At base line and every two months thereafter, her height was measured with the same stadiometer and her body composition was measured by dual - energy x-ray absorptiometry (QDR 1000W, Hologic, Waltham, Mass.) to determine
the bone mineral mass and the amounts of fat and lean soft tissue.11 Spontaneous energy intake was measured with the use of a standardized test meal (containing 1670 kcal of energy) given at noon, after the patient had been fasting since breakfast.
Bone mineral mass increased by 0.15 kg.
Osteoporosis is primarily characterized by a depletion of
bone mineral mass, but when combined with alterations in bone architecture results in greater bone fragility and increased fracture risks.
Not exact matches
Calcium is a
mineral that helps us to build
bones and teeth, and maintain
bone mass.
The small increase in the high - dose group did not translate into beneficial effects because authors found no difference between the three study groups for changes in spine, average total - hip, average femoral neck or total - body
bone mineral density, trabecular
bone score, muscle
mass or sit - to - stand tests.
High - dose vitamin D supplementation in postmenopausal women was not associated with beneficial effects on
bone mineral density, muscle function, muscle
mass or falls, according to the results of a randomized clinical trial published online by JAMA Internal Medicine.
Karen E. Hansen, M.D., M.S., of the University of Wisconsin School of Medicine and Public Health, Madison, and colleagues compared the effects of placebo, low - dose cholecalciferol (a form of vitamin D) and high - dose cholecalciferol on one - year changes on total TFCA,
bone mineral density, sit - to - stand tests and muscle
mass in 230 postmenopausal women (75 or younger) with vitamin D insufficiency.
Those who consistently watched ≥ 14 hours / week of television had lower
bone mineral content than those who watched less television, even after adjusting for height, body
mass, physical activity, calcium intake, vitamin D levels, alcohol, and smoking (all at age 20).
Risks for osteoporosis are therefore determined early in life although the subsequent loss of
bone mineral after peak
bone mass is also an important factor.
Bone mineral content and density in adulthood depends predominantly on growth and mineralization and the peak bone mass achieved in early adulth
Bone mineral content and density in adulthood depends predominantly on growth and mineralization and the peak
bone mass achieved in early adulth
bone mass achieved in early adulthood.
Male hypogonadism is characterized by symptoms such as mood disturbances, sexual dysfunction, decreased muscle
mass and strength, and decreased
bone mineral density.
The researchers then monitored the participants» body composition, including their body
mass index, percent body fat, lean body
mass and
bone mineral density.
Calcium is an essential
mineral for
bone health and helps in maintaining
bone mass and strength.
Research shows that
bone mineral density (BMD) has a definite correlation to lean muscle
mass, so healthy testosterone levels and lean muscle are another key to a healthy increase in
bone density.
Be aware that improvements in
bone mass or
bone mineral density will be lost if you stop exercising properly — you have to keep working to slow the loss of
bone mass.
Measures of bioavailable serum testosterone and estradiol and their relationships with muscle
mass, muscle strength and
bone mineral density in postmenopausal women: a cross-sectional study..
GH therapy has been shown to decrease fat
mass, increase lean body
mass, increase
bone mineral density, reduce both LDL and total cholesterol, reduce carotid - artery intimal media thickness, increase the number and function of endothelial progenitor cells (which repair the vascular wall), increase exercise tolerance, and dramatically improve overall quality of life.8 9 10
Long - term testosterone gel (AndroGel) treatment maintains beneficial effects on sexual function and mood, lean and fat
mass, and
bone mineral density in hypogonadal men..
Testosterone therapy confers a wide range of health benefits for hypogonadal men, including improvements in body composition (reduction in body fat, increase in muscle
mass, weight loss), lipid profile, cardiovascular function, insulin sensitivity / glucose metabolism,
bone mineral density, inflammatory parameters, quality of life and potentially longevity.
In most studies in hypogonadal men receiving testosterone replacement, improvement in sexual function and lean
mass, decrease in fat
mass and increase in
bone mineral density are more consistent in younger than older men.»
«consumption of abundant alkaline - forming foods can result in improvement in
bone mineral density (BMD) and muscle
mass, protection from chronic illnesses, reduced tumor - cell invasion and metastasis, and effective excretion of toxins from the body.
It increases muscle
mass and
bone mineral density, it makes you stronger so that you can be more active throughout the day, and it boosts metabolism for all - day fat burning.
Olympic weightlifters are renowned for having a higher
bone mineral density (BMD) or
bone mineral content (BMC), having less fat
mass, and having a greater amount of muscle
mass than normal, healthy control subjects.
Intake of high potassium will reduce the intent of stroke, protects against loss of muscle
mass and preserves
bone mineral density.
As we grow older, we begin to lose precious muscle
mass and
bone mineral density.
These effects included increased appetite, muscle
mass,
bone mineral density, angiogenesis, VEGF expression, protection of the heart, and modulation of glucose and energy homeostasis.
The diet consists of 1.75 g / kg protein (or 0.5 to 1.0 grams protein per pound of lean body
mass), less than 10g carbs, over 80 % of calories as fat and then supplemented with
minerals such as sodium (
bone broth is my favorite way to add sodium; it is FILLED with
minerals!).
Calcium is a vital
mineral for building
bone mass, and milk is a rich source of this
mineral.
Just as having enough testosterone supports strength and sexual function, a lack of it (hypogonadism) can have equally dramatic side effects, including sexual dysfunction, infertility, stunted height, low
bone -
mineral density, reduced muscle
mass, and reduced strength.
Participants in the standard intervention and enhanced intervention groups did not differ significantly for fat
mass, lean
mass, percent body fat,
bone mineral content,
bone mineral density, or cardiorespiratory fitness (P ≥.05 for all), although there were significant changes across time among all participants (P <.01 for all for time).
In multiple studies involving aging men, low testosterone levels are associated with lower skeletal muscle
mass, muscle strength, physical function,
bone mineral density and higher risk of fractures and death.