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Study finds utilizing genomic and transcriptomic data with biosimulation enhances personalized predictions of IO response in NSCLC

Personalized Therapy Biosimulation Study Identifies Homologous Recombination Deficiency in Cancer Patients Beyond BRCA Status

New study validates Cellworks predictions of chemotherapy benefits in real-world NSCLC patients, guiding treatment decisions beyond PD-L1 status

Study Uncovers Biomarkers Linked to Chemotherapy Response in NSCLC Patients Carrying EGFR Variants

Cellworks Opens a Computational Laboratory to Advance Personalized Therapy Decision Support

Thymic tumors, while rare, are classified as orphan diseases due to their infrequency. Despite their rarity, they are the predominant tumors found in the anterior mediastinal compartment among adults.

Thymic tumors represent a wide variety of tumors and the most recent histologic classification classifies them as thymomas, thymic carcinomas (TC), and neuroendocrine thymic tumors (NETT). Although thymic tumors have traditionally been considered orphan diseases, in the last few decades there has been an increased interest in thymic malignancies in the scientific community.

Peer-Reviewed Research Indicates Whole Genome Biosimulation Holds Promise for Personalized Therapy Selection in Clinical Settings

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