Scientists Discover How Cancer Cells Lose Their Identity and Find New Treatment Target
Researchers identified why some fat cancers become aggressive and found a potential new therapy approach using existing drugs.
1894 articles in this topic
Researchers identified why some fat cancers become aggressive and found a potential new therapy approach using existing drugs.
Breakthrough treatment uses engineered immune cells to eliminate scar tissue and restore liver function in metabolic liver disease.
Scientists discover how tumors use glucose to survive lysosome-blocking drugs, revealing promising combination therapies.
Scientists discover that cooling skin triggers cataplexy while warming promotes healthy REM sleep in narcolepsy patients.
Breakthrough crystal technology enables transplanted insulin-producing cells to survive and function for a full year without traditional immunosuppression.
Scientists develop first drug targeting AVIL protein, showing effectiveness against deadly glioblastoma tumors in preclinical trials.
New research reveals genetic factors contribute more significantly to how long we live than earlier studies suggested.
New research reveals genetic factors determine 50% of natural aging, far higher than previously thought when external deaths are excluded.
Scientists discover how faulty DNA repair mechanisms activate immune responses that drive accelerated aging and embryonic death.
Small trial tests autologous bronchial stem cells to repair damaged lung tissue in chronic obstructive pulmonary disease patients.
Researchers discover that aging plants lose epigenetic integrity, causing DNA methylation decay and activation of harmful genetic elements.
New research reveals why muscle repair slows with age: stem cells prioritize their own survival over regenerative function.