
Next-Generation Oncology Delivered by RNA Nanostructures
Multi-payload delivery (3+) with staggered intracellular release of drugs, led by our therapy for metastatic colon cancer

Multi-payload delivery (3+) with staggered intracellular release of drugs, led by our therapy for metastatic colon cancer
Recent Developments allow for the RNA Nanostructures to co-deliver chemotherapeutics and nucleoside analogs—drug classes that are normally sequenced due to antagonism—within a single RNA nanostructure. Despite simultaneous delivery, these combinations demonstrate synergistic activity in vitro, consistent with differentiated intracellular activation mechanisms.

Dr.. Robert Langer-MIT

Wang H. et al. Chemical Engineering Journal 526 (2025)

RNA NanoBiotics is engineering a new class of targeted therapeutics designed to overcome the limitations of conventional drug delivery in difficult-to-treat cancers. The lead program delivers an approved chemotherapeutic payload directly to metastatic colorectal cancer cells, improving tumor specificity while reducing systemic toxicity. Leveraging a 505(b)(2) regulatory pathway, the company is positioned to accelerate clinical entry. Built on peer-reviewed science, issued patents, and validated in multiple preclinical models, the platform is modular and adaptable, enabling expansion across additional oncology indications following initial clinical validation.
RNA Nananbiotics enables the programmable assembly of RNA nanostructures carrying multiple therapeutic payloads with defined stoichiometry and staggered intracellular release.
The lead program targets EpCAM positive metastatic colorectal cancer using RNA nanostructures delivering SN38, with expansion to multi-payload combinations including nucleoside analogs and RNAi
RNA nanostuctures combine aptamer targeting, physiochemical tumor penetration, and intracellular delivery to achieve selective tumor accumulation and efficient cytosolic drug release
Development leverages established oncology agents to reduce time, cost, and risk, enabling rapid transition into clinical trials
The same nanostructure architecture enables rapid expansion into new indications and combination therapies through interchangeable targeting and payload arms
Independent validation, including work by Eli Lilly and Company, demonstrates reproducible assembly, scalability, and readiness for clinical-grade production

President, CEO and Chairman
25+ years in Executive Management, strategy, corporate and business development, and investments. President of Wharton Alumni Angels
Wharton

Chief Technology Officer
Technology, Operations and Strategy Executive, Niche in Translational Research and Clinical & Commercial Strategy, Serial entrepreneur in therapeutics and med-tech, Led >20 early-stage clinical programs, Managing Director of Life Sciences, Wharton Alumni Angels, VP BoD Penn Club of Boston; Co-Chair of Women in Lead
Chief Technology Officer
Technology, Operations and Strategy Executive, Niche in Translational Research and Clinical & Commercial Strategy, Serial entrepreneur in therapeutics and med-tech, Led >20 early-stage clinical programs, Managing Director of Life Sciences, Wharton Alumni Angels, VP BoD Penn Club of Boston; Co-Chair of Women in Leadership fostering development in STEM and finance
Penn

Chairman Scientific Advisory Board
Professor, Sylvan G. Frank Endowed Chair
Pharmaceutics and Pharmacology, Ohio State University; 2021 Innovator Of The Year Ohio State University; Fellow of the National Academy of Inventors (NAI); Director of Center for RNA Nanobiotechnology and Nanomedicine; President of International Society of RNA Nanot
Chairman Scientific Advisory Board
Professor, Sylvan G. Frank Endowed Chair
Pharmaceutics and Pharmacology, Ohio State University; 2021 Innovator Of The Year Ohio State University; Fellow of the National Academy of Inventors (NAI); Director of Center for RNA Nanobiotechnology and Nanomedicine; President of International Society of RNA Nanotechnology and Nanomedicine; International Society of RNA Nanotechnology and Nanomedicine

Board Member
Pioneered strategic initiatives in drug development, leading to significant advancements in cancer treatment and patient care. Spearheaded the development and commercialization of groundbreaking therapies, overseeing research, business development, and licensing. Expert in clinical trial design.
Wharton

Board Member
Executive & Investor with 25+ years in healthcare and life sciences, experienced in equity investment, board governance, marketing, and business development; Board Member of Spectral AI (NASDAQ: MDAI), Arthrosi Therapeutics, Amberstone Biosciences, Basking Biosciences, HAYA Therapeutics, and the Science History Institute.
Wharton.
Cancer progression and metastasis create significant barriers to effective drug delivery and treatment.
Nanoparticle-based delivery systems are designed to transport therapeutic payloads into tumor cells. RNA NanoBiotics builds on this approach with programmable RNA nanoparticles enabling multi-payload delivery and intracellular activation.
Dr. Peixuan Guo: Ohio State University Innovator of the Year
Research Papers Published Independent of Company or OSU
Peixuan Guo publications https://rnanano.osu.edu/Guo/publications.html
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