Oncotelic Therapeutics Launches AI‑Driven PDAOAI Platform and Opens Access to 125,000‑Abstract TGF‑β Corpus

OTLC
December 23, 2025

Oncotelic Therapeutics (OTLC) introduced its PDAOAI evidence‑interrogation platform and a Discord‑based research community that provides unrestricted access to a curated corpus of more than 125,000 PubMed abstracts focused on transforming growth factor‑beta (TGF‑β) biology. The platform is engineered to surface biologically meaningful signals from large biomedical datasets without the need to train bespoke large‑language models, allowing researchers to generate testable hypotheses directly from existing literature.

The launch positions OTLC to accelerate discovery across its oncology pipeline, particularly the antisense RNA therapeutic OT‑101, which targets TGF‑β2 in solid tumors. By enabling rapid signal extraction from a comprehensive TGF‑β knowledge base, the platform is expected to shorten the hypothesis‑validation cycle and reduce the time and cost associated with target identification and preclinical development. This capability aligns with OTLC’s broader strategy of becoming an AI‑driven biotechnology company, a vision that has guided prior investments such as the 2019 acquisition of PointR Data Inc.

Scott Myers, OTLC’s product manager, said the platform “has enabled our researchers to elevate to a level that was not possible before. It has completely changed the game and has made research both more in depth and efficient.” Executive contributor Vuong Trieu added that PDAOAI “lets the dataset speak” and “surfaces reproducible, citation‑backed workflows that generate testable hypotheses rather than opaque, black‑box predictions.” These statements underscore the company’s focus on transparency, reproducibility, and data‑driven decision making.

The introduction of PDAOAI comes amid a broader industry shift toward AI‑powered drug discovery, with competitors investing heavily in similar platforms. OTLC’s approach—leveraging existing data without large‑scale model training—offers a distinct advantage by reducing computational overhead and mitigating bias that can arise from over‑training on narrow datasets. If the platform delivers on its promise, it could enhance OTLC’s competitive positioning and accelerate the development of its pipeline candidates, potentially improving the company’s long‑term commercial prospects.

Overall, the PDAOAI launch represents a significant step forward for OTLC’s research capabilities. By combining a vast, curated TGF‑β corpus with an AI platform that prioritizes signal extraction over model complexity, the company is poised to streamline discovery, reduce development timelines, and strengthen its pipeline’s scientific foundation.

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