Jump to navigation
STEM CELLS | STEM CELLS Translational Medicine
The implementation of mass cytometry analysis to the reprogramming process has illuminated the early chaotic stages of reprogramming and has uncovered essential new pathways controlling the process.
Researchers combine multiple stem/progenitor types to generate miniature functional organ “buds” which may be useful in developmental and disease modelling, and in the future, tissue replacement.
Gene editing technology, combined with iPSC generation and a clinically relevant differentiation strategy combine to offer a new treatment for a blood borne genetic disease
Researchers take the first steps towards creating a clinically-relevant source of platelets from human induced pluripotent stem cells.
For the first time, researchers demonstrate long term success of a cell replacement therapy using autologous induced pluripotent stem cell derivatives
A new strategy to create patient specific induced pluripotent stem cells brings these cells closer to application in the clinic.
Researchers find that altering human ESC expansion medium can alter subsequent differentiation potential in a reversible manner
Nerve glial antigen 2 expressing neural cells-derived from ESCs may allow for delayed spinal cord regeneration through the penetration of the protective glial scar
For the first time, researchers have demonstrated the differentiation of specialized heart cells which help to keep the heart beating in a normal fashion
Researchers investigating signaling pathways which control pluripotency highlight newly found interactions and redundancies in mouse embryonic stem cells
The Stem Cells Portal is a shared platform for the STEM CELLS and STEM CELLS Translational Medicine sister journals, providing up-to-the-minute coverage of the latest research from bench science and developments to clinical applications.
Copyright © 2020