Other immune cells identified within cranial bone marrow samples included CD4+ and CD8+ T-cells, Tregs, and MAIT cells, all exhibiting varying levels of tumor reactivity and persistence in the ...

The article published in Cancer Cell, by Dr. Manish Aghi and others, demonstrate that hybrid immune cells derived from the skull bone marrow activate an antitumor immune response. This discovery ...

Tissue homeostasis: plasmacytoid dendritic cells monitor bone marrow, ... Bladder cancer treatment reprograms bone marrow to boost immune system's cancer-fighting ability. May 29, 2025.

This is ensured by hematopoietic stem cells, which are found in the bone marrow. The process of blood cell formation is very important for the maintenance of a functional immune system and ...

In this webinar, Dr. Prasanna N Kumar, Professor of Pathology PSG Institute of Medical Sciences and Research, demonstrates how the Aerospray® Hematology Pro Slide Stainer / Cytocentrifuge solves ...

A bone marrow transplant replaces damaged bone marrow with healthy marrow cells. Learn more about why a transplant is needed, types, how to prepare, risks, the procedure, and recovery.

In a new study, published in Cancer Cell, Dr. Glickman and his colleagues showed BCG doesn't just work locally in the bladder, but reprograms and amplifies cells in the bone marrow that give rise ...

A Fred Hutchinson Cancer Center team has developed a strategy that could improve the effects of bone marrow transplantation for blood cancer while minimizing GHVD. Laboratory models of leukemia and ...

Over time, bone marrow stem cells develop key genetic errors and pass them on to immune cells. This may increase the risk of developing heart disease.

Scientists have shown that high-fat diets can cause rapid changes in the bone marrow of mice, driving the production of inflammatory immune cells, according to findings published today in eLife ...

Aplastic anemia is a rare blood disorder. When you have this serious but treatable disorder, your bone marrow — the spongy stuff inside your bones where your blood cells are made — stops ...