Small RNA tRF-15:31 reduces diabetic kidney injury in mice
In a mouse model and cultured mesangial cells, tRF-15:31 reduced oxidative stress and inflammation through an SFRS1-linked mechanism that lowered ...
In a mouse model and cultured mesangial cells, tRF-15:31 reduced oxidative stress and inflammation through an SFRS1-linked mechanism that lowered ...
A review evaluates mitochondria-targeted nanomedicines designed to reduce oxidative stress in acute kidney injury while identifying barriers to clinical translation.
A six-point mouse RNA-sequencing study found that diabetic kidney tissue changed earlier than heart tissue, revealing a shift from early ...
University of Osaka researchers mapped the earliest cellular events of ANCA-associated glomerulonephritis and showed that modified antibodies reducing Fcγ receptor ...
A new study shows that polysaccharides extracted from goji berries protect duck kidneys from cadmium toxicity by restoring trace element ...
A Japanese retrospective study of 244 thoracic cancer patients finds that baseline hypertension triples the risk of cisplatin-induced kidney injury ...
A new study in Medical Oncology reports that diosmin loaded into chitosan nanoparticles reduced tumor burden and protected the kidneys ...
Activating the alpha-7 nicotinic acetylcholine receptor directly protects podocytes and preserves the kidney's filtration barrier during sepsis-associated acute kidney injury, ...
New research reveals that the RNA splicing factor LUC7L2 drives ferroptotic kidney damage from cisplatin by corrupting the splicing of ...
A new rat study shows that a three-strain Lactobacillus probiotic and its cell-free postbiotic significantly reduce kidney and testicular damage, ...
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© 2025 Scienmag - Science Magazine