Sentence examples for bone cell due to from inspiring English sources

In vitro test results have shown that the MAO treated sample exhibited more conductive to the formation of hydroxyapatite and the growth of bone cell due to rough and macro-porous rutile and anatase while AC treatment had limit influence on the surface activity.

In orthopaedic surgery, the thermal and mechanical invasion caused to the bone cells due to drilling can result in their damage or even death, leading to the loosening of the fixation and increase in healing time postoperatively.

In our study, we were interested in human bone progenitor cells due to their low immunogenicity, sensitivity to mechanical loading and capacity to differentiate into osteogenic human bone progenitor cells.

Furthermore, the degradation of magnesium based metals in bones could promote the new bone formation, enhance the bone mineral density for the osteoporosis modeled animal, and even have strong anti-bacterial ability and strong cytotoxicity to bone tumor cells due to the enhancement of pH.

Alternatively, adipose-tissue-derived MSCs (AT-MSCs) could be used in future clinical applications instead of bone marrow stem cells due to their comparable differentiation and therapeutic potential, but AT-MSCs are easier and safer to obtain [ 1– 18].

In addition, as reported by our group and other investigators, SDF-1 is one of the potent chemo attractants for bone marrow derived endothelial progenitor cells due to the presence of CXCR4 receptors in these cells [27], [38], and it may be involved in enhanced angiogenesis and invasiveness of the tumor following treatment with VEGFRs inhibitors.

Bone marrow failure syndromes (BMFS) typically present with a marked reduction of peripheral blood cells due to a destroyed or dysfunctional bone marrow compartment.

Polyurethane (PU) is a promising polymer to support bone matrix producing cells due to its durability and mechanical resistance.

In CKD, elevated FGF-23 levels are thought to be due to increased secretion by bone cells, rather than due to decreased renal clearance [46, 47].

In CKD, elevated FGF-23 levels are thought to be due to increased secretion by bone cells, rather than due to decreased renal clearance [ 46, 47].

Fluctuating fluid pressure and interfacial strains occur between bone cells and implants due to mechanical loading during walking and other daily activities.