Stiff Tumors Talk to Immune Cells: How Mechanical Forces Shape Cancer and Immunity
A new Frontiers editorial argues that mechanical forces in tumors regulate invasion, immune surveillance, and treatment response, and that the ...
A new Frontiers editorial argues that mechanical forces in tumors regulate invasion, immune surveillance, and treatment response, and that the ...
A bioinformatics study of stomach adenocarcinoma found that low LIFR expression within tumors was associated with a more favorable prognosis, ...
A new review finds that ozone therapy shows preclinical hints of antitumor activity in colorectal cancer models but lacks convincing ...
A new open-access review describes how the m6A RNA modification acts as a key determinant in reshaping the tumor microenvironment ...
A new review details how tumor cells import, export and steal mitochondria through nanotubes and vesicles to fuel growth, exhaust ...
Laboratory experiments show collagen type I coating inhibits pancreatic cancer cell growth while fibronectin supports it, and both reduce sensitivity ...
Pre-treatment gene signatures combining immune activity and tumor-intrinsic markers such as SLC7A5 and SOX2 are associated with response and resistance ...
Solid lipid nanoparticles co-delivering nisin and cisplatin showed enhanced cytotoxicity against A431 and MCF-7 cancer cells in vitro, triggering intrinsic ...
A review in Cancer Nanotechnology describes how piezoelectric nanozymes combine enzyme-mimicking catalytic activity with piezoelectric energy conversion to drive reactive ...
Blocking the CD276 molecule slowed gastric cancer growth and, combined with anti-PD-1 therapy, produced the strongest tumor suppression and increased ...
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© 2025 Scienmag - Science Magazine