May 23, 2023


Pathos obtains worldwide rights from Novo Nordisk for the development of CBP/p300 inhibitor, FT-7051


Chicago – Pathos AI, Inc. (www.pathos.com), a biotechnology company focused on revolutionizing precision medicine in cancer by harnessing the power of machine learning to transform drug development, announced today that it has entered into a worldwide license agreement to develop FT-7051, a small molecule CBP/p300 inhibitor program from Novo Nordisk as Pathos’ first clinical-stage asset in its pipeline.


FT-7051 was developed by Forma Therapeutics, which was acquired by Novo Nordisk in 2022, and is currently in phase I development. FT-7051 (renamed P-300) was evaluated in prostate cancer and has potential for development in multiple tumor types. The molecule inhibits the CBP/p300 protein, which is involved in the activation of genes that promote cancer cell growth and proliferation.


The development of this molecule reflects Pathos’ commitment to precision medicine and biomarker-driven approaches in cancer treatment. “P-300 has shown promising phase I data and we are confident that leveraging our PathOS PlatformTM will enhance an optimized path toward a broader patient population that could benefit from this therapeutic option.” explained Ryan Fukushima, Pathos CEO. “We are thrilled about this licensing agreement with Novo Nordisk and accelerating the development for this CBP/p300 inhibitor program.”

The license will enable Pathos to continue the development of the drug and bring it to market as quickly and as safely as possible. Pathos has not yet shared specific plans for P-300 but will disclose more details during upcoming oncology conferences.



About P-300


P-300 is an oral, small molecule inhibitor that has the potential to provide clinical benefit for patients with advanced prostate cancer, either alone or in combination with other treatments. P-300 works by inhibiting CREBBP/EP300 (also known as CBP/p300), which are proteins that activate genes that promote cancer cell growth and proliferation. Inhibiting these proteins impacts the expression of key cancer drivers, including the androgen receptor (AR) and its variants, making P-300 relevant not only to advanced prostate cancer, but also to other cancer indications as well, either alone or in combination with other treatments.



About Pathos


Pathos is a clinical-stage biotechnology company focused on re-engineering drug development, leveraging the power of AI technologies to bring precision medicines to market through partnership with biopharmaceutical companies. Pathos has raised $40 million dollars to accelerate the development of precision medicines and to expand its platform, combining computational approaches across multimodal real-world data and patient-derived biological models. Additional information can be found at www.pathos.com

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Business Development: bd@pathos.com

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October 23, 2026
Tempus to build a de-identified dataset from hundreds of thousands of patients with neurological conditions; Pathos to license the dataset under a five-year, $55 million agreement Pathos’s AI expertise and agentic AI platform, Foundry, combined with Bristol Myers Squibb’s (BMS) neuroscience drug development expertise to be applied to understanding disease progression and advancing new therapies BMS leads Pathos’s Series E financing and gains non-exclusive strategic access to Pathos’s AI platform, Pathos Foundry, across its broader portfolio, along with three-year exclusive rights to support its neuroscience development programs NEW YORK, October 23, 2026 — Pathos AI, a clinical-stage AI and technology company advancing its own therapeutic pipeline, today announced multi-year strategic collaborations with Bristol Myers Squibb (NYSE: BMY, “BMS”) and Tempus AI, Inc. (NASDAQ: TEM, “Tempus”) to build a specialized, curated dataset and agentic AI capabilities for Alzheimer’s disease and other neurological conditions. BMS also leads Pathos’s Series E financing and gains access to Pathos Foundry across its broader R&D portfolio. Tempus will apply the infrastructure and expertise it has built in oncology to create a comprehensive, de-identified, longitudinal dataset from hundreds of thousands of patients with neurological conditions, designed to track outcomes over time and accelerate biological insight. Pathos will license the data from Tempus under a five-year, $55 million agreement. Pathos will apply its AI platform, Pathos Foundry, to interrogate the dataset at scale, generate and test hypotheses on disease biology, and inform the design of more targeted, adaptive clinical trials. Pathos built and validated this approach in oncology, where it guides decisions across the company’s clinical-stage pipeline, including adapting trial design in real time to improve its projected probability of success. The collaboration builds on BMS's broader strategy to combine advanced AI with deep scientific and disease-area expertise to make faster, higher-confidence decisions that drive innovation for patients. BMS is helping expand the application of Pathos Foundry into neuroscience, securing three-year exclusive rights in an area where the company brings deep research, clinical-development expertise and a growing portfolio of programs in Alzheimer’s disease and other neurological conditions. Through multi-year access to the platform across its broader portfolio and the specialized dataset developed through the definitive agreements, BMS aims to generate deeper insights into disease progression, identify patients most likely to benefit from potential therapies and design more precise clinical trials. “Neurological diseases demand more than any one company can bring on its own: the best longitudinal data, AI that can reason over it at scale, and the drug development expertise to turn insight into medicines,” said Iker Huerga, CEO of Pathos AI. “Intelligence alone does not bring a therapy to market. These collaborations bring all three together. We are thrilled to deepen our work with Tempus and proud to have BMS leading our Series E as we build a self-learning drug development system designed to adapt clinical trials and improve the likelihood of success.” “AI has the greatest potential when it is grounded in high-quality data and applied by scientists with deep understanding of diseases and drug development,” said Simon Davies, SVP, Head of Data and Quantitative Sciences, Bristol Myers Squibb. “Our investment in Pathos reflects our commitment to applying advanced AI and data science across research and development to accelerate innovation for patients. By combining AI-driven insights with our neuroscience expertise, we hope to deepen our understanding of disease progression, improve clinical-trial design and ultimately advance new treatment options. Collaborating with Pathos and Tempus allows us to interrogate Alzheimer’s and other neurological diseases at scale, strengthening our pipeline and advancing precision medicine for patients in need.” “Making meaningful progress against a disease as devastating as Alzheimer’s requires unprecedented data scale and computing power,” said Eric Lefkofsky, Founder and CEO of Tempus. “These collaborations unite BMS’s deep expertise, Pathos’s drug development agentic AI and Tempus’ data infrastructure. Together, we have a unique opportunity to uncover novel insights and accelerate much-needed treatments for Alzheimer’s patients.” About Pathos AI Pathos AI is an AI and technology company developing drugs. The company redesigns drug development from first principles: identifying clinical assets, making portfolio decisions with continuously updated probability-of-success calculations, and guiding clinical trials with AI-native monitoring. Pathos’s pipeline includes clinical-stage programs in metastatic castration-resistant prostate cancer, multiple myeloma, MET-altered non-small-cell lung cancer, ER+/HER2‐ breast cancer, and TROP2/HER3-expressing solid tumors. The company is based in New York City. For more information, visit pathos.com .
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