Discover how umbilical cord stem cells (UC-MSCs) can rejuvenate aging immune systems by restoring thymus and spleen function in groundbreaking research.
Discover how bacterial serine dipeptide lipids from oral and gut microbiomes contribute to atherosclerosis through inflammation and plaque formation.
Exploring how subacute ruminal acidosis (SARA) in dairy cows triggers microbiome changes and systemic inflammation through LPS production.
Discover how microbiome diversity in cotton roots helps fight devastating crop diseases like Cotton Leaf Curl Disease (CLCuD) through groundbreaking microbial transplant techniques.
Exploring how 3D genomics reveals the hypothalamus as a key player in IBD's genetic architecture and the brain-gut connection.
Discover how propolis, the 'bee glue', acts as a master regulator of the honeybee microbiome, protecting colonies from pathogens and maintaining microbial balance.
Exploring the microbial diversity and biosynthetic potential of extreme microbes in Ethiopia's Lake Afdera, a biological treasure chest with revolutionary biotech applications.
Discover how gut microbiome changes predict colorectal cancer progression and prognosis in this groundbreaking study.
Discover how prebiotic fibers, antioxidants, and B vitamins form a protective shield around probiotics, dramatically increasing their survival and effectiveness in your gut.
Discover how OMiSA, a revolutionary statistical test, decodes microbiome-survival links to predict health outcomes from gut bacteria.