In recent years, scientists have created a range of new methods based on CRISPR-Cas technology for precisely editing the ...
RCCS San Raffaele Scientific Institute in Milan researchers have discovered that hematopoietic stem cells (HSCs) adapt their lineage commitment during gene therapy based on the underlying genetic ...
CNS-directed AAV gene therapy shows milder immune responses compared to systemic ... via IP delivery exhibited minimal changes in B-cell responses, regardless of baseline anti-AAV titers or ...
Its lead gene therapy candidate has the potential to be faster, less expensive, and more widely available than current CAR T ...
"We discovered that disrupting the Axsl1 gene in T cells resulted in a better response to immune checkpoint blockade ... Transplantation and Cellular Therapy. T cells that encounter too many ...
"We discovered that disrupting the Axsl1 gene in T cells resulted in a better response to immune checkpoint blockade ...
Expect in-depth discussions covering revolutionary technologies used for precision genome editing, advancements and innovations in immune effector cell therapies, and the growing role or AI in gene ...
Cell therapy biotech Tolerance Bio has unveiled with $17.2 million and a mission of targeting immune diseases by stretching and saving the function of a key organ. The Philadelphia biotech’s ...
To improve long-term persistence and reduce the risk of immune rejection, researchers are exploring ways to diminish the ...
Genprex (GNPX) announced that its research collaborators at Meharry Medical College will present a poster detailing positive preclinical data from a study of the Company’s lead drug candidate, Reqorsa ...
from single base edits up to large multi-gene insertions. Importantly, the platform leverages HSCs as a self-renewing reservoir of engineered cells, providing durable therapies with improved patient ...
Disrupting the Asxl1 gene in T cells enhanced response to immune checkpoint blockade and ... of Bone Marrow Transplantation and Cellular Therapy. T cells that encounter too many tumor cell pieces ...