Me Therapeutics Holdings, Inc. · CSE:METX

Me Therapeutics — Investor Presentation (June 2026)

19 slides from Me Therapeutics's investor presentation, June 2026

  1. Slide 1: Reprograming the immune response against cancer

    Reprograming the immune response against cancer June 2026 METX: CSE | FSE:Q9T

  2. Slide 2: Forward-Looking Statement

    FORWARD-LOOKING STATEMENT THIS PRESENTATION IS CONFIDENTIAL AND IS BEING SUPPLIED TO YOU SOLELY FOR YOUR INFORMATION AND MAY NOT BE REPRODUCED, FURTHER DISTRIBUTED TO ANY OTHER PERSON OR PUBLISHED, IN WHOLE OR IN PART, FOR ANY PURPOSE. This Presentation does not constitute an offer to sell or a soli

  3. Slide 3: About Us

    About Us ME Therapeutics is a biotechnology company involved in the discovery and development of novel therapeutics that engineer immune cells in vivo to directly recognize cancer cells and activate the body's immune response against cancer. Me Therapeutics | Investor Deck | 2026 3

  4. Slide 4: Targeting the tumor microenvironment (TME)

    Targeting the tumor microenvironment (Tme) IMMUNE CELL REPROGRAMING IN VIVO myeloid cells and Cancer associated fibroblasts block t cell responses • Myeloid cells (macrophages, myeloid derived suppressor cells) and Cancer associated fibroblasts (CAFs) are a major part of the tumor microenvironment (

  5. Slide 5: The Landscape

    The Landscape Our drug candidates target the immune system and not the cancer directly so they may be used in several cancer types. Breast cancer Pricing and target market (316,950 estimated cases in the U.S. in 2025)* Current Immuno-Oncology (IO) drugs (Keytruda, Opdivo) = ~ $190,000** Lung cancer

  6. Slide 6: Innovative pipeline

    Innovative pipeline • In vivo chimeric antigen receptor (CAR) program • CAR expression in T cells and myeloid cells • CD19/CD22 dual CAR for B cell leukemias (and autoimmune diseases) • CARs targeting solid tumors and fibrosis • Therapeutic mRNAs to modulate tumor microenvironment (TME) • Stimulate

  7. Slide 7: Tumor targeting/reprogramming pipeline

    Tumor targeting/reprogramming pipeline MOLECULE DISCOVERY PRECLINICAL PHASE 1 Cd19/cd22 dual in vivo car B cell tumor targeting sting mrna Tumor-specific immune stimulation In vivo car (tme target) In vivo CAR delivery targeting fibrosis Therapeutic cytokine mrna T cell stimulation in TME Me Therape

  8. Slide 8: In vivo immune cell reprogramming

    in vivo immune cell reprogramming • In vivo chimeric antigen receptor (CAR) delivery to myeloid cells and T cells • Engineering immune cells to recognize and destroy tumor cells or tumor supporting cells • Potential to improve solid tumor response • Myeloid cells can infiltrate some tumors better th

  9. Slide 9: In vivo CAR program

    In vivo car program CD19/CD22 in vivo CAR • CAR expression in both T cells and myeloid cells • dual antigen targeting approach for B-ALL and DLBCL • Novel CD22 nanobody binder being derisked in a Phase 1 clinical study • Nanobody based CAR smaller for more efficient delivery in vivo • CD19 targeting

  10. Slide 10: Recent deals in the in vivo CAR space

    Recent deals in the in vivo car space Date Acquirer / Investor Target / Partner Deal type Value / Terms Modality / Indication Relevance / Highlights In vivo CAR-T via targeted Platform + lead asset; Up to US $2.1 billion in LNP (tLNP) for B-cell 30 June 2025 AbbVie Capstan Therapeutics Acquisition a

  11. Slide 11: In vivo pipeline

    In vivo pipeline Therapeutic STING activating mRNA • STING is a key target for creating a hot TME (increasing immune cell recruitment, stimulating antigen presentation, overcoming resistance to checkpoint) • Several STING activators in clinical trials • So far all have been unsuccessful due to toxic

  12. Slide 12: STING signaling compensates for low mutation burden

    Sting signaling compensates for low mutation burden Suggests that activating STING could allow for an immune response in currently unresponsive cancers (low mutation burden) such as microsatellite stable metastatic colorectal cancer (a) TMB, STING, and Tex levels compared among low TMB clusters (One

  13. Slide 13: Recent interest in STING

    Recent interest in sting Gilead purchased TREX1 program from Sprint Biosciences in November 2025 for $14M upfront and up to $400M in biobucks • Preclinical stage • Small molecule • TREX1 is upstream of STING and enhances STING signaling by blocking degradation of excess DNA that stimulates STING Our

  14. Slide 14: Active STING programs

    Active sting programs Drug Name Sponsor Modality Route Mechanism of Action Dual-Action Targeted Agonist: Targets HER2 on tumor cells to deliver a STING agonist payload and binds Fcγ receptors XMT-2056 Mersana/GSK ADC (HER2-targeted) Systemic (IV) on immune cells (monocytes/DCs). This activates STING

  15. Slide 15: Platform advantages

    Platform advantages • mRNA platform adds significant value to company • Rapid design and testing of novel therapies based on cutting edge science • AI optimization of mRNA expression • mRNA design allows for targeted expression of protein of interest to modulate cancer or autoimmune conditions • Low

  16. Slide 16: Scientific strategy

    Scientific strategy • Deliver proprietary, AI optimized mRNA sequences encoding CARs or stimulatory proteins that are clinically derisked and/or scientifically validated but difficult to target with past approaches • Use derisked LNP delivery technology from world class partners to expedite developm

  17. Slide 17: Development plan

    Development plan • In vivo CAR proof of concept studies 2026 • Proof of concept NHP B cell depletion studies completed by LNP partners in 2026 • Non-GLP toxicology late 2026 • IND enabling studies – humanized mouse models • Manufacturing activities • Potential IND 2027 • Therapeutic mRNA program • I

  18. Slide 18: Our Team

    OUR TEAM Salim Dhanji | PhD, CEO, Director & Founder John Priatel | PhD, Director • Former director of preclinical research • Honorary Assistant Professor at at Qu Biologics University of British Columbia • Industry and academic expertise in cancer, • Expertise in lymphocyte biology, autoimmunity an

  19. Slide 19: Thank You

    Salim Dhanji, ph.d Chief Executive Officer Address 2665 East Mall Room 249 Vancouver, British Columbia , Canada V6T 1Z4 Thank You Contact Info Email: salim@metherapeutics.com Website metherapeutics.com

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