Not exact matches
«The advances in
transplant techniques and the range of available
cell sources that can be used to optimize the treatment of aberrant corneal wound healing can give reassurance to patients with corneal injuries that preserving vision may be possible in the near future,» wrote the authors of the Stem
Cells review.
In part, this was due to an inconsistency in protocols, for example the age of participants, the clinical
techniques used for
cell delivery and the number of
cells transplanted.
In separate experiments reported in Nature — one with mice, the other
transplanting human stem
cells into mouse bone marrow — researchers demonstrated
techniques with the potential to produce all types of blood
cells.
The Bone Marrow and Stem
Cell Transplant Program is expanding the use of this technique for patients with solid tumors including neuroblastoma and brain tumors; a variety of high - risk hematologic diseases, such as thalassemia major and transfusion - dependent sickle cell disease; and other nonmalignant disea
Cell Transplant Program is expanding the use of this
technique for patients with solid tumors including neuroblastoma and brain tumors; a variety of high - risk hematologic diseases, such as thalassemia major and transfusion - dependent sickle
cell disease; and other nonmalignant disea
cell disease; and other nonmalignant diseases.
Using the
technique as a proof of principle, the researchers were able to detect
transplanted tumor
cells in animal brains.
Results from a recent trial of this
technique in a SCID disorder show 100 % survival rates at 7 years post-treatment, xvi compared with 85 % survival in patients receiving a stem
cell transplant from a healthy sibling.
Honing the
technique, the researchers were able to produce a population of
cells that molecularly resembled heart muscle and developed into apparently healthy heart muscle when
transplanted in mouse hearts.
Our efforts to monitor beta
cells after
transplant and identify signs of early demise in both native and
transplanted cells will make it possible to stop
cell injury, significantly advancing prevention efforts and strengthening
transplant techniques.