Genfit Sa · EURONEXT:GNFT

Genfit Sa — Investor Presentation (November 2024)

109 slides from Genfit Sa's investor presentation, November 2024

  1. Slide 1: Corporate presentation

    Corporate presentation NOVEMBER, 2024

  2. Slide 2: Disclaimer

    Disclaimer IMPORTANT NOTICE – YOU MUST READ THE FOLLOWING BEFORE CONTINUING. THIS PRESENTATION HAS BEEN PREPARED BY GENFIT AND IS FOR INFORMATION PURPOSES ONLY. CERTAIN OF THE INFORMATION CONTAINED HEREIN CONCERNING ECONOMIC TRENDS AND PERFORMANCE IS BASED UPON OR DERIVED FROM INFORMATION PROVIDED B

  3. Slide 3: Towards a new GENFIT

    Towards a new GENFIT ACLF disease state GENFIT’s approach to ACLF ACLF market opportunity Highlights on newsflow

  4. Slide 4: GENFIT Highlights

    GENFIT Highlights VS-01 (UNVEIL-IT® - Phase 2) 5 assets in ACLF & VS-01 (Proof of Concept) its complications NTZ (Proof of Concept) French biopharmaceutical company SRT-015 (First-in-Human Study*) Dual-listed on EURONEXT & NASDAQ (GNFT) CLM-022 (preclinical) VS-02-HE (preclinical) Improving the life

  5. Slide 5: Towards a new GENFIT

    Towards a new GENFIT Strategic Shift Inception Clinical development Focus on rare and life-threatening liver & early years in chronic liver diseases diseases with high unmet needs 1999 2024 A diversified pipeline in ACLF (6 programs) and Development of Research Development of elafibranor in MASH oth

  6. Slide 6: Pipeline

    Pipeline Commercial stage ▪ Approval U.S. FDA June 10, 2024 Iqirvo® (elafibranor1,8) in PBC ▪ Approval EMA September 19, 2024 ▪ Approval CHMRA UK October 8, 2024 Research and Clinical Development stage – Data Readout from 5 Clinical Trials 2H25 Preclinical Phase 1 Phase 2 Phase 3 Next expected/targe

  7. Slide 7: ACLF Disease state – PART I

    Towards a new GENFIT ACLF Disease state – PART I P r . R . M o re a u , M D, S e n i o r S c i e n t i s t ( O u t s t a n d i n g G ra d e ) , I N S E R M GENFIT’s approach to ACLF ACLF market opportunity Highlights on newsflow

  8. Slide 8: Professeur Richard Moreau, Founding Member of EF-CLIF and Worldwide Leader in ACLF

    Professeur Richard Moreau, Founding Member of EF-CLIF and Worldwide Leader in ACLF 8

  9. Slide 9: Acute-on-Chronic Liver Failure (ACLF)

    ACLF Day December 12, 2023 Acute-on-Chronic Liver Failure (ACLF) Richard Moreau, MD, FAASLD,1,2,3 1European Foundation for the Study of Chronic Liver Failure (EF CLIF), Barcelona, Spain; 2Centre de Recherche sur l’Inflammation (CRI), INSERM, Université Paris Cité, CNRS, Paris, France; 3Service d’hép

  10. Slide 10: Outline

    Outline • Cirrhosis & ACLF • Defining ACLF • Pathophysiology • Medical management • Liver transplantation • Unmet needs

  11. Slide 11: Cirrhosis

    •. Cirrhosis • 11th most common cause of death o 2 million deaths worldwide/year (~4% of deaths worldwide) • 2 billion consume alcohol o At risk for alcohol-associated cirrhosis • 2 billion overweight/obese o At risk for metabolic-associated cirrhosis Asrani et al. J Hepatol 2019;70:151-71. Devarbha

  12. Slide 12: Characteristics of Cirrhosis

    Characteristics of Cirrhosis • Chronic liver disease • Compensated for years • Decompensated: ascites, gastrointestinal hemorrhage, hepatic encephalopathy o Recent onset defines acute decompensation • Acute decompensation: often leads to nonelective hospital admission • ACLF: cause of death in acute

  13. Slide 13: Characteristics of ACLF

    Characteristics of ACLF • Men ~55 yr • Seen among patients nonelectively admitted for acutely decompensated cirrhosis • Defined by impaired function of major organ systems & intense systemic inflammation • Associated with high short-term mortality (by 28 & 90 days) • Engages health-care system resou

  14. Slide 14: ACLF Burden in Europe

    ACLF Burden in Europe • Under evaluation (commissioned by Journal of Hepatology) • Currently estimated to ~150,000 cases/yr (projection from German data).

