Sentence examples for debris release from inspiring English sources

Modular junctions in total hip arthroplasties have been associated with fretting, corrosion, and debris release.

To address this threat, guidelines that include a limited debris release during normal operations, minimization of the potential for on-orbit break-ups and post mission disposal have begun to be implemented.

One major advantage of better materials for bearing surfaces, for example, highly cross-linked polyethylene and wear-resistant CoCrMo alloys by powder metallurgy, is the possibility of using larger head sizes in hip implants without significantly increasing wear debris release and the risk of osteolysis.

Infiltrated leukocytes and macrophages, besides removing of necrotic debris, release a large array of growth factors and cytokines involved in attracting myogenic stem cells and promoting angiogenesis.

What are the factors leading to debris release from modular junctions in c-ontemporary large-diameter metal-on-metal (MoM) total hip replacements (THRs)?

Therefore, spine implants can cause metal ion and debris release from fretting corrosion with elevating levels in body fluids, especially in the periprosthetic tissue.

Slab avalanches as the second most dominant type (32.6%) accounted for the largest observed avalanches (up to 250,000 m3 debris), releasing equally in all aspects.

The insulation debris released near the break during a LOCA incident consists of a mixture of disparate particle population that varies with size, shape, consistency and other properties.

Macrophages generally fall into two broad categories: The kinder, gentler ones — so-called M2 macrophages — are like construction engineers, nibbling cellular debris, releasing factors that encourage new cell growth and stimulate blood flow, and otherwise overseeing tissue repair.

In one instance, he used the specimens to test a theory favored by Christopher Redman, the Oxford internist, and several other researchers, which claimed that preeclampsia occurred when debris released by the placenta triggered an inflammatory reaction in the mother.

In addition, tiny particles of metallic debris released as the artificial joints move have caused severe tissue and bone damage in hundreds of patients, leaving some of them disabled.