A comprehensive analysis of the 20-year Chinese study examining the relationship between dietary selenium intake and hypertension risk, revealing regional variations in effectiveness.
Explore how adipose-derived stem cells from human fat are transforming regenerative medicine and healing complex conditions.
Explore how translational medicine bridges the gap between scientific discovery and clinical practice, with breakthroughs in cancer immunotherapy, genomic medicine, and regenerative medicine.
Exploring how patents and licensing issues are delaying stem cell therapy breakthroughs and the scientific efforts to overcome these hurdles.
How a traditional staple is being reimagined as a functional food for healthier aging through selenium and germanium enrichment.
Explore how mathematical modeling reveals oxygen gradients in stem cell-derived liver tissues and advances regenerative medicine.
Discover how normothermic machine perfusion is revolutionizing liver transplants by flushing out dangerous passenger leukocytes before transplantation.
Explore the fascinating world of bovine mesenchymal stem cells from amniotic fluid, Wharton's jelly, and adipose tissue and their potential in regenerative medicine.
Breakthrough technology for selectively capturing label-free cells from bodily fluids and releasing them on demand, fully viable for further study.
A comprehensive exploration of human bone marrow mesenchymal stem cells, their characterization, molecular properties, and therapeutic potential in regenerative medicine.