Tumor Blood Vessels Act as an Immune-Regulatory Hub, Review Proposes
A review in Cellular Oncology proposes that tumor blood vessels actively regulate antitumor immunity through angiocrine, metabolic and structural mechanisms.
A review in Cellular Oncology proposes that tumor blood vessels actively regulate antitumor immunity through angiocrine, metabolic and structural mechanisms.
A new review argues that gut bacterial metabolites such as butyrate and indoles can be engineered as programmable drugs to ...
A laboratory study finds that Th17-derived IL-17 signaling activates AKT in cervical carcinoma cell lines, reducing their sensitivity to cisplatin, ...
Preclinical research shows serine supplementation, rather than restriction, suppresses tumor growth and reinvigorates CD8+ T cells by countering tumor cell ...
A new review examines how cationic lipid-based nanoparticles carry RNA, proteins and peptides into cancer cells, and why clinical translation ...
A new open-access review in Cancer Nanotechnology surveys how nanomaterials could improve colorectal cancer diagnosis, targeted therapy, and personalized theranostics.
A ten-year bibliometric analysis of 320 articles finds artificial intelligence research on triple negative breast cancer peaked at 104 publications ...
In a mouse and cell study, caloric restriction and fasting enhanced radiation's tumor-killing effects through the cGAS-STING pathway while protecting ...
RNA sequencing of 18 canine brain tumors reveals 45 genes expressed at different levels in French bulldogs compared with boxers ...
New cell and tissue research finds that the inflammatory cytokine IL-8 drives epithelial-mesenchymal transition and invasiveness in COPD-associated lung cancer ...
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© 2025 Scienmag - Science Magazine