- Reaction score
- 614
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4154949/
Have seen hypoxia related threads around here but couldn't find any mention of this yet.
It does somewhat address the "one size fits all" issue of stem cell conditioned media products with regards to the growth factor makeup for an individual's regeneration response and appears to avoid the anti-angiogenic factors still present in PRP. Stem cell proliferation has also shown to increase under hypoxic conditions.
https://www.ncbi.nlm.nih.gov/pubmed/17521616
Can't find anything in context of hair loss yet but since PRP made its way onto the scene it's not too far fetched that someone will give this a go as well. Do we have a possible middle ground between PRP and stem cell conditioned media here?
Have seen hypoxia related threads around here but couldn't find any mention of this yet.
It does somewhat address the "one size fits all" issue of stem cell conditioned media products with regards to the growth factor makeup for an individual's regeneration response and appears to avoid the anti-angiogenic factors still present in PRP. Stem cell proliferation has also shown to increase under hypoxic conditions.
https://www.ncbi.nlm.nih.gov/pubmed/17521616
Can't find anything in context of hair loss yet but since PRP made its way onto the scene it's not too far fetched that someone will give this a go as well. Do we have a possible middle ground between PRP and stem cell conditioned media here?