Longeveron Inc. · NASDAQ:LGVN

Longeveron — IPO Roadshow (February 2021)

41 slides from Longeveron's IPO roadshow presentation, Feb 3, 2021

  1. Slide 1: Issuer Free Writing Prospectus dated February 3, 2021

    www.longeveron.com Filed Pursuant to Rule 433 Issuer Free Writing Prospectus dated February 3 rd , 2021 File No. 333 - 252234

  2. Slide 2: Forward Looking Statements

    Forward Looking Statements 2 This presentation contains forward - looking statements . All statements other than statements of historical facts contained in this presentation, including statements regarding our future results of operations and financial position, business strategy, prospective produ

  3. Slide 3: Harnessing regenerative cells to treat aging-related disease

    3 Specialized cells within our body possess unique regenerative qualities to repair and restore damaged tissues and organs . Longeveron is harnessing these special properties to develop safe and effective “off - the - shelf” cellular therapy to treat chronic aging - related disease, improve healthsp

  4. Slide 4: Founding vision of Longeveron

    4 Don Soffer Real Estate entrepreneur and businessman. Joshua Hare, MD Cardiologist, University of Miami Health System Founding Director, University of Miami’s Interdisciplinary Stem Cell Institute $25M investment Manufacturing platform; process; technology; research strategy This was the vision of

  5. Slide 5: Longeveron At-a-Glance

    Longeveron At - a - Glance □ Developing safe and effective cellular therapies for chronic aging - related diseases □ Lead product, Lomecel - B, made from bone marrow - derived (allogeneic) Medicinal Signaling Cells □ In - house manufacturing for scalable, “off - the - shelf” cell therapy that can be

  6. Slide 6: Aging-Related MSC Decline & Function

    Aging - Related MSC Decline & Function 6 □ Decline in number of MSCs □ Decline in proliferating capacity and differentiation potential □ Decrease in expansion rate □ Down regulation of genes involved in cell cycle, DNA replication and repair □ Changes in microRNA expression □ Four - fold increase in

  7. Slide 7: Age is THE risk factor for developing chronic disease

    Age is THE risk factor for developing chronic disease. 7 Ng et al. International Journal of Epidemiology , Volume 49, Issue 1, February 2020, Age to first chronic disease. Majority of individuals have at least one chronic disease by the time they are 65 . ↓ Cognition ↓ Lung function ↓ Cardiovascular

  8. Slide 8: Aging, Inflammation and Chronic Disease

    Aging, Inflammation and Chronic Disease 8 “ Inflammaging ” MSC decline; Senescence Sarcopenia & Physical Impairment Frailty Neurological Disease Inflammatory diseases Osteoporosis Cancer Metabolic Disease Cardiovascular Disease

  9. Slide 9: Clinical pipeline

    9 PHASE 1 PHASE 2 PHASE 3 BLA Filing Alzheimer’s Disease Aging Frailty Research Program Aging Frailty Phase 2b Influenza Vaccine Adjuvant for Aging Frailty Metabolic Syndrome in Aging Frailty (sub - study) 1 Aging Frailty Phase 2 (Japan) Bahamas Treatment Registry Trial Open - label treatment at pat

  10. Slide 10: Lomecel-B: Off-the-Shelf Therapy

    Lomecel - B: “Off - the - Shelf” Therapy 10 Healthy adult donors 18 – 45 years old; Rigorously screened. MSCs isolated from bone marrow aspirate MSCs culture - expanded into the billions of cells 40 minute IV infusion. Key Advantages of Lomecel - B : • Easy to administer, store and freeze (“Off - th

  11. Slide 11: How Does Lomecel-B Work?

    11 Images from Golpanian et al 2016. Oncotarget . At the organ and tissue level… Pleiotropic mechanisms of action at the cellular level… How Does Lomecel - B Work?

  12. Slide 12: Alzheimer's Disease Research Program

    12 Alzheimer’s Disease Research Program □ Completed Phase 1 safety & tolerability study: ▪ Mild Alzheimer’s disease patients (n=33) ▪ Single infusion (Lomecel - B 20 million cells, Lomecel - B 100 million cells or Placebo) ▪ Randomized, placebo - controlled, double - blind ▪ 52 week follow - up ▪ Ef

  13. Slide 13: AD Phase 1: Trial Design

    AD Phase 1: Trial Design 13 Initial Clinical Screen MRI Screen Confirmatory PET Screen Major Eligibility Criteria 50 – 80 year old male or female Diagnosed with mild AD according to NIA - AA criteria MMSE score of 18 – 24 On a stable dosage of AChE inhibitor and/or Memantine Major Eligibility Criter

  14. Slide 14: Worsening Cognitive Domain: Mini-Mental State Exam

    14 Worsening Cognitive Domain: Mini - Mental State Exam Plotted are means ± SEM. *, p < 0.05 for change in Lomecel - B arm versus placebo.

