The Don’t Eat Me Signal: How CD47 Shapes Cell Clearance in Cancer, Heart Disease and the Brain
A new review details how the CD47 don't eat me signal regulates efferocytosis and shapes disease outcomes in cancer, atherosclerosis ...
A new review details how the CD47 don't eat me signal regulates efferocytosis and shapes disease outcomes in cancer, atherosclerosis ...
Rapamycin treatment reprogrammed the aging immune system in atherosclerotic mice, reducing plaque macrophages and neutrophils, expanding regulatory T cells, and ...
Researchers report that salvianolic acid A, a compound from Salvia miltiorrhiza, directly binds HSP90α to dismantle the AKT-PERK survival complex ...
New research shows that alpha-synuclein, best known for its role in Parkinson's disease, enters macrophages through the protein FLOT1, blocks ...
A new case report describes a 70-year-old lung cancer patient with no cardiovascular risk factors who suffered a massive heart ...
A combined single-cell and genetic analysis identifies the stress-response gene HSPA1B as a cell-type-specific molecular bridge between COPD and atherosclerosis.
A traditional Chinese medicine capsule reduced atherosclerotic plaques in mice by reshaping gut bacteria, redirecting arachidonic acid metabolism and shifting ...
A new prospective cohort study of over 4,600 Chinese adults finds that a combined index of remnant cholesterol and inflammation ...
A new review highlights how the chromatin protein CBX3 regulates vascular smooth muscle behavior, inflammation, and cancer-related pathways, positioning it ...
Researchers in Shanghai have discovered that the protein TXNIP suppresses dangerous plaque angiogenesis by degrading the glycolytic enzyme HK2 and ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine