Review of the last advances in the producing of a functional intestine

A new step has been done to grow something therapeutically useful intestine in the long run (see the last article we published HERE). When it comes to growing intestines, the first inch is the hardest -, especially in a Petri dish. Scientists at Cincinnati Children’s...

Ten years since the discovery of iPS cells. The current state of their clinical application

  Rev Clin Esp. 2017 Jan – Feb;217(1):30-34. doi: 10.1016/j.rce.2016.08.003. Epub 2016 Oct 5. Justo Aznar Ph.D. MD Julio Tudela Pharm Ph.D. Institute of Life Science – Bioethics Observatory Catholic University of Valencia – Spain iPS cells current clinical...

Improved efficacy in the generation of iPS cells for clinical use

One of the difficulties in the use of reprogrammed cells (iPS cells) is the low efficiency. Now, a technical step has been taken to substantially increase this. Using it, Australian researchers, combining it with the genome editing technique CRISPR-Cas9, have been able to...

Can human iPS cells replace the use of human embryonic stem cells?

A hotly debated topic within the specialised scientific world is whether or not human iPS cells are similar to human embryonic cells, which raise too so many ethical issues. It is a mistake to believe that this, in principle, is a problem with exclusively technical implications,...

iPS cells an ethical end effective technique for medical purposes

Now, for the first time, skeletal muscle cells have been derived from iPS successfully A concern raised some time ago is to determine whether the iPS cells produced from adult somatic cells have the specific characteristics of embryonic stem cells. If so, iPS cells could...