  15. Slide 15: MRI Volumetry Analyses

    15 MRI Volumetry Analyses * 26 Week change in 100M Lomecel - B arms versus Placebo: p = 0.0396; 95% CI 29.68 – 1044.77 Baseline 100M Lomecel - B : 2819.4 “ 353.7 mm 3 Baseline Placebo : 2839.1 “ 353.5 mm 3 Baseline Lomecel - B: 3103.4 “ 496.9 mm 3 Baseline Placebo : 2904.6 “ 448.8 mm 3

  16. Slide 16: Aging Frailty Research Program: HERA Influenza Vaccine Trial

    16 Aging Frailty Research Program Phase 1/2 HERA Influenza Vaccine Trial Objective: Can Lomecel - B improve the immune response in Aging Frailty patients receiving influenza vaccine, a group known to mount inadequate immune response to vaccines. □ Phase 1 status : complete (n=22 (3 safety “run - in”

  17. Slide 17: HERA Influenza Vaccine Trial Phase 2

    17 Aging Frailty Research Program Phase 1/2 HERA Influenza Vaccine Trial PHASE 2: ENROLLMENT COMPLETE (N=39); SUBJECT FOLLOW - UP ONGOING □ Phase 2 status : enrollment complete (n=39); subject follow - up ongoing □ Primary Objectives : ▪ Compare post - vaccination antibody production in Lomecel - B

  18. Slide 18: HERA Trial: Antibody Production Against Influenza

    18 HERA Trial: Antibody Production Against Influenza Phase 1 Subject Data (n=19) □ All subjects, regardless of timing of Lomecel - B infusion, mounted statistically and clinically significant immune response based on antibody production compared to baseline through 4 weeks. □ The CDC found an overal

  19. Slide 19: HERA 6MWT Interim Pooled Analysis

    HERA 6MWT Interim Pooled Analysis 19 Pooled results: Phase 1 (n=19 - all Lomecel - B) & Phase 2 (n=29; 14=Lomecel - B; 15=placebo) Difference from placebo of nearly 75 meters Plotted are the mean ± SEM. *, p < 0.05

  20. Slide 20: Aging Frailty Phase 2b Study

    20 Aging Frailty Phase 2b Study □ Trial Objectives : ▪ Evaluate whether intervention with Lomecel - B has a beneficial effect on functional mobility and exercise tolerance compared to placebo in subjects with Aging Frailty . □ Trial Design: ▪ Randomized, placebo - controlled, double - blind parallel

  21. Slide 21: Successful Treatment Registry Trial

    Successful Treatment Registry Trial 21 □ Lomecel - B imported from Miami to Nassau, Bahamas □ Investigational treatment at participant’s own expense □ Approved by Ministry of Health to administer Lomecel - B for: ▪ Frailty (infusion) ▪ Dementia (infusion) ▪ Osteoarthritis (direct injection) □ Provid

  22. Slide 22: U.S. Market Opportunity: Annual Prevalence

    U.S Market Opportunity: Annual Prevalence 22 Aging Frailty Alzheimer’s Disease The Metabolic Syndrome Acute Respiratory Distress Syndrome (ARDS) Hypoplastic Left Heart Syndrome (HLHS) 8.1 million 1 5.8 million 2 87.2 million 3 150,000 annually 4 (unadjusted for COVID - 19 cases) 1,025 annually 5 1 C

  23. Slide 23: Lomecel-B Clinical Strategy Roadmap

    Lomecel - B Clinical Strategy Roadmap* 23 2021 2022 Conduct Phase 2 Japan Trial (n=45) Aging Frailty FDA Conduct multidose Phase 2/3 Trial (pending data and discussion with FDA) Alzheimer’s Disease Conduct multidose Phase 2 Trial HLHS Conduct Phase 2 Trial (Funded by NHLBI; Trial conducted by academ

  24. Slide 24: Estimated Use of Proceeds 2021-2022

    Estimated Use of Proceeds 2021 - 2022 Research and Development , $13.8 Manufacturing/ Product/Process Development , $2.0 General Corporate Purposes , $7.2 24 • Initiate Phase 2 Alzheimer’s Disease Trial $4.9M • Complete Phase 2b Frailty Trial $1.0M • Initiate Japan Phase 2 Trial $2.2M • Initiate Pha

  25. Slide 25: Valuation Discussion

    Valuation Discussion 25 Analysis predicated on a peer group comparables basis, using a blended average of enterprise values (EVs) of selected publicly traded clinical - stage cell therapy companies, and companies with Alzheimer’s disease programs (non big pharma), at similar phases of development. P

  26. Slide 26: Comparables Stratified: Cell Therapy, Alzheimer's, Anti-Aging

    Comparables Stratified: Cell Therapy, Alzheimer’s Disease, and “Anti - Aging” Categories 26 Public Cell Therapy Companies Public AD Companies Public & Private “Anti - Aging” Cos. Name Symbol Market Value ($M) Athersys ATHX $376 Biocardia BCDA $60 Brainstorm Cell Tx BCLA $ 199 Caladirius Bio CLBS $40

