Bone marrow aspiration enhances detection of leukemia cells

Publication
Article
Oncology NEWS InternationalOncology NEWS International Vol 18 No 11
Volume 18
Issue 11

Scientists in New Mexico are experimenting with a nanotechnology device that quantifies the amount of nanoparticle-bound tumor cells in a tissue sample and offers increased sensitivity to minimal residual disease (Cancer Res 69:6839-6847, 2009).

Scientists in New Mexico are experimenting with a nanotechnology device that quantifies the amount of nanoparticle-bound tumor cells in a tissue sample and offers increased sensitivity to minimal residual disease (Cancer Res 69:6839-6847, 2009).

The marrow biopsy needle targets tumor cells with nanoparticles and then preferentially extracts the cells with a magnetic needle. The group used anti-CD34 antibody loaded magnetic nanoparticles to detect CD34-positive cells as an indicator of leukemia. To quantify the cells recovered, they coupled this nanoparticle-mediated fishing for leukemic cells with the Superconducting Quantum Interference Device (SQUID).

The work is a collaborative effort between Senior Scientific and the University of New Mexico Health Science Center, both in Albuquerque.

Recent Videos
2 experts in this video
“If you have a [patient in the] fourth or fifth line, [JNJ-5322] could be a valid drug of choice,” said Rakesh Popat, BSc, MBBS, MRCP, FRCPath, PhD.
2 experts in this video
Earlier treatment with daratumumab may be better tolerated for patients with pretreated MRD-negative multiple myeloma.
The trispecific antibody JNJ-5322 demonstrated superior efficacy vs approved agents in multiple myeloma in results shared at the 2025 EHA Congress.
Despite CD19 CAR T-cell therapy exhibiting efficacy in patients with relapsed/refractory large B-cell lymphoma, less than half achieve long-term remission.
4 experts in this video
4 experts in this video
Related Content