cancer

作者评论道，普通人对AI近期的快速进步毫不在意，只有当AI真正攻克癌症这类重大疾病时，大众才会意识到AI变革的力量。

An AI skill named /fuck-cancer is being open-sourced to help cancer patients and caregivers navigate diagnosis and treatment by creating a practical medical brief.

AI technology is showing promising advancements in treating cancer, potentially marking a major breakthrough in healthcare.

A study in JAMA Surgery reports that wait times for cancer surgery in the US have increased across six cancer types between 2012 and 2023, with longer delays associated with poorer outcomes.

A study published in Nature provides direct evidence that inherited genetic makeup influences cancer risk from environmental exposures like smoking and UV rays, explaining why some people develop cancer and others do not. The research in mice shows that genetic background alters how tumours evolve, with implications for personalized cancer prevention and treatment.

A new CRISPR-based enzyme shows promise in early tests for targeting tumor-causing mutations and shredding cancer DNA.

Introduces Octopus, a neuro-symbolic architecture that combines LLM swarms with algorithmic physics engines for autonomous discovery of cancer vulnerabilities, identifying IGF2 as a biomarker for drug resistance.

This paper introduces the Large Cancer Assistant (LCA), a model-agnostic orchestration framework for scalable clinical decision support in oncology that decouples multimodal data ingestion from AI inference using a 7-tuple architecture and Algorithmic Impermeability.

This paper presents CaresAI's approach to the SMM4H-HeaRD 2026 shared task on predicting TNM staging from pathology reports using various embeddings and classifiers, achieving strong results but noting generalization issues.

A global review led by UBC researchers confirms that mRNA vaccines are safe and highly effective against COVID-19, and have potential applications for influenza, RSV, cancer, and autoimmune disorders, addressing misconceptions and supporting evidence-based decisions.

Conno Christou, a data-driven founder, was diagnosed with a rare aggressive lymphoma after a chance discovery. He used his quantitative approach—including AI-powered health tracking—to gather multiple medical opinions and choose the most effective treatment, treating his chemotherapy like a startup marathon.

CRISPR technology has been developed to selectively target and destroy cancer cells, including those previously considered undruggable.