UCLA scientists discovered that squamous cell skin cancer resists treatment by adapting its metabolism, switching from glucose to glutamine for energy. This finding challenges the belief that cancer relies solely on glucose. Led by William Lowry, the team showed that blocking both glucose and glutamine pathways stops cancer growth.
A fresh method to tackle skin cancer resistance
Tackling multiple energy pathways.
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Kimchi Bacteria May Help Flush Nanoplastics from the Body
The discovery points to an unexpected connection between a traditional fermented food and one of the most pressing concerns in modern environmental health.
High-fat diets and memory loss- A reversible story
Machine learning identifies early depression signals in facial patterns.
Why alcohol halts liver regeneration, even after quitting
New research links inflammation to faulty RNA processing
Breakthrough stool test could replace invasive colonoscopies
An artificial intelligence-based approach to diagnose colorectal cancer from the gut microbiota.
