Colon Cancer Cells Adapt to Long-Term Glucose Deprivation
Colorectal cancer cells can survive prolonged glucose deprivation by entering a dormant state and later resuming proliferation through metabolic adaptation.
Colorectal cancer cells can survive prolonged glucose deprivation by entering a dormant state and later resuming proliferation through metabolic adaptation.
A comprehensive review published in Biotechnology for Sustainable Materials in October 2025 details the rapid evolution of biosensor technologies in ...
A scientific review details shared metabolic reprogramming between atherosclerosis and cancer, establishing a theoretical foundation for potential common therapeutic strategies.
A new self-supervised framework called Subtype-DIVIDE uses multi-omic data and random-walk-refined contrastive learning to identify robust cancer subtypes with significant ...
A cross-sectional study of 424 Bedouin women in southern Israel found that cervical cancer screening uptake was 43.2 percent and ...
A comparative evaluation of Quantum Support Vector Machines demonstrates an eight percent average recall gain over classical algorithms in lung ...
A systematic review and meta-analysis of 123 studies finds that red meat intake is associated with higher colorectal cancer risk, ...
A review in Cellular Oncology synthesizes evidence on how primary cilia gain and loss orchestrate therapeutic resistance and metastasis across ...
A bibliometric analysis of literature from 2004 to 2023 reveals surging research on sarcopenia in cancer patients, highlighting key themes ...
Researchers propose that alcohol drives cancer not merely as an isolated carcinogen, but as an amplifier interacting with the broader ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine