Publish
Home
Live
new
RH Journal
ResearchCoin
Grants
Funding
Browse
Journals
Hubs
Tools
Lab Notebook
Beta
Reference Manager
Resources
Verify Identity
Community
Support
About
Terms
Privacy
Issues
Docs
Author
Log in
Sign up
Healthy Research Rewards
ResearchHub is incentivizing healthy research behavior. At this time, first authors of open access papers are eligible for rewards. Visit the publications tab to view your eligible publications.
Got it
HM
Héctor Mayani
Author with expertise in Hematopoietic Stem Cell Biology
Achievements
Cited Author
Open Access Advocate
Key Stats
Upvotes received:
0
Publications:
2
(50% Open Access)
Cited by:
411
h-index:
34
/
i10-index:
96
Reputation
Biology
< 1%
Chemistry
< 1%
Economics
< 1%
Show more
How is this calculated?
Overview
Publications
2
Peer Reviews
Comments
Grants
Publications
0
Ontogeny-related changes in proliferative potential of human hematopoietic cells.
Peter Lansdorp
et al.
Sep 1, 1993
Blood cells originate from hematopoietic stem cells that are located at different sites during ontogeny. Production of human stem cells and their progeny in culture is expected to have important implications for experimental therapeutic strategies involving gene transfer and transplantation. Here we report striking differences between primitive hematopoietic cells purified from adult bone marrow, umbilical cord blood, and fetal liver in cytokine-supplemented, serum-free cultures. In such cultures both the fraction of responding cells and their ability to produce CD34+ progenitor cells decreased markedly with the age of the cell donor. These results document extensive, ontogeny-related functional differences between primitive hematopoietic cells.
Genetics
Immunology
0
Paper
Genetics
411
0
Save
0
Further biological characterization of small molecules UM171 and SR1: In vitro effects on three hematopoietic cell populations from human cord blood
Patricia Flores-Guzmán
et al.
Sep 18, 2024
Small molecules UM171 and SR1 have already been taken into clinically-oriented protocols for the ex vivo expansion of hematopoietic stem (HSCs) and progenitor (HPCs) cells. In order to gain further insight into their biology, in the present study we have assessed their effects, both individually and in combination, on the in vitro long-term proliferation and expansion of HSCs and HPCs contained within three different cord blood-derived cell populations: MNCs (CD34
Genetics
Immunology
0
Paper
Genetics
Immunology
0
Save