MeSH tree: A15.382.216
A new study provides a powerful way to study infections in environments that closely mimic human organs. The strategy, tested in a bone-marrow-on-chip model, was developed by researchers from the Barcelona Institute for Global ...
Nov 18, 2025
0
10
Cutting off blood flow can prematurely age the bone marrow, weakening the immune system's ability to fight cancer, according to a new study from NYU Langone Health.
Aug 19, 2025
1
442
Researchers have created the first detailed molecular map of the human bone marrow, revealing new insights that could reshape our thinking about how an incurable blood cancer grows and spreads.
Aug 18, 2025
0
30
A team of researchers led by NYU Tandon School of Engineering's Weiqiang Chen has developed a miniature device that could transform how blood cancer treatments are tested and tailored for patients.
Jul 1, 2025
0
19
Indiana University School of Medicine scientists have developed a powerful new imaging technique to study bone marrow in mouse models. By overcoming key challenges unique to imaging this complex tissue, this advancement could ...
Apr 24, 2025
0
20
For 21 years, Sebastien Beauzile lived with the chronic pain of sickle cell anemia. Now, thanks to a groundbreaking genetic treatment, he is the first person in New York to be cured of the disease.
Mar 17, 2025
0
42
Gene mutations in acute myeloid leukemia (AML) cells can guide treatment options, and machine learning can rapidly guess the existence of gene mutations based on images of leukemia cells.
Mar 13, 2025
0
22
Researchers at Baylor College of Medicine and collaborating institutions have discovered new insights into tumor-induced B cell changes in blood and bone marrow of triple negative breast cancer patients. The findings, published ...
Sep 12, 2024
0
61
In a study recently published in Allergy, a MedUni Vienna research team shows that COVID-19 leads to considerable long-term changes in the immune system, even in mild cases. The findings could help to better understand the ...
Jul 15, 2024
0
60
A team of neurologists at Third Military Medical University, in China, has found that transplanting stem cells from the bone marrow of young mice into older mice led to a slowdown of the development of Alzheimer's disease.