  15. Slide 15: Evidence-Based Knowledge Produced by EF CLIF

    Evidence-Based Knowledge Produced by EF CLIF • Studies in patients nonelectively admitted for acute decompensation: o CANONIC: 1343 European patients o PREDICT: 1273 European patients o ACLARA: 1274 LATAM patients Moreau et al. Gastroenterology 2013;144:1426-37. Trebicka et al. J Hepatol 2020;73:842

  16. Slide 16: Outline

    Outline • Cirrhosis & ACLF • Defining ACLF • Pathophysiology • Medical management • Liver transplantation • Unmet needs

  17. Slide 17: Diagnostic Criteria & Prevalence of Organ System Failures

    Diagnostic Criteria & Prevalence of Organ System Failures (CANONIC Study) Prevalence Organ system Diagnostic criteria* (%) Liver Bilirubin ≥12 mg/dL 15.4 Kidney Creatinine ≥2 mg/dL or 12.6 RRT Coagulation INR ≥2.5 7.8 Brain Grade 3 or 4 HE 7.4 Circulation Use of vasopressor 4.8 Respiration SpO2/FiO2

  18. Slide 18: The CANONIC Study Defined ACLF

    The CANONIC Study Defined ACLF 1343 patients nonelectively admitted for acutely decompensated cirrhosis (new ascites, encephalopathy, infection, GI hemorrhage) 70% 30% Presence of ACLF Absence of ACLF • High-grade systemic inflammation • Low-grade systemic inflammation • Organ failures • No organ fa

  19. Slide 19: Triggers of Inflammation & ACLF

    Triggers of Inflammation & ACLF (PREDICT Study) Trigger Prevalence Type: Bacterial infection 44% Alcohol-related hepatitis 44% GI hemorrhage with shock 6% Toxic encephalopathy 6% Number: 1 46% ≥2 25% 0 29% Trebicka, Fernandez, et al. J Hepatol 2021:74;1097-108.

  20. Slide 20: Clinical Course of ACLF Within the 1st Week

    Clinical Course of ACLF Within st the 1 Week ACLF Grade at Day 7 Initial Grade 0 1 2 3 % patients ACLF-1 55 24 8 12 ACLF-2 35 15 25 25 ACLF-3 16 4 12 68 Gustot, Fernàndez, et al. Hepatology 2015;62:243-52.

  21. Slide 21: 90-Day Transplantation-Free Survival According to Status at Day 7

    90-Day Transplantation-Free Survival According to Status at Day 7 Among 329 Patients Had ACLF on Admission Arroyo, Moreau, Jalan. N Engl J Med 2020;382:2137-45.

  22. Slide 22: ACLF is a Global Disorder

    ACLF is a Global Disorder Europe USA Asia Latin America Arroyo, Moreau, Jalan. N Engl J Med 2020;382:2137-45.

  23. Slide 23: Outline

    Outline • Cirrhosis & ACLF • Defining ACLF • Pathophysiology • Medical management • Liver transplantation • Unmet needs

  24. Slide 24: Inducers of Inflammation

    Inducers of Inflammation • Pathogen-associated molecular patterns (PAMPs) = bacterial byproducts immediately recognized by immune system; induce inflammation • Damage-associated molecular patterns (DAMPs) = intracellular molecules released by dying cells; immediately recognized by immune system; ind

  25. Slide 25: Inducers of Inflammation According to Triggers

    Inducers of Inflammation According to Triggers Liver injury Infection (cell death) No apparent trigger PAMPs DAMPs PAMPs Systemic inflammation Organ failures Arroyo, Moreau, Jalan. N Engl J Med 2020;382:2137-45.

