Lantern Pharma Inc. · NASDAQ:LTRN

Lantern Pharma — Investor Presentation (January 2026)

34 slides from Lantern Pharma's investor presentation, Jan 23, 2026

  1. Slide 1: Panna Sharma, CEO & President, Lantern Pharma

    Panna Sharma | —— . CEO & President ‘a Lantern Pharma Inc. .

  2. Slide 2: Precision Medicine Platform

    Precision Medicine Platform

  3. Slide 3: Slide 3

  4. Slide 4: Solving the most challenging problems using our AI for good

    ; . J | Wf ‘ th — Solving the most challenging problems...Using our Alfor good. ~—

  5. Slide 5: Rare cancers...complex, challenging, economically impossible, highly fractured

    Rare cancers...complex, challenging, economically impossible, highly fractured. 1 out of 5 cancer diagnosis is a rare cancer and almost 30% of all annual cancer deaths.

  6. Slide 6: Can we do this at hyper-scale?

    Can we do this at hyper-scale? Faster Deeper Y Industrialized co Democratized Qe % @ : Leveraging Al & Always Fraction of Precision Oncology 0 Available Cost to expedite therapies for rare Accelerated Clinical and underserved indications. Development & ~ Patient Access Highly Iterative Lantern Pharm

  7. Slide 7: Rare Cancers Are Rising Globally

    Rare Cancers Are Rising Globally A growing global health challenge with increasing incidence across diverse populations. € a = SO Y Increased Detection & Awareness

  8. Slide 8: Increased Detection & Awareness

    Increased Detection & Awareness ...but therapies are not advancing fast enough

  9. Slide 9: withZETA

    @ withZETA - WORLD'S TOP MINDS — “ie cuce BIOLOGISTS MANUFACTURING PREDICTIONS DOSING & SAFETY *. a REASONING CONSTANTLY LEARNING & MAKING CONNECTIONS..: IMPROVING CURES & CREATING NEW THERAPIES. This is a roadmap for the future of drug development. GENOMICS

  10. Slide 10: Kishor, Chief Scientific Officer

    Kishor Chief Scientific Officer Lantern Pharma Formerly of: National Cancer Institute, Bethesda Children’s Cancer Center, Riyadh Tata Memorial Cancer Center, Mumbai

  11. Slide 11: A never tested compound (LP-184) was linked to an ultra-rare cancer (ATRT)

    A never tested compound (LP-184) was linked to an ultra-rare cancer (ATRT) by reasoning across 4 different databases with sparse datasets and was predicted to be highly brain penetrant. IS THIS REAL ORA HALLUCINATION? ae %

  12. Slide 12: A Devastating Pediatric Cancer With Limited Therapeutic Options

    —A Devastating Pediatric Cancer With Limited Therapeutic Options ¢ FDA Orphan Drug Designation ¢ FDA Rare Pediatric Disease Designation ¢ Collaboration with Johns Hopkins ¢ Potential lifeline for children e POETICTrial upcoming

  13. Slide 13: BIOLOGY IS

    BIOLOGY IS

  14. Slide 14: Data points and machine learning

    of data points MACHINE LEARNING — ~ patterns)" ., >

  15. Slide 15: LP-184, an investigational drug

    LP-184 an investigational drug targeting the in cancer cells — causing double stranded breaks, and the cancer cell.

  16. Slide 16: How could a machine reason through sparse, disconnected information?

    reason through sparse, disconnected information? ~ How coul hine Why was LP-184 brilliant in solid tumors... but completely resisted in blood cancers?

  17. Slide 17: Correlation between LP-184 and PTGR1 expression levels

    @ @ Brain_Cn e @ Kidney POSITIVE between LP-184 and PTGR1 expression levels

  18. Slide 18: LP-184 was predicted by our original AI platform (RADR)

    LP-184 was predicted by our original Al platform (RADR) to be dependent on = Using RADR®, PTGR1 was Identified as a Biomarker that Predicts LP-184 Response Using RADR®, PTGR1 was Identified as a Biomarker that Predicts LP-184 Response Using RADR®, PTGR1 was Identified as a Biomarker that Predicts LP

