Thus, the technique could produce adult
muscle cells in a dish that carry genetic diseases.
Not exact matches
For his prototype he is growing mouse
muscle from stem
cells in a petri
dish.
In a laboratory
dish — and, presumably, also inside the body — these
cells readily multiply and give rise to various structural
cells, such as fat,
muscle, bone, tendon, ligament and cartilage.
The patient, already
in a wheelchair, visited the lab and watched
in amazement as his own
muscle cells beat
in a culture
dish after corrective editing.
But when physiologist H. Lee Sweeney of the University of Pennsylvania School of Medicine
in Philadelphia and his colleagues put this faulty gene into embryonic quail
muscle cells growing
in lab
dishes, the
cells made a shortened version of the protein and incorporated it into their contractile machinery.
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.
In a study published earlier this year, the same Belmonte and Gage lab team demonstrated that a few ES cells in a culture dish tended to lose stemness and evolve into muscle cell precursors, most likely goaded by a muscle differentiation factor known as BM
In a study published earlier this year, the same Belmonte and Gage lab team demonstrated that a few ES
cells in a culture dish tended to lose stemness and evolve into muscle cell precursors, most likely goaded by a muscle differentiation factor known as BM
in a culture
dish tended to lose stemness and evolve into
muscle cell precursors, most likely goaded by a
muscle differentiation factor known as BMP.
«Thus it seems that outside of [genetically engineered mice or a
cell culture
dish or other animal models] that the search for the true role of the growth potential for IGF - 1
in adult
muscle hypertrophy is a vain one.»