A Freiburg - based research group has developed a microfluidic chip where more than one hundred apidose - derived
adult stem cell cultures can grow and divide.
Not exact matches
The company isolates,
cultures and processes
adult stem cells from a patient's bone marrow or synovial fluid.
«Most
adult stem cells can not be
cultured in vitro without differentiation.»
(Although Clevers's organoids originate from
adult stem cells, isolating those
cells isn't necessary;
culturing a tissue fragment with the right nutrients is enough.)
Around the same time, Yoshiki Sasai of the RIKEN Center for Developmental Biology in Kobe, Japan,
cultured the first brain organoids, starting not with
adult stem cells but with embryonic
stem cells.
«Our results suggest that megakaryocytes might be used clinically to facilitate
adult stem cell regeneration and to expand
cultured cells for
adult stem cell transplants,» says Meng Zhao, Ph.D., a postdoctoral fellow at Stowers and lead author on the study.
His support for
adult stem cell research, his sponsorship of the bi-annual Vatican Stem Cell Conferences, and his leadership in the field of renewable energy led to his appointment by the Vatican as Scientific Advisor to the President of the Pontifical Council for Culture of the Catholic Church and, most recently, as The Pontifical Council Admonitor and Senior Advisor in regards to Regenerative Medic
stem cell research, his sponsorship of the bi-annual Vatican Stem Cell Conferences, and his leadership in the field of renewable energy led to his appointment by the Vatican as Scientific Advisor to the President of the Pontifical Council for Culture of the Catholic Church and, most recently, as The Pontifical Council Admonitor and Senior Advisor in regards to Regenerative Medic
cell research, his sponsorship of the bi-annual Vatican
Stem Cell Conferences, and his leadership in the field of renewable energy led to his appointment by the Vatican as Scientific Advisor to the President of the Pontifical Council for Culture of the Catholic Church and, most recently, as The Pontifical Council Admonitor and Senior Advisor in regards to Regenerative Medic
Stem Cell Conferences, and his leadership in the field of renewable energy led to his appointment by the Vatican as Scientific Advisor to the President of the Pontifical Council for Culture of the Catholic Church and, most recently, as The Pontifical Council Admonitor and Senior Advisor in regards to Regenerative Medic
Cell Conferences, and his leadership in the field of renewable energy led to his appointment by the Vatican as Scientific Advisor to the President of the Pontifical Council for
Culture of the Catholic Church and, most recently, as The Pontifical Council Admonitor and Senior Advisor in regards to Regenerative Medicine.
«Induction of Pluripotent
Stem Cells From Mouse Embryonic and
Adult Fibroblast
Cultures by Defined Factors,» by Kazutoshi Takahashi and Shinya Yamanaka,
Cell, Aug. 25, 2006.
Embryonic
stem cells — the subject of so much controversy (witness the new ruling blocking their use)-- were first
cultured in the lab a little more than a decade ago; in 2006, there was another breakthrough when
adult cells were coaxed into becoming induced pluripotent
stem cells.
«CRISPR in
adult stem cells has huge potential, because the genomes of
adult stem cells in organoid
cultures are stable,» said Gerald Schwank, first author of the cystic fibrosis report.
Here's an informative article from h + magazine on how the FDA currently argues that
culturing adult stem cells amounts to the creation of a new drug.
After a very extended childhood spent dividing in a
culture dish, even
stem cells tend to grow up and assume
adult roles as workaday nerve, muscle, or blood
cells, never to return to their youthful state.