  26. Slide 26: Impaired Gut Barrier in Decompensated Cirrhosis

    Impaired Gut Barrier in Decompensated Cirrhosis • Changes in gut microbiome (↑ pathobionts = “bad” bacteria) • ↑ Intestinal permeability to bacteria and/or bacterial PAMPs • Translocation of bacteria and/or bacterial PAMPs to blood flowing to the liver • ↓ Function of the “hepatic filter”; bacteria

  27. Slide 27: Outline

    Outline • Cirrhosis & ACLF • Defining ACLF • Pathophysiology • Medical management • Liver transplantation • Unmet needs

  28. Slide 28: Key Points

    Key Points • Main principle: Diagnose acute precipitants & treat them urgently • Provide supportive therapy in ICU • Objective: Bridge to early liver transplantation • No “pathophysiology-based” therapy available. Arroyo, Moreau, Jalan. N Engl J Med 2020;382:2137-45. EASL CPG. J Hepatol 2023;79:461-

  29. Slide 29: Supportive Therapy

    Supportive Therapy • Cardiovascular: vasoconstrictors. • Respiratory: mechanical ventilation. • Brain: protective intubation if necessary; lactulose; albumin dialysis (MARS) if lactulose failure. • Liver: 2 negative RCTs of extracorporeal MARS. Arroyo, Moreau, Jalan. N Engl J Med 2020;382:2137-45. E

  30. Slide 30: Other Interventions

    Other Interventions • Granulocyte colony-stimulating factor o No efficacy • Plasma exchange o Trial recruiting • Cell therapy o Under evaluation EASL CPG. J Hepatol 2023;79:461-91.

  31. Slide 31: Outline

    Outline • Cirrhosis & ACLF • Defining ACLF • Pathophysiology • Medical management • Liver transplantation • Unmet needs

  32. Slide 32: Survival Among Patients with ACLF-2, -3 with or without Early Liver Transplant

    Survival Among Patients with ACLF-2, -3 who Did or Did not Receive Early (<28 days) Liver Transplant Gustot, Fernandez, et al. Hepatology 2015;62:243-52.

  33. Slide 33: Narrow window for liver transplantation

    Survival Among Patients with ACLF-2, -3 who Did or Did not Receive Early (<28 days) Liver Transplant Narrow window for liver transplantation Gustot, Fernandez, et al. Hepatology 2015;62:243-52.

  34. Slide 34: Liver Transplantation in Patients with ACLF

    Liver Transplantation in Patients with ACLF ACLF-3 only Artru et al. J Hepatol 2017; 67:708-15.

  35. Slide 35: Outline

    Outline • Cirrhosis & ACLF • Defining ACLF • Pathophysiology • Medical management • Liver transplantation • Unmet needs

  36. Slide 36: Targeting Bacterial/PAMP Translocation

    Targeting Bacterial/PAMP Translocation • Current approaches are based on antibiotics • Restricted to few patients • Major issues with antibiotic use (emergence of multidrug-resistant bacteria) • Alternative approaches: unmet need.

  37. Slide 37: Conclusions

    Conclusions • ACLF is the most severe form of acutely decompensated cirrhosis • Bacterial/PAMP translocation & systemic inflammation are key pathogenic mechanisms • There is no “pathophysiology-based” therapy currently available • Liver transplantation is effective but limited due to narrow time, or

  38. Slide 38: ACLF Disease state – PART II

    Towards a new GENFIT ACLF Disease state – PART II D r . J e n n i f e r L a i ( U C S F ) , M D, M BA GENFIT’s approach to ACLF ACLF market opportunity Highlights on newsflow

  39. Slide 39: Acute-on-Chronic Liver Failure (ACLF)

    Acute-on-Chronic Liver Failure (ACLF) Jennifer C. Lai, MD, MBA Transplant Hepatologist Endowed Professor of Liver Health & Transplantation University of California, San Francisco (UCSF)

  40. Slide 40: Acute-on-Chronic Liver Failure: Defined

    Acute-on-Chronic Liver Failure : Defined …a potentially reversible condition in patients with chronic liver disease with or without cirrhosis that is associated with potential for multiple organ failure and high mortality within 3 months in the absence of treatment… Bajaj J, et al. Am J Gastro 2022.