  19. Slide 19: RADR Precision Medicine Platform: CRISPR gene editing studies

    RADR® CRISPR GENE EDITING STUDIES: ¢ No PTGR1 = no LP-184 activity ¢ Tumor cell overexpress PTGR1 e Leads to LP-184 selectively killing Precision RA | Medicine DR. Platform

  20. Slide 20: PTGR1 correlation with LP-184 response

    Pan_compound_response (mda, NCI-60) vs. PTGR1 (xai, NCI-60) (xai, NCI-60) vs. LP-184N (act, Lantern Pharma) Pearson correlation (r)=-0.55, p-value=7.9e-06 arson correlation (r)=0.88, p-value=8.4e-20 PARADOXICAL :: . @ Brain_CNS @ Lung e @ @ Ovary @, 4 @ Prostate Sve, o of @ Skin Al didn't just give

  21. Slide 21: A Devastating Pediatric Cancer With Limited Therapeutic Options

    —A Devastating Pediatric Cancer With Limited Therapeutic Options LP-184 crosses the blood-brain barrier effectively ATRT is linked to mutations in a chromatin remodeling protein called SMARCB1 Loss of SMARCB1 disrupts DNA damage repair pathways—exactly what LP-184 exploits. ATRT tumors show low expr

  22. Slide 22: Lethal in tumors with deficiency of chromatin modeling proteins - SMARCB1

    Lethal in tumors with deficiency of chromatin modeling proteins- SMARCB1- Case for ATRT SMARCB1 (INI1) and SMARCA4 are a component of the human SWI/SNF chromatin remodeling complex and found to be frequently mutated resulting loss of function in ATRTS and Rhabdoid tumors Drug sensitivity (IC50) of L

  23. Slide 23: Subcutaneous cell line derived xenograft model

    subcutaneous cell line derived xenograft model i ee. (SMARCB1 deletion, MYC elevation) ; © Vehicle LP-184 (2mg/kg) LP-184 (mg/kg) Tumor Volumes for — Tumor Volume mm? 30 35 cn Representative — terminal tumors

  24. Slide 24: What if we built an AI specifically for...

    What if we built an specifically for

  25. Slide 25: Atypical Teratoid Rhabdoid Tumors (ATRT)

    Atypical Teratoid Rhabdoid- Tumors ( ) nots ( What if we built an specifica uly for

  26. Slide 26: Slide 26

  27. Slide 27: Slide 27

  28. Slide 28: Which rare cancers have the greatest unmet medical needs?

    Which rare cancers have the greatest unmet medical needs? 3) Hello, User

  29. Slide 29: Designs medicinally valid molecules

    e Designs medicinally valid molecules e Several novel molecules for rare cancers in development TODAY

  30. Slide 30: AI isn't replacing scientists

    @ withZETA A.|. isn't replacing scientists. It's becoming the most colleague we've ever had.

  31. Slide 31: Reed Bender, Senior Data Engineer, withZeta.ai Architect

    ie : Reed Bender, WV Senior Data Engineer — withZeta.ai Architect — + BUILT BY @)lantempnarma withzeta.ai *

  32. Slide 32: Zeta Architecture

    ZETAARCHITECTURE @) withZETA { Derived insights are added into | conversation thread = : Zeta Toolkit Tiras cen sou Intelligence Engine D & Al Modules ‘Amazon Lambda Amazon Bedrock ® Terie Yi) ' oe ere ed ie | Publed Zea comple comprehen Nae ead core | __ research? Loops Curated Databases — t openFD

  33. Slide 33: Recursive, Agentic Research

    RECURSIVE, AGENTIC RESEARCH @) @__» Internal Chain-of-Thought Bo I need more z Initial State —————— (Cot) —> | research? ' ——+ | Tool Execution - User's Question - What is the user asking? = Asynchronous, - Mode-Specific System Prompt - How many tools have | used? serverless function call(s) - Avail

  34. Slide 34: Zeta Toolkit

    BUILT BY ZETA TOOLKIT Al Modules Zeta Toolkit Advanced machine learning ensemble that predicts blood- brain barrier permeability for small molecules with 94.1% accuracy. Uses 16 complementary ML models to evaluate molecular structures and provide CNS drug development insights for neurological therap

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