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.
Not exact matches
When relaxed, during sleep or during blinking, however, retraction of the eyeball by a set of
skeletal muscles causes the third eyelid to passively move across the ocular surface from the inner,
lower corner of the eye to the upper, outer corner.
IL - 15Rα — KO mice weighed almost 20 % less than B6129 control mice, and this was reflected in the
lower absolute weights of individual
skeletal muscles.
The upregulation of Il15 mRNA in
skeletal muscles from IL - 15Rα — KO mice reported in the current study could potentially contribute to the altered body composition observed in these mice (14), as HSA - IL - 15TG mice had
lower adiposity and were resistant to high - fat diet — induced obesity (34).
Interestingly, some of this variation seems to be driven by sex in
skeletal muscle — a sexually dimorphic tissue — where a few maternally imprinted growth repressors have
lower level of imprinting in females.
Also, the
skeletal muscles of BCAAem - treated mice exhibit
lower levels of lipid peroxidation (an indirect index of ROS levels) than do those of untreated mice.
Deterioration and loss of
lower motor neurons that innervate
skeletal muscle lead to significant
muscle atrophy, particularly in fast - twitch fibers.
Lowering of plasma TG levels after injection of [3H] triolein - labeled Liposyn particles was associated with a greater uptake of [3H] triolein in the liver, but not in organs such as the heart or
skeletal muscle (Figure 8F), as would be expected if LPL activity were enhanced.
Lower motor neurons have somas within the spinal cord and extend their axons peripherally to innervate
skeletal muscles.
Television viewing time and reduced life expectancy: a life table analysis Suppression of
skeletal muscle lipoprotein lipase activity during physical inactivity: a molecular reason to maintain daily
low - intensity activity How many steps / day are enough?
Studies show that regular high intensity interval exercise significantly increases both aerobic and anaerobic fitness,
lowers insulin resistance, and results in a number of
skeletal muscle adaptations like enhanced
skeletal muscle, fat oxidation, and... [Read more...]
Description: Simvastatin is a member of the statins, a class of cholesterol -
lowering drugs whose major potential adverse effect is
skeletal muscle toxicity.
Symptoms and signs of
low testosterone include decreasing lean body mass or
skeletal muscle with increased body fat; fatigue, decreased energy, motivation and drive; decreased sex drive (libido) and erectile dysfunction; brain fog or reduced concentration or mental focus; mood changes including depression, anxiety or irritability; decreased bone density; and hair loss.
This pathway is slow and rate - limited in cardiac and
skeletal muscle due to an inherently
low concentration (lack of expression) of the enzymes, glucose -6-phosphate dehydrogenase and 6 - phosphogluconate dehydrogenase.
Low levels of these hormones results in reduced cardiac function and reduced
skeletal muscle function.
Therefore, the
low activity of the BCKDH complex in the
skeletal muscle under resting conditions may be important for normal growth of
skeletal muscle.
Low levels of myostatin protein are desirable because it leads to increased ability to build
skeletal muscle mass.
Results: Compared with physical activity and placebo, supplementation plus physical activity increased fat - free mass (1.7 - kg gain, P < 0.001), relative
skeletal muscle mass (P = 0.009), android distribution of fat (P = 0.021), handgrip strength (P = 0.001), standardized summary scores for physical components (P = 0.030), activities of daily living (P = 0.001), mini nutritional assessment (P = 0.003), and insulin - like growth factor I (P = 0.002), and
lowered C - reactive protein (P = 0.038).
One of them is the ability to improve insulin sensitivity in our
skeletal muscles which
lowers insulin levels in the blood thus reducing our appetite especially in between meals.
It sure would be nice to see the results of hepatic /
skeletal muscle / etc lipid mobilization in a
low fat vegan diet trial.
Reduction in
skeletal muscle lipids may have been the
lowest, however it is still a significant reduction:
Because they train the «calf raise» movement incorrect and find yourself targeting the stabilizers of the
lower leg (the soleus
muscle and medial
skeletal muscle group) rather than the gastrocs, that assuredly the 2
muscles we wish to be aesthetically awful.
Human
skeletal muscle PDH kinase activity and isoform expression during a 3 - day high - fat /
low - carbohydrate diet
A practical model of
low - volume high - intensity interval training induces mitochondrial biogenesis in human
skeletal muscle: potential mechanisms.
Spontaneous physical activity was
lower; thus, it stands to reason that Rev - erb agonism may improve
skeletal muscle mitochondrial function.
A high - fat,
low - carb diet may impair exercise performance by reducing the capacity to utilize carbs effectively — which would typically go on to be a key fuel source of
skeletal muscles during intense, endurance - based exercise.
«If insulin is infused locally into
skeletal muscle at a rate
low