Farcast biodynamics | High Scale Oncology Translational Research
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Accelerating and Derisking Oncology Therapeutics Development 

NGM Biosciences Cancer immunology research, 12(5), 592–613

Pathios Therapeutics Cancer Research. 83. 668-668. 10.1158/1538-7445.AM2023-668

Pliant Therapeutics SITC 2023

25,000+ Tumor Tissues​ 20 Cancer Centers

ISO 9001 TÜV NORD

High Scale Oncology Translational Research

Farcast has been a leader in translational and Tumor Microenvironment (TME) research since inception at MIT in 2012. With experience of evaluating 25,000+ human tissues across multiple mechanisms for immunotherapy, such as T-cell modulation, Myeloid reprogramming, Stromal modulation, Engineered immune cells and many others 

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Our human tumor models can rapidly generate rich data from tumor organoids and TME platform that accurately captures functional response that is biologically relevant in the context of human tumors. Our versatile AI/ML solutions can be used flexibly for your existing data sets and mapped to Farcast existing biosignatures for an enriched understanding of your data to increase confidence in response and resistance characteristics. We offer specialized expertise across all aspects of translational research in oncology.

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Farcast is ISO 9001 certified and is rapidly expanding its network beyond the existing set of 20 cancer centers

I want to rapidly optimize my leads then assess tumor + immune + stromal effects in the whole tumor microenvironment

I want to integrate genomic, proteomic, transcriptomic datasets to create predictive algorithms for response and resistance 

I want to create a center of excellence with oncology trained specialists to be able to efficiently manage all my developmental programs

Our Mission Is To Make Precision Cancer Medicine Work Better For Patients

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AACR Annual Meeting 2025:
Differential T cell response to anti-PD1 in breast cancer sub-types is driven by activity of intra-tumoral immune cell
SITC 2024: Identifying and targeting resistance factors upon immune checkpoint inhibition for better combinatorial treatment
strategies leading to improved outcomes
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Nature Comm FEB 2024:
Tumor histoculture captures the dynamic interactions between tumor and immune components in response to anti-PD1 in head and neck cancer
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AACR Special Conference in Cancer Research 2025:
Identification of tumor microenvironment informed exosome biomarkers for predicting response to anti-PD1 therapy
Immunocon 2024: Effect of treatment with immune checkpoint inhibitors on different immune sub-populations in the tumor microenvironment
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