Sentence examples for bone dissolution from inspiring English sources

Scrutiny came after The Spine Journal said surgeons, whom Medtronic paid millions, failed to report complications, including cancer, sterility in men and bone dissolution, from a bioengineered bone-growth protein.

PLCγ2−/− osteoclasts, like DCs, have abnormal actin cytoskeleton, as they lack the typical belt of actin which enables the cell to seal the acidic environment of the resorptive lacunae, allowing bone dissolution.

Cathepsin K and MMPs catalyze the degradation of bone matrix, dissolution of the bone mineral, and resorption of the bone.

It was proposed as an intermediate in both bone mineralization and dissolution of enamel in acids (dental erosion) (LeGeros 1991, 2001; O'Neill 2007).

Bioactive sol gel derived glass scaffolds bond to bone and their dissolution products stimulate new bone growth in vitro and in vivo; they may therefore be used to regenerate diseased or damaged bone to its original state and function in bone tissue engineering applications.

This work expands on these initial investigations by examining the interior of the fossil dinosaur bone prior to dissolution in acid using scanning electron microscopy (SEM) and energy dispersive spectroscopy (EDS).

The osteoclast is the cell responsible for the resorption (dissolution) of bone and excess bone resorption is implicated in diseases such as osteoporosis.

The change in the rate of urinary Ca excretion was therefore interpreted as a consequence of the mobilisation of Ca from the bones, associated with the release of buffer substances due to the dissolution of bone mineral in the presence of severe metabolic acidosis.

Behind the dissolution of bone with age is a system designed for the itinerant years of youth.

The phosphate species have many important properties in polymorphic water; PO43− partitions very strongly into HDW; HPO42− partitions strongly into HDW H2PO4− partitions very strongly into LDW These three species are intimately involved in synthesis and dissolution of bone.

Although the resolution of our technique does not permit detection of polyP within the mitochondria of bone-resorbing osteoclasts, the ability of mitochondria to store Pi as bioavailable polyP suggests that these organelles may be employed by osteoclasts to scavenge and store the Pi released by apatite dissolution during bone resorption.