Sentence examples for exposure bone from inspiring English sources

In more severe chronic exposure, bone calcium is gradually replaced by fluorine; the bones become soft and crumbly and turn chalky white.

Apart from blood, bone surface area, saliva, milk is also contemporary biomarkers; and whereas nails and hair are biomarkers of recent exposure, bone and teeth are the biomarkers for historical exposure (WHO 2014).

Consequently, more extensive surgical exposure, bone debris, and longer operative time in hip resurfacing are not likely to be absolute risk factors for heterotopic ossification.

Nevertheless, if the mechanism(s) by which lead affects maternal blood pressure levels is heavily influenced by long-term lead exposure, bone lead could be a better biomarker for describing a relationship of lead exposure with blood pressure.

It is unclear to what extent a decline in platelet counts during a course of TPE is related to heparin exposure, bone marrow suppression secondary to therapeutic immunosuppression, platelet consumption or possibly heparin-induced thrombocytopenia.

Our data suggest that in addition to current sources of environmental lead exposure, bone lead accumulated over time constitutes a moderate source of circulating lead during adolescence and may account for some of the adverse health effects documented in recent studies.

Hernandez-Avila et al. (1998) reported that, in individuals with no history to occupational Pb exposure, bone-Pb (in particular trabecular Pb) exerts an additional independent influence on plasma-Pb after control for BPb.

As pointed by Hu et al. (1998), two major paradigms relate to skeletal Pb: bone-Pb as an indicator of cumulative Pb exposure (bone-Pb as a repository), and bone-Pb as a source of body burden that can mobilized into the circulation (bone-Pb as a source).

The study looked at 587 women (now aged 47 74 years) who had undergone bone lead evaluations as part of two studies during the 1990s; to assess long-term exposures, bone lead concentrations were determined at each woman's mid-tibial shaft (shin bone) and patella (kneecap).

The results suggest that EPF can prevent the adverse effects of smoke exposure on bone by stimulating bone formation and inhibiting bone turnover and bone resorption.

In immunoPET, less radiation exposure to bone marrow, improved bone metastasis detection and improved radioimmunotherapy dose planning may be achieved using DFO-cyclo*.