  41. Slide 41: There is no direct therapeutic for ACLF

    “ There is no direct therapeutic for ACLF.

  42. Slide 42: Scope of the underlying problem: Chronic liver disease & cirrhosis

    SCOPE OF THE UNDERLYING PROBLEM : Chronic liver disease & cirrhosis

  43. Slide 43: Chronic Liver Disease & Cirrhosis

    Chronic Liver Disease & Cirrhosis 11th most common cause of death 2 million deaths worldwide (~4% of deaths worldwide) 2 billion consume alcohol At risk for alcohol-associated liver disease / cirrhosis 2 billion overweight/obese At risk for non-alcoholic fatty liver disease / cirrhosis Asrani S, et

  44. Slide 44: Deaths by liver disease etiology: Rising

    Deaths by liver disease etiology : RISING Other NASH HCV HBV Alcohol Cheemerla S, et al. Clin Liv Dis 2021. https://vizhub.healthdata.org/gbd-results/

  45. Slide 45: Economic burden of chronic conditions in the U.S.

    Economic burden of chronic conditions in the U.S. : Cirrhosis and ACLF much higher! Chronic Length of Inpatient Mean cost per disease hospital stay mortality hospitalization Pneumonia 5 days 3.3% $7,581 Congestive heart 5 days 3.0% $8,315 failure Cerebrovascular 6 days 4.7% $8,117 disease Cirrhosis

  46. Slide 46: The Patient: Clinical Course & Features

    THE PATIENT : Clinical Course & Features

  47. Slide 47: Trajectories of liver function in common liver states

    Trajectories of liver function in 3 common liver states Mahmud N, et al. Curr Hep Reports 2020.

  48. Slide 48: Trajectories of liver function in common liver states

    Trajectories of liver function in 3 common liver states Mahmud N, et al. Curr Hep Reports 2020.

  49. Slide 49: Trajectories of liver function in common liver states

    Trajectories of liver function in 3 common liver states Mahmud N, et al. Curr Hep Reports 2020.

  50. Slide 50: Trajectories of liver function in common liver states

    Trajectories of liver function in 3 common liver states Mahmud N, et al. Curr Hep Reports 2020.

  51. Slide 51: Clinical characteristics (U.S. cohort)

    Clinical characteristics (U.S. cohort) Reason for n=1,031 admission n=1,031 Age (years) 57 (11) Bacterial infection 25% Men 66% GI bleed 16% Liver disease etiology Hepatic enceph. 17% Alcohol only 31% Renal dysfxn 12% HCV only 21% Alcohol related 4% Alcohol + HCV 15% Electrolytes abnl 3% NASH 17% Ot

  52. Slide 52: Role of prior hepatic decompensation

    Role of prior hepatic decompensation n=417 No prior event 26% <3 months prior 16% 3-12 prior 17% >12 months prior 41% Moreau R, et al. Gastroenterol 2013.

  53. Slide 53: Percent with extra-hepatic organ failure on admission

    Percent with extra-hepatic organ failure on admission RENAL NEUROLOGIC CIRCULATORY RESPIRATORY 50% 22% 23% 13% Arroyo V, et al. J Hepatol 2015.

  54. Slide 54: ACLF Scoring System

    ACLF Scoring System Chronic Liver Failure Consortium (CLIF-C) ACLF CLIF-C ACLF Organ No ACLF Total bilirubin Liver PT-INR Kidney Creatinine ACLF-1 Hepatic Brain encephalopathy ACLF-2 Circulatory Blood pressure Respiratory Oxygenation ACLF-3 *CLIF-C ACLF = 10 x [0.33 x CLIF-Organ Failures + 0.04 x Ag

  55. Slide 55: Probability of survival by ACLF severity

    Probability of survival by ACLF severity Increasing # / severity The greater the number/severity of organ failures, the greater the risk of death. Gustot T, et al. Hepatol 2015. Arroyo V, et al. NEJM 2020.

