Sentence examples for long term bone from inspiring English sources

The present studies were designed to investigate whether similar ontogenic differences exist in the expression of cytokine in stromal cells from FBM, ABM, and CB using RI-PCR, and how the differences affect the repopulating ability of the hematopoietic stem cells after long term bone marrow culture (LTBMC).

A significant fraction of these patients had already failed one or more regimens, some had used agents that induce long term bone marrow damage while others had metastatic disease to the bone.

Studies of haematopoietic progenitors in DC show a clear reduction in numbers in both the bone marrow and peripheral blood [77 79] and in vitro studies of long term bone marrow culture demonstrate a quantitative deficit in global haematopoiesis [79].

In the presence of bone marrow conditioned media (Long Term Bone Marrow Media conditioned through 7 day contact with haematopoietically active, adipocyte-rich BMS) PC-3/PC3-GFP cells adopted an amoeboid phenotype.

At some point, I realized I was worrying about the heroine's long-term bone density.

For adolescents, long-term bone and brain development are the primary concerns, according to Dr. Joel Jahraus, who has dealt with cases of acute starvation and is the director of primary care medicine at the Remuda Ranch, a treatment center for anorexia and bulimia in Wickenburg, Ariz.

Autologous BMSFs in AML were isolated from the stromal layers of long-term bone marrow culture (LTBMC) using immunomagnetic beads.

In osteoporosis, for example, this disruption leads to long-term bone loss and increased fragility, and can ultimately result in fractures.

Beta-type Ti-40Nb with very low Young's modulus is a promising alloy for long-term bone implant applications but surface states must be tailored for optimum osseointegration.

Long-term bone mineral density (BMD) or fracture incidence changes after withdrawal of postmenopausal hormone therapy (HT) are not well known.

Unfortunately, data on techniques for long-term bone scan evaluation and correlation with clinical disease progression is scarce, remaining a domain of magnetic resonance imaging (MRI) [5], where the size of lesions can be reliably tracked.