Immune Cell Differences Could Help Distinguish Type 1 from Type 2 Diabetes
New research reveals distinct immune cell patterns between diabetes types, potentially improving diagnosis and treatment approaches.
316 articles in this topic
New research reveals distinct immune cell patterns between diabetes types, potentially improving diagnosis and treatment approaches.
New research reveals how disrupting your body's internal clock impairs brown fat's ability to burn calories and generate heat.
New testing framework helps doctors quickly identify harmful mutations in PPARΞ³ gene linked to rare fat disorders and cancer.
Scientists develop innovative computational tool to better understand how nuclear receptors control metabolism and aging processes.
New research reveals why women's pancreatic cells maintain better function during type 2 diabetes, offering clues for personalized treatments.
New research reveals how growth hormone creates sex-specific genetic switches that influence liver metabolism and disease susceptibility.
First controlled human study proves BPA damages insulin function within days, even in healthy young adults.
New study reveals fatty liver disease alters how the liver processes fructose, potentially affecting disease progression.
New study finds tirzepatide dramatically improved weight, blood sugar, and insulin needs in people with partial lipodystrophy.
Bimagrumab builds muscle and burns fat without affecting heart function, offering hope for safer weight loss treatments.
Major analysis of 51,380 patients reveals chronic oral steroids increase mortality by 87%, with cardiovascular disease as leading cause of death.
Men with Klinefelter syndrome have overactive immune complement systems, potentially explaining their higher disease risks.