  56. Slide 56: Pathogenesis: Leading hypotheses and supporting data

    PATHOGENESIS : Leading hypotheses and supporting data

  57. Slide 57: Portal hypertension

    The underlying condition ➢ Circulatory system at maximum capacity Portal ➢ Impaired gut circulation → altered gut microbiome → impaired gut mucosal hypertension defense system 101 Simonetto DA, et al. Mayo Arroyo V, et al. JClinic Proc Hepatol 2019. 2014.

  58. Slide 58: Greater severity of liver disease is associated with less diverse microbiome

    Greater severity of liver disease is associated with less diverse microbiome Is there a role for gut microbiota manipulation to improve ACLF outcomes? Sole C, et al. Gastroenterol 2021.

  59. Slide 59: Portal hypertension

    The underlying condition ➢ Circulatory system at maximum capacity ➢ Impaired gut circulation → altered gut Portal microbiome → impaired gut mucosal defense system hypertension 101 ➢ Increased intestinal permeability → chronic bacterial translocation ➢ Chronic systemic inflammation Simonetto DA, et a

  60. Slide 60: Systemic inflammation hypothesis of ACLF

    The acute insult Acute precipitant Exacerbation Acute on chronic of portal systemic hypertension inflammation Systemic inflammation hypothesis of ACLF Arroyo V, et al. J Hep 2021. Fig adapted Arroyo V, et al.from Arroyo J Hepatol V, et al. J Hepatol 2014. 2014.

  61. Slide 61: Systemic inflammatory markers and risk of ACLF

    Systemic inflammatory markers and risk of ACLF Escalating risk as systemic inflammatory markers increase Kimman M, Trebicka J. J Pers Med 2023. Arroyo V, et al. J Hep 2021.

  62. Slide 62: Systemic inflammatory markers are elevated

    Systemic inflammatory markers are elevated Is there a role for targeting systemic inflammation to improve ACLF outcomes? Trebicka J, et al. Front Immunol 2019.

  63. Slide 63: At the Bedside: Management

    AT THE BEDSIDE : Management

  64. Slide 64: There is no direct therapeutic for ACLF

    “ There is no direct therapeutic for ACLF.

  65. Slide 65: Portal hypertension / Systemic inflammation

    Portal hypertension Systemic inflammation - Circulatory system is maximally - accommodating (little room for more insult) - Splanchnic vasodilitation Bernal W, et al. J Hepatol 2021.

  66. Slide 66: Goal of treatment: Buy time

    GOAL OF TREATMENT : BUY TIME Allow the To allow To prepare precipitant families to for liver to resolve say goodbye transplant

  67. Slide 67: Survival is better with transplant than without

    Survival is better with transplant than without Gustot, et al. Hepatol 2015. Artru F, et al. J Hep 2017.

  68. Slide 68: Transplant survival is acceptable in all ACLF grades

    Transplant survival is acceptable in all ACLF grades Gustot, et al. Hepatol 2015. Artru F, et al. J Hep 2017.

  69. Slide 69: Post-transplant healthcare utilization increases by stage of ACLF

    Post-transplant healthcare utilization increases by stage of ACLF Sundaram V, et al. Clin Gastro Hep 2022.

  70. Slide 70: Post-LT quality of life is significantly impaired

    Post-LT quality of life is significantly impaired Sundaram V, et al. Clin Gastro Hep 2022.

  71. Slide 71: Narrow window for liver transplantation

    Narrow window for liver transplantation ACLF patient ~40% will recover ➢ ~4% of patients with cirrhosis are Too early listed for liver transplant ➢ 1 in 4 patients Transplant window listed for transplant die while waiting Too late Adapted from Mahmud N, et al. Curr Hep Reports 2020 and Gustot T, et

  72. Slide 72: Interventions other than liver transplantation: ACG ACLF guidelines

    Interventions other than liver transplantation : Statements from the ACG ACLF guidelines ◦ Artificial liver support systems “whether they provide any clinical benefit is unclear” ◦ Plasma exchange “its effect in ACLF is unknown” ◦ Granulocyte colony stimulating factor “we suggest against the use of

  73. Slide 73: The Opportunity

    The Opportunity - Systemic inflammation? ACLF patient - Microbiome? - Reinforce the gut brain barrier? Adapted from Mahmud N, et al. Curr Hep Reports 2020 and Gustot T, et al. J Hepatol 2018.

  74. Slide 74: Key Points: ACLF (Disease state)

    Key Points : ACLF (Disease state) ACLF is a highly lethal, resource-intensive condition that occurs in patients with chronic liver disease. Portal hypertension, altered microbiome, and systemic inflammation drive ACLF. There is no direct therapeutic for ACLF. - Liver transplantation, while effective

  75. Slide 75: GENFIT's approach to ACLF

    Towards a new GENFIT ACLF disease state GENFIT’s approach to ACLF ACLF market opportunity Highlights on newsflow

  76. Slide 76: Building a targeted portfolio to address the unmet need in ACLF

    Building a targeted portfolio to address the unmet need that exists with current (not approved) Standard of Care in ACLF Specific selection of strategic assets: based on pathophysiology1 of ACLF, as defined by liver experts and consortiums such as EF-CLIF (European Foundation for the study of Chroni

  77. Slide 77: 5 assets with complementary mechanisms of action targeting key pathways

    5 assets with complementary mechanisms of action targeting key pathways We are developing a diversified pipeline to better address the complexities of ACLF and improve treatment outcomes VS-01-ACLF NTZ SRT-015 CLM-022 VS-02-HE Peritoneal Oral Injectable Oral Liposomal-based Anti-inflammatory ASK1 NL

  78. Slide 78: Patient Journey & Window of Opportunity for Treatment

    Patient Journey & Window of Opportunity for Treatment VS-01 NTZ SRT-015 Multiorgan support in the VS-02 early course of ACLF CLM-022 TREATMENT GOALS - DYSBIOSIS - PAMPS - BACTERIAL TRANSLOCATION Recovery ▪ Resolve ACLF ▪ Improve survival ▪ Chance of liver transplant Transplantation (Tx) increased ▪

  79. Slide 79: VS-01 Clinical Stage Program in ACLF

    VS-01 Clinical Stage Program in ACLF

  80. Slide 80: Extraction of Metabolites to Reduce Mortality

    VS-01 Extraction of Metabolites to Reduce Mortality Standard of care VS-01 in brief Ascites drainage High unmet medical need in ACLF with no approved treatment and 112’000 cases1 Targets first-line treatment for VS-01 VS-01 scavenging liposomes ACLF to reverse the disease Delivered via in-place peri

  81. Slide 81: First in Human Study

    VS-01 First in Human Study Part A: Single Ascending Dose (n = 9) Part B: Multiple Doses (n = 3) Cohort 1 Cohort 2 Cohort 3 IDSMB Cohort 4 15 mL/kg 30 mL/kg 45 mL/kg 34-42 mL/kg daily for 4 days DETAILS OUTCOME • Study population (n=12): ✓ Generally safe and well tolerated - Decompensated liver cirrh

  82. Slide 82: Phase 1b Preliminary Efficacy Results on Liver & Brain Function

    VS-01 Phase 1b Preliminary Efficacy Results on Liver & Brain Function IMPACT ON OVERALL LIVER DOSE-DEPENDENT AMMONIA IMPROVEMENT IN DISEASE SEVERITY REMOVAL FROM THE BODY PSYCHOMETRIC TESTS FOR HE e.g., assessed by Child-Pugh Score (CPS) Ammonia clearance increased with VS-01 dosage in e.g., number

  83. Slide 83: UNVEIL-IT Phase 2a Proof-of-Concept Trial

    VS-01 UNVEIL-IT® Phase 2 Proof-of-Concept Trial Phase 2a Proof Of Concept Study of VS-01 in Patients with Acute-on-Chronic Liver Failure CLINICAL DATA READOUT OPEN-LABEL 1:1 RANDOMIZED CONTROLLED MULTI-CENTER GLOBAL STUDY TARGETED 2H2025 Patient Primary Population Objective Adult patients with Acute

