Sentence examples for marrow cultures from from inspiring English sources

Bone marrow cultures from C57B6 mice were treated with fms-like tyrosine kinase-3 ligand (Flt-3L), PTH, Flt-3L plus PTH, or vehicle control.

Buckbinder et al. demonstrated an increase in alkaline phosphatase activity and increased bone mineralization in bone marrow cultures from Pyk2−/− mice, which indicates that Pyk2 may be involved in the regulation of differentiating pre-osteoblasts [30].

Cultures of BMDM cells from knock-in mice formed significantly more osteoclasts (OCLs) in response to RANKL than wild-type (WT) BMDM cultures (Figure 6E G), which is similar to bone marrow cultures from PDB patients.

This study also demonstrated an increase in alkaline phosphatase activity and increased bone mineralization in bone marrow cultures from Pyk2−/− mice and in human mesenchymal stem cells treated either with short hairpin RNA directed against Pyk2 or treated with a catalytically inactive Pyk2 mutant [30].

Long-term bone marrow cultures from 107 bone marrow mononuclear cells were grown, in accordance with standard techniques [ 34, 35].

Further analyses with primary bone marrow cultures from 8-day-old Dnmt2−/− mice revealed a significant reduction in their proliferative capacities in vitro (Fig 2C).

Interestingly, the amplification of both populations, with Flt-3L alone or combined with PTH was lower in the bone marrow cultures derived from the IL-6 deficient mice.

To test the hypothesis that FM550 and TPP are negative regulators of bone formation, we examined the effect of FM550 and TPP on adipogenic and osteogenic differentiation in primary bone marrow cultures prepared from female C57BL/6J mice.

Primary bone marrow cultures were prepared from C57BL/6J mice (female, 12 weeks of age; Jackson Laboratories, Bar Harbor, ME).

When culturing for S.Typhi or S. Paratyphi, the sensitivity of blood culture ranges between 20 and 66 % and the sensitivity of bone marrow culture ranges from 48 to 100%% [ 6, 18– 20].

Notably, in the patients receiving both blood and bone marrow cultures, S. Typhi was isolated from both samples on 145 (25%) occasions and from the bone marrow alone on 28 (5%) occasions.