  27. Slide 27: Barriers to Competition

    Barriers to Competition 27 Company - Owned Patent Applications • Allogeneic MSCs for use as a vaccine adjuvant • Allogeneic MSCs for improving humoral immunity • Allogeneic MSCS to treat sexual dysfunction • MSC protein expression from stimuli (potency assay) • MSCs to treat Alzheimer’s disease Lice

  28. Slide 28: Leadership

    Leadership 28 Geoff Green, MBA, CEO James Clavijo, CFO Paul Lehr, JD, General Counsel International Executive Director Joshua M. Hare, MD, Co - Founder & CSO Lisa McClain - Moss, Sr. Director, Manufacturing Anthony Oliva, PhD, Senior VP, Scientific Affairs Mr . Green has been with LGVN since 2016 ,

  29. Slide 29: Summary

    Summary x Leader in developing cell - based therapies for aging - related chronic disease x Well - developed allogeneic MSC product x State - of - the - art GMP facility for stringent manufacturing x Preliminary safety profile and supportive early clinical data x Robust clinical pipeline x Revenue -

  30. Slide 30: Investor Relations Contact

    Investor Relations Contact 30 Investor Relations Crescendo Communications, LLC David Waldman/Natalya Rudman Tel: (212) 671 - 1021 lgvn@crescendo - ir.com

  31. Slide 31: Additional Information

    31 Additional Information

  32. Slide 32: Alzheimer's Disease Phase 1: Mini-Mental Status Exam

    32 Alzheimer’s Disease Phase 1 Trial: Cognitive Domain: Mini - Mental Status Exam 39 week change in combined Lomecel - B arms versus Placebo: p = 0.0403; 95% CI 0.16 – 6.38 13 week change in 20M Lomecel - B arm versus Placebo: p = 0.0182; 95% CI 0.51 – 4.97 39 week change in 20M Lomecel - B arm vers

  33. Slide 33: Alzheimer's Disease Phase 1: QOL/ADL Domain

    33 Alzheimer’s Disease Phase 1: QOL/ADL Domain: ADCS - ADL Improvement 26 Week change in combined Lomecel - B arms versus Placebo: p = 0.0750; 95% CI - 0.93 – 16.86 26 Week change in 20M Lomecel - B arm versus Placebo: p = 0.0118; 95% CI 1.99 – 13.94 • Statistically significant difference in ADCS -

  34. Slide 34: Frailty Progression

    Frailty Progression 34 Lifelong wear & tear Subclinical disease Chronic sterile inflammation Mobility & strength limitations; Sarcopenia ; W eight loss; Immune system dysfunction; Infections; neurological disease Disability, dependence & death Inflammation Function

  35. Slide 35: Aging Frailty Physical/Functional Performance Endpoints

    Aging Frailty Physical/Functional Performance Endpoints 35 Exercise tolerance Objective Physical & Functional Performance Tests Balance Mobility Strength Fall Risk - 6MWT - 6MWT - Gait speed - SPPB - SPPB - POMA -- Falls Efficacy Scale - SPPB - POMA -- Falls Efficacy Scale - SPPB - Grip strength

  36. Slide 36: Treatment Goals For Aging Frailty

    36 Independence & Improved Clinical Outcomes Decreased Inflammation Improved Functional Capacity Better Quality of Life Treatment Goals For Aging Frailty

  37. Slide 37: Walking distance is a powerful predictor of survival in frail elderly patients

    Walking distance is a powerful predictor of survival in frail elderly patients. 37 Frail patients hospitalized for care. Ahlund . Clin Interv Aging 2019 6MWT improved at 3 mos. 6MWT stable at 3 mos. 6MWT decline at 3 mos. Frail elderly patients hospitalized for urgent care: Preserved or improved phy

  38. Slide 38: Lomecel-B: Scalable Product

    Lomecel - B: Scalable Product ▪ Per donor yield continues to increase with better techniques and equipment ▪ Transition to master cell bank could yield 1000s of doses/donor ▪ We continue to progress towards cost - effective commercial scale process 38 0 250 500 750 1000 2017 2021 FUTURE Doses Averag

  39. Slide 39: Board of Directors

    Board of Directors 39 Don Soffer Co - founder Longeveron. Founded Turnberry Associates Brandeis University Joshua Hare, M.D. Co - founded Longeveron Louis Lemberg Professor of Medicine Founding Director of the University of Miami’s Interdisciplinary Stem Cell Institute. Neil Hare, JD President of Gl

  40. Slide 40: Scientific Advisory Board

    Scientific Advisory Board 40 Jeremy Walston, MD, Johns Hopkins Medicine • Co - Director, Biology of Healthy Aging Program, Division of Geriatric Medicine and Gerontology • Co - Director, Biology of Frailty Program • Co - Principal Investigator, Older Americans Independence Center Elena Volpi , MD, P

  41. Slide 41: Longeveron LLC Financial History

    Longeveron LLC Financial History 41 Financial History (9/30/20) ▪ Founded: Oct 2014 ▪ Financings: $27.0M (equity) ▪ Revenue: $ 3.3M ▪ Grant Awards: $16.2M ▪ Debt: $ 0.5M

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