  84. Slide 84: NTZ Clinical Stage Program in ACLF

    NTZ Clinical Stage Program in ACLF NTZ (Nitazoxanide) is a repositioned molecule

  85. Slide 85: NTZ Impacts Multiple Pathways

    NTZ NTZ Impacts Multiple Pathways NTZ antibacterial activity through inhibition of PFOR NTZ anti-inflammatory activity at least through NF-kB/MAPK pathway 85

  86. Slide 86: Activity in Disease Models Support ACLF Clinical Development

    NTZ Activity in Disease Models Support ACLF Clinical Development Reduces LPS-induced Beneficial effects on liver Alleviates liver and renal Reduces brain edema, Improves survival in inflammation in function markers (bil, alb) in damages in a model of inflammation markers and reverses treatment model

  87. Slide 87: Completed Ph1 studies in hepatic and renal impairment

    Completed Ph1 studies in subjects with NTZ hepatic impairment (HI) and renal impairment (RI) An Open-label, Phase 1, Multiple-dose Study to Evaluate the Pharmacokinetics and Safety of NTZ 500 mg twice daily for 7 days in Adult Subjects with Moderate & Severe Hepatic Impairment and Adult Healthy Cont

  88. Slide 88: Development of a New Formulation, Proof-of-concept

    Development of a New Formulation, Proof-of-concept, NTZ Study initiation targeted for 1H25 and Clinical data readout for 2H25 New formulation under development To permit greater dosing flexibility and ultimately better serve the ACLF patients: ▪ This population is known to have impaired/organs failu

  89. Slide 89: SRT-015 Preclinical stage program in ACLF

    SRT-015 Preclinical stage program in ACLF SRT-015 has been in-licensed from Seal Rock Therapeutics

  90. Slide 90: An Injectable Formulation of ASK1 Inhibitor

    SRT-015 An Injectable Formulation of ASK1 Inhibitor SRT-015 in brief ASK1 inhibitor in-licensed from Seal Rock Therapeutics in acute liver diseases Injectable formulation Targets inhibition of cellular apoptosis, inflammation and fibrosis Scientific rationale ASK1 inhibition has shown several potent

  91. Slide 91: Target Engagement, MoA, Activity and Data Supporting Development in ACLF

    SRT-015 Target Engagement, MoA, Activity and Data Supporting Development in ACLF Inhibits: -ASK-1 -phosphorylation of p38 -phosphorylation of JNK Activity: -Anti-inflammatory -Anti-apoptotic -Anti-fibrotic SRT-015 alleviates hepatic injury in a model of drug-induced liver injury, SRT-015 alleviates

  92. Slide 92: Clinical Data Support Development in Liver Diseases

    SRT-015 Clinical Data Support Development in Liver Diseases Multi-organ benefits of ASK1 modulation have been observed in several animal models and clinical trials1 › SRT-015 has demonstrated efficacy in multiple In kidney diseases preclinical models2 of acute and chronic liver => limits renal infla

  93. Slide 93: CLM-022 Preclinical stage program in ACLF

    CLM-022 Preclinical stage program in ACLF CLM-022 has been in-licensed from Celloram Inc.

  94. Slide 94: Supporting Evidence and Next Steps

    CLM-022 Supporting Evidence and Next Steps Preclinical CLM-022 • Blocks NLRP3 inflammasome activated by ATP and Nigericin • Blocks the endotoxin-induced production of inflammatory cytokines in an LPS sepsis model • Blocks ASC speck formation at nanomolar concentrations Preclinical NLRP3 • Decreases

  95. Slide 95: VS-02-HE Preclinical program in ACLF and its complications

    VS-02-HE Preclinical program in ACLF and its complications

  96. Slide 96: Supporting Evidence and Next Steps

    VS-02-HE Supporting Evidence and Next Steps About HE VS-02 in Preclinical data ACLF-HE • Superior urease inhibitory activity in vitro - Major complications of • Cytotoxicity and mutagenicity assessment (Ames test) IND enabling advanced liver disease and portal hypertension6 • Reduces plasmatic ammon

