Sentence examples for improved bone marrow from inspiring English sources

Such improvements include improved bone marrow harvesting and storage, more efficacious antibiotics post-transplant, greater use of cytokines to recover pancytopenia and general improvements in clincal diagnosis and care, all of which may have significantly contributed to the reduced risk of IP in the latter cohort treated at 7.5 cGy min−1.

In the present study, NS-018 treatment improved bone marrow fibrosis in JAK2V617F BMT mice.

The consistent results from both methods indicate that 17-DMAG protects bone marrow cells from irradiation, suggesting the improved bone marrow cell viability may contribute to increased 30-day survival in irradiated mice pretreated with 17-DMAG.

In keeping with the above results, in a JAK2V617F bone marrow transplantation mouse model with a myelofibrosis-like disease, NS-018 reduced leukocytosis and splenomegaly, improved bone marrow fibrosis and prolonged survival without decreasing the erythrocyte or PLT count in the peripheral blood.

Similarly, the knowledge could also improve bone marrow transplantation for a variety of childhood and adult disorders.

A product for improving bone marrow transplantation was removed from the market in the late 1990s after an equivalent product from the patent-holding company became available.

"Our study tells the field that to find the factors that can improve bone marrow transplantation, it needs to broaden the search beyond the bone marrow," Ding says.

These observations lay a foundation for developing strategies to improve bone marrow transplants and blood cancer treatment regimens in an aging population.

Dr. Czechowicz's research is aimed primarily at understanding how hematopoietic stem cells interact with their microenvironment in order to subsequently modulate these interactions to ultimately improve bone marrow transplantation and unlock biological secrets that further enable regenerative medicine broadly.

The research program of the Snoeck lab primarily focuses on hematopoiesis with the aim to improve bone marrow transplantation and gene therapy targeted at hematopoietic stem cells (HSCs), and gain insight in leukemogenesis.

Collectively, these data indicate that regenerative responses to distinct hematopoietic injuries share a genetic dependence on β-catenin and raise the possibility that modulation of Wnt signaling may be a path to improving bone marrow recovery after damage.