ZEB1-TEAD1 partnership keeps heart cells fueled and functioning
A mouse study in Nature Communications shows that the transcription factor ZEB1 works with TEAD1 to activate metabolic genes sustaining ...
A mouse study in Nature Communications shows that the transcription factor ZEB1 works with TEAD1 to activate metabolic genes sustaining ...
A pure-culture study of an archaeon from a Chinese petroleum reservoir shows that fatty-acid oxidation can be coupled directly to ...
In male mice, voluntary exercise improved treadmill endurance and changed muscle gene expression but did not reverse high-phosphate-diet-related impairment of ...
A peer-reviewed review identifies altered lipid uptake, synthesis, oxidation and storage as drivers of hepatocellular carcinoma and possible therapeutic targets, ...
A retrospective cohort of 267 preterm infants associated early prophylactic L-carnitine supplementation with lower overall and Type 2 retinopathy of ...
A new study shows that activating the lipid sensor PPARĪ“ in immune cells rather than cancer cells flips the metabolic ...
A new review proposes that lipid metabolism plays fundamentally different roles at each stage of fatty liver disease progression to ...
New research reveals that tobacco carcinogens lift a GATA4-mediated brake on the mucin MUC5B, driving fatty acid metabolism and immune ...
A sweeping new review argues that damaged mitochondria in kidney tubule cells act as both trigger and amplifier of the ...
Sheep fed a space-mutated variety of giant reed showed remodeled fat metabolism and measurably fresher, sweeter, and fruitier meat aroma, ...
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Ā© 2025 Scienmag - Science Magazine