Tag: precision oncology

A new perspective proposes a Supervisory Reference Architecture that separates worker agents from an oversight meta-agent to make agentic AI ...

A new review finds AI-derived biomarkers show promising, though variable, performance in predicting cancer immunotherapy response across tumor types.

A pilot study from the University Hospital Zurich demonstrates that patient-specific ddPCR assays can effectively monitor circulating tumor DNA in ...

A review in Cellular Oncology synthesizes evidence on how primary cilia gain and loss orchestrate therapeutic resistance and metastasis across ...

A deep-learning model infers the ICR immune signature from routine H&E breast tumor slides and independently predicts survival and pathological ...

A new review maps how multigene assays guide breast cancer treatment decisions while flagging critical evidence gaps in node-positive and ...

Researchers have developed CancerSubtyper, an end-to-end deep learning framework with an interactive web interface that automates preprocessing, batch effect correction, ...

A prospective imaging study of eleven patients with five different cancers found that I-PARPi SPECT/CT uptake corresponded with PARP immunohistochemistry ...

A scientific review details the clinical momentum, biological complexity, and dosimetric challenges shaping the next era of precision radiopharmaceutical cancer ...

A new review maps how metabolic reprogramming controls gasdermin-mediated pyroptosis in tumors and outlines a four-level evidence framework for precision ...

A new review maps how target-specific radiopharmaceuticals pair matched diagnostic and therapeutic radionuclides to deliver precision cancer therapy from imaging ...

Patient-derived gallbladder cancer organoids faithfully reproduced tumor genetics and showed drug sensitivities that tracked with patient survival in a preliminary ...

A patient-derived organ-on-a-chip platform grown from colorectal tumor tissue reproduced chemotherapy sensitivity profiles across eight patients and showed early, preliminary ...

A multicenter study found that FH-deficient kidney cancer patients with DNA damage repair gene mutations showed significantly higher response rates ...

A review in Cellular Oncology proposes that tumor blood vessels actively regulate antitumor immunity through angiocrine, metabolic and structural mechanisms.

A conference synthesis report in BMC Proceedings outlines African priorities for precision oncology, from genomic infrastructure and cancer registries to ...

A new review in Clinical and Experimental Medicine examines how molecular dynamics, docking, machine learning and AI platforms are being ...

A ten-year bibliometric analysis of 320 articles finds artificial intelligence research on triple negative breast cancer peaked at 104 publications ...

A retrospective US cohort of 2,694 pancreatic cancer patients found MTAP deletion in 30.5 percent of tumors and consistently lower ...

A new review examines how patient-derived tumor organoids retaining immune cells could improve preclinical prediction of immunotherapy response while noting ...