  97. Slide 97: ACLF market opportunity

    Towards a new GENFIT ACLF disease state GENFIT’s approach to ACLF ACLF market opportunity IQVIA Highlights on newsflow

  98. Slide 98: Disclaimer

    Disclaimer • IQVIA is not an “authorized person” for the purposes of the Financial Services and Markets Act 2000 (“FSMA”) and does not provide investment advice or carry on any other regulated activity under Part II of the FSMA 2000 (Regulated Activities) Order 2001. • Projections and related inform

  99. Slide 99: Secondary market research to assess the commercial opportunity in ACLF

    We conducted secondary market research / literature review to assess the commercial opportunity in ACLF SCOPE ACLF disease landscape ACLF addressable market estimation • Performed a literature review and secondary market • Overall ACLF market size estimated based on research to understand: epidemiol

  100. Slide 100: ACLF is a life-threatening disease involving multiple organ failure

    ACLF is a life-threatening disease involving multiple organs failure and characterized by short term mortality Acute on chronic liver Life-threating disease characterized by acute decompensation of chronic liver disease associated with multiple organ failures failure and high short-term mortality1 5

  101. Slide 101: Management of ACLF results in significant economic burden on healthcare systems

    Management of ACLF results in significant economic burden on healthcare systems, leading to a high need for innovative therapies The burden of ACLF in numbers 52 000 $ 16 days 6.4 Bn $ Average cost per Average length of hospital Estimated annual cost hospitalization per patient in stay1 burden in US

  102. Slide 102: ACLF has low epidemiology and could be eligible for orphan designation

    ACLF has low epidemiology and could be eligible to orphan designation; aging population and launch of targeted Tx can increase diagnosis rate Estimated current prevalence (1:100,000) Overview and future outlook 100 • In 2021, the prevalence of ACLF is 90 estimated to be ~294K across the US, EU4 80 a

  103. Slide 103: Analogues selected to estimate price range of upside potential

    Several analogues were selected to estimate price range of upside potential, including one-off therapies for chronic disease and drugs for acute episodes Analogues considered • To identify relevant price range for Analogue MoA Features List Price (US) the ACLF drugs, different analogues Recombinant

  104. Slide 104: Grade 1-2 ACLF may represent a potential ~4 bn USD addressable market

    Overall, grade 1-2 ACLF may represent a potential ~4 bn USD addressable market opportunity in the US and EU4+UK by 2030 Ballpark overall market size by 2030, bn USD1 Assumptions / considerations 4.0 • Prevalence: 150K (EU4 + UK) / 90k (US) for grade 1-2 ACLF patients2 • Drug price could amount to $3

  105. Slide 105: Detailed overview of assumptions used to estimate addressable market in 2030

    Detailed overview of assumptions used to estimate addressable market in 2030 in US & EU4+UK Assumptions / considerations Input Base Upside Rationale / Sources ~100K • US: Hernaez, et al., J of Hepatol (2019) Prevalence ~190 • EU4+UK: Moreau, R., et al., (2013) Table 10; ACLF 1 prevalence 45% 45% • I

  106. Slide 106: ACLF is an attractive market opportunity with upside potential

    ACLF is an attractive market opportunity with upside potential given significant unmet need for urgent treatment and easier clinical development Possibility to lead ACLF market growth with therapies being launched at a price fully representing their value ACLF is an attractive opportunity for Biotec

  107. Slide 107: Highlights on newsflow

    Towards a new GENFIT ACLF disease state GENFIT’s approach to ACLF ACLF market opportunity Highlights on newsflow

  108. Slide 108: Highlights on newsflow

    Highlights on newsflow Iqirvo® (Elafibranor1) Approval U.S. FDA June 10, 2024 Expected commercialization by Approval EMA September 19, 2024 partner Ipsen Approval CHMRA UK October 8, 2024 2024 2025 CLM-022 Preclinical Proof of Concept VS-01 Phase 2 UNVEIL-IT ® VS-01 Proof of Concept NTZ Proof of Con

  109. Slide 109: Thank you

    THANK YOU

Genfit — Investor Presentation (November 2024) on 6ix