20 articles
Bacterial metabolite from flavonoids protects against graft-versus-host disease while preserving anti-cancer effects in stem cell transplants.
A landmark review reveals how microbiome disruption before and after stem cell transplants drives deadly graft-versus-host disease.
Revolutionary stem cell research could cure hearing loss while revealing shocking links to dementia risk.
Small pilot study tests whether resistant starch from potatoes can safely modify gut bacteria in cancer patients receiving dual checkpoint inhibitors.
Scientists created smart probiotics that train immune cells to hunt down and remember glioblastoma cancer cells, achieving complete tumor elimination.
Clinical trial tests whether fecal transplants from young, active donors can restore muscle strength and cognitive function in older adults.
New research questions whether long-term HBIG therapy is necessary after liver transplantation, potentially simplifying post-transplant care.
Scientists propose integrated approach connecting cellular aging, gut bacteria, and tumor environment to improve cancer prevention and treatment.
Vaginal microbiota applied to C-section newborns restores a key brain-signaling molecule on skin, improving early neurodevelopment.
Danish study shows combining home care with fecal microbiota transplantation reduces costs by €2,556 per patient while improving outcomes.
A 13-year UK analysis of 273 liver transplant patients finds HBIG maintenance may be unnecessary, with NA-only prophylaxis offering a cost-effective alternative.
Aged mouse colons get stuck in a fetal-like repair mode that makes them hypersensitive to immune attack, derailing gut healing after injury.
Researchers develop 22-color flow cytometry to profile unconventional T cells that protect gut health and maintain immune balance.
TaxVAMB uses deep learning to dramatically improve how scientists reconstruct individual microbial genomes from complex gut microbiome samples.
New research reveals how certain immune cells create alternative blood vessels that fuel pancreatic cancer growth and spread.
A massive deep-sea genomic survey uncovers extraordinary genetic diversity and protein structures with real-world biotechnology applications.
Stanford researchers develop standardized method to measure absolute bacterial abundance in stool samples, addressing key limitation in microbiome studies.
A newly identified microRNA disrupts Paneth cell function in aging intestines, exposing older patients to life-threatening gut complications.
Fecal transplants from cancer survivors significantly improved treatment outcomes for metastatic kidney cancer patients.
Engineered cerium-peptide microspheres show 76% reduction in IBD symptoms and 66% decrease in fibrosis markers in mouse studies.
