Targeting DNA Repair Genes Overcomes Cisplatin Resistance in Colon Cancer Organoids
Inhibition of specific DNA repair pathways restores cisplatin sensitivity and enhances cell death in TP53-deficient colon cancer organoids.
Inhibition of specific DNA repair pathways restores cisplatin sensitivity and enhances cell death in TP53-deficient colon cancer organoids.
A new study identifies the CaWRKY7 gene as a key regulator of pepper resistance to Phytophthora blight by modulating reactive ...
A global analysis of satellite data reveals that forests have significantly strengthened their capacity to regulate land surface temperature over ...
A cross-national survey of 10,448 participants across nine countries reveals that opposition to a proposed large-scale particle collider at CERN ...
A prospective multicenter study across ten clinical centers in China determined that baseline delamanid resistance emerged in only 0.76 percent ...
Researchers in the Tomsk Region of Western Siberia have characterized the molecular epidemiology of hepatitis C virus (HCV) among patients ...
Researchers have identified a potential strategy to overcome resistance to standard leukemia treatments by targeting a specific enzyme known as ...
A systematic review indicates an inverse association between vitamin D levels and insulin resistance in type 1 diabetes, though researchers ...
Long-term thermal aging impairs the creep resistance of 9% chromium steel primarily through the continuous precipitation and coarsening of the ...
In a randomised trial of twenty-two untrained young males, low-load and high-load knee-extension resistance training to failure produced similar muscle ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine