIGN Mean (±SE) Hemoglobin (g/dL) • Incident Dialysis (Newly Initiated Dialysis) Patients with Low Hb Levels and not on ESAs • All Received Roxadustat • Comparison of Treatment Response Under Different Iron

  26. Slide 26: Conclusions: Phase 2 Studies

    Conclusions: Phase 2 Studies • Evaluated Broad Range of CKD Patient Population: Stable Dialysis, Incident Dialysis and Nondialysis; ESA Hyporesponders • In Dialysis and Nondialysis: Consistent, Dose-Dependent Hb Response with Roxadustat • In Nondialysis: Both Tiered and Fixed Dosing Regimens Produce

  27. Slide 27: Roxadustat Safety Review

    Roxadustat Safety Review SAFETY • No Overall Safety Signal OBSERVATIONS – An independent data monitoring committee reviewed data – Frequency and type of AEs expected in CKD patients IN COMPLETED PHASE 1 & 2 • No Cardiovascular Signal STUDIES • Lowers Cholesterol Levels Roxadustat Exposure ~1,100 Sub

  28. Slide 28: Treatment-Emergent Serious Adverse Events

    Treatment-Emergent Serious Adverse Events Placebo-Controlled Phase 2 Trials (Anemia correction in non-dialysis patients) Protocol 017 Protocol 047 4 Weeks 8 Weeks Roxadustat Placebo Roxadustat Placebo Number of subjects 88 28 61 30 SAEs 4 (4.5%)* 1 (3.6%) 8 (13.1%)* 4 (13.3%) Cardiovascular SAEs 0 1

  29. Slide 29: Roxadustat Submissions for Marketing Approvals: US, Europe, and China

    Roxadustat Submissions for Marketing Approvals: US, Europe, and China • Indication – Treatment of Anemia Associated with Chronic Kidney Disease (CKD) in Patients on Dialysis and Not on Dialysis • Primary Efficacy Endpoints - Based on Hemoglobin (Hb) Measurements – Change in Hb from Baseline, or % Hb

  30. Slide 30: Roxadustat Phase 3 Program

    Roxadustat Phase 3 Program STUDY RANDOM- STUDY STUDY NUMBER COMPARATOR IZATION N LOCATIONS CHINA EUROPE US SPONSOR PHASE 3 STUDIES TO SUPPORT REGULATORY APPROVAL Stable Dialysis CL-613 1 Epoetin /Darbe 376/200/174 750 EU, MEA 3 36+ wks 52+wks Astellas FG-064 1 Epoetin 1:1 Up to 750 US+/-Global 36+ w

  31. Slide 31: Roxadustat Has Potential to Address Unmet Need in Multiple Markets

    Roxadustat Has Potential to Address Unmet Need in Multiple Markets Secondary CKD Disease CKD DIABETES HYPERTENSION CANCER INFLAMMATORY Dialysis Pre -Dialysis 36% Anemic¹ 20% Anemic¹ Myelodysplasia IBD, Lupus, RA, Chemotherapy etc. Induced Anemia Safety Issues Limitations (Higher ESA doses ESAs Not F

  32. Slide 32: Potential Multiple Global, Multi-Billion Dollar Markets for Anemia

    Potential Multiple Global, Multi-Billion Dollar Markets for Anemia Secondary CKD Disease CKD DIABETES HYPERTENSION CANCER INFLAMMATORY Dialysis Pre-Dialysis 36% Anemic¹ 20% Anemic¹ Myelodysplasia IBD, Lupus, RA, Chemotherapy etc. Induced Anemia 1 2 3 4 Roxadustat New Market: Re-Establish New Market:

  33. Slide 33: Roxadustat Competitive Profile

    Roxadustat Competitive Profile • Most advanced HIF-PHI in development: Global Phase 3 program underway • Extensive clinical experience: >1,100 patient exposures in Phase 1 & 2 • 3 year maximum exposure duration • Intermittent dosing • Phase 3 dosing regimen based on extensive testing in Phase 1 and

  34. Slide 34: Study 041 – Competitive Highlights

    Study 041 – Competitive Highlights Roxadustat Study 041 (pre-dialysis) Sample size 145 Completion Rate 92% Definition of Hb response Achievement of Hb 11 g/dL and Hb increase 1 g/dL Renal SAEs and/or dialysis initiation 5.5% (8) Dialysis initiation while on study 3.4% (5=4 SAEs + 1 non-SAE) With no

  35. Slide 35: Phase 3 Dosing Regimen Optimized for Hb Effect and Convenience

    Phase 3 Dosing Regimen Optimized for Hb Effect and Convenience Starting dose: non-dialysis (1 study) Roxadustat dose 70 mg Starting doses: non-dialysis and incident dialysis (3 studies and 1 study, resp.) Body weight (kg) <70 kg 70 kg Roxadustat dose 70 mg 100 mg Starting dose: stable dialysis (3 st

  36. Slide 36: China Opportunity

    China Opportunity STAGE 4 PRE-DIALYSIS • Very Sick, Highly Progression NON-DIALYSIS Anemic, Dialysis Stage to End Stage Population • Unique Positioning as a Domestic Renal • Very Limited ESA Use Chinese Company Disease • CFDA Green Pass Status • AZ, Our Commercial Partner, • Mean Hb 9.1 Achieved 2nd

  37. Slide 37: Corneal Implants – FG-5200 (China)

    Corneal Implants – FG-5200 (China) Central corneal scar covering entire pupil Most of pupil is blocked Proprietary Recombinant Human Type III Collagen • Integration of Implants with Host Tissue • Encourages Nerve Regeneration • Allows for Clearer Vision and No Rejection URGENT, • Approximately 4 to

  38. Slide 38: Roxadustat Global Partnerships

    Roxadustat Global Partnerships JAPAN, U.S., CHINA, CASH RECEIVED $ Millions EU, ETC. ROW TO DATE Equity Investment $81 $20 $101 in FibroGen Upfront, $360 $402 $360 + $220 Non-Contingent China Development & Reg. Partnership: $543 $571 $103+ $0 Milestones 50% Profit Sharing PAYMENTS TO FIBROGEN and 50

  39. Slide 39: FG-3019: Monoclonal Antibody to Connective Tissue Growth Factor (CTGF)

    FG-3019 Monoclonal Antibody to Connective Tissue Growth Factor (CTGF) 39

  40. Slide 40: FG-3019 Improved Fibrosis in Mouse Model and in Human Disease

    FG-3019 Improved Fibrosis in Mouse Model and in Human Disease Radiation-Induced Mouse Lung Fibrosis Phase 2A IPF Clinical Trial Reversal of Fibrosis by Micro-CT Imaging Reversal of Lung Fibrosis by High Resolution CT at Week 48 Improved/Stable 38 % Week Post-Irradiation Subject Improved / Stable Fib

  41. Slide 41: Phase 2 Dose-Dependent Survival in Advanced Pancreatic Cancer

    Phase 2 Dose-Dependent Survival in Advanced Pancreatic Cancer FG-3019 Combined with Gemcitabine and Erlotinib (n=75) Relationship of 1-Year Survival to Dose Relationship of Survival to FG-3019 Day-15 Plasma Levels Percent 1 Year Percent Overall Survival Survival Rate 100 35% 30% 30% 31% 31% FG-3019

  42. Slide 42: Phase 2 Trials in IPF and Pancreatic Cancer

    Phase 2 Trials in IPF and Pancreatic Cancer • Randomized placebo-controlled clinical trial • 136 patients • Naïve; previously treated; pirfenidone / nintedanib failures IPF • Key endpoints – Pulmonary function: change in FVC from baseline – Fibrosis by HRCT • Currently enrolling • Main goal: convert

  43. Slide 43: Duchenne Muscular Dystrophy (DMD) and CTGF Blockade

    Duchenne Muscular Dystrophy (DMD) and CTGF Blockade • DMD – rare hereditary disease: ~1 in 3,500 boys in the US – No FDA/EU approved treatment to date – Progressive muscle weakness and respiratory failure (age 5-18) – DMD leads to muscle fibrosis and loss of muscle function: muscles replaced by fibr

  44. Slide 44: FG-3019 Decreased Fibrosis and Increased Muscle Strength in mdx Mice

    FG-3019 Decreased Fibrosis and Increased Muscle Strength in mdx Mice FG-3019 significantly reduced collagen FG-3019 increased Isometric Force by 50% content/fibrosis in muscle (mdx mouse) (mdx mouse) 44

  45. Slide 45: Decreased CTGF Increased Skeletal Muscle Function in mdx Mice

    Decreased CTGF Increased Skeletal Muscle Function in mdx Mice CTGF hemi-zygous or FG-3019-treated mdx mice exhibited increased isometric force WT- wild type, normal mice; mdx - disease model 45

  46. Slide 46: FG-3019 Increased Muscle Endurance in mdx Mice

    FG-3019 Increased Muscle Endurance in mdx Mice 5-min treadmill exercise tolerance test: • mdx mice treated with FG-3019 stopped fewer times to rest than untreated mice (mdx-control) and were more similar to normal mice Morales, Hum Mol Genet-Suppl Data (2013) 46

  47. Slide 47: Investment Highlights

    Investment Highlights • Three broad technology platforms generating multiple product candidates • Roxadustat – a novel oral treatment for anemia in Phase 3 • Targeting the multi-billion dollar global anemia market • IP protection expected through 2033 and potentially beyond • >1400 subjects evaluate

  48. Slide 48: Discussion Materials

    Discussion Materials May 2015

Fibrogen — Investor Presentation (May 2015) on 6ix