"bone density reduction" is a correct and usable phrase in written English.
It describes the process of decreasing the amount of bone density in one's bones. You can use this phrase in any sentence where you are discussing a decrease in bone density. For example: - "The patient has been experiencing bone density reduction due to their sedentary lifestyle." - "According to recent studies, women over the age of 50 are at a higher risk for bone density reduction." - "Regular weight-bearing exercise can help prevent bone density reduction in older adults." - "The medication has been linked to bone density reduction in some patients." - "The doctor recommended a calcium and vitamin D supplement to prevent bone density reduction."
Furthermore, exclusively based on polar bear contaminant studies, bone density reduction and neurochemical disruption and DNA hypomethylation of the brain stem seemed to occur.
Menopausal women suffer from many health problems such as hot flushes, sweating and mood swings; they are also more prone to cardiovascular disease, bone density reduction and osteoporosis.
Even if our study population also comprises a few young adult subjects, we arbitrarily used the standards recently proposed for pediatric subjects to define bone density reduction [ 12].
A reduction in bone turnover of this magnitude would likely suffice for the treatment of patients with less severe bone density reduction.
All of these studies on conventional stems report on a significant bone density reduction in the proximal part of the femur, regardless of the modifications to the stem design.
While the terminology suggests that the decrease in bone density is brought about by increased cortical resorption activity [ 30, 34], an alternative pathway to bone density reduction would be a strong increase in vascularization, leading to the periosteal bone being primarily cancellous.
Bone density reductions were considerably less (2 4%) for horseshoe-shaped CFR-PEEK component.
For debonded interface condition, bone density increase of ~55% was observed in the supero-posterior part of acetabulum, whereas bone density reductions were low (1 20%) in other locations.
Except for bone density reductions and neurological measures, all findings were supported by case-control studies of Greenland sledge dogs exposed long-term orally to similar combinations of contaminant concentrations.
It was found that R-3HB increased serum alkaline phosphatase activity and calcium deposition, decreased serum osteocalcin, prevented bone mineral density reduction resulting from ovariectomization, leading to enhanced femur maximal load and bone deformation resistance, as well as improved trabecular bone volume (Zhao et al. 2007).
A later study in women with low bone density showed reduction in incidence (47%) of all nonvertebral fractures (Pols et al 1999).
