Hidden Protein Brake on Plaques Reveals New Path Beyond Cholesterol
Researchers in Shanghai have discovered that the protein TXNIP suppresses dangerous plaque angiogenesis by degrading the glycolytic enzyme HK2 and ...
Researchers in Shanghai have discovered that the protein TXNIP suppresses dangerous plaque angiogenesis by degrading the glycolytic enzyme HK2 and ...
New research shows that the DNA repair and redox-signaling protein APEX1 protects oocyte quality by sustaining mitophagy and suppressing iron-dependent ...
New research shows that the SIRT1-FOXO1 signaling axis acts as a molecular brake on excessive mitophagy and glycolytic metabolism in ...
A new review argues that clonally expanded mitochondrial DNA mutations accumulate in a tissue-specific, biphasic pattern that can be read ...
Researchers have discovered that the calcium-rich bone microenvironment drives chemotherapy tolerance in osteosarcoma through an ORAI3–Ca²⁺–NFAT4–PINK1 mitophagy axis that can ...
A new Molecular Cancer study reveals how UQCRC2 lactylation and SIRT1-driven mitophagy allow colorectal cancer cells to survive chemotherapy in ...
A new Nature Metabolism study identifies the ubiquitin-conjugating enzyme UBE2N as the molecular switch that determines whether hepatocytes undergo protective ...
Pancreatic cancer may be one of the most difficult cancers to treat, but new research points to a microscopic event ...
Viral science news: Autoimmune thyroiditis has long puzzled researchers with how mitochondrial material sparks an inflammatory cascade that ultimately damages ...
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© 2025 Scienmag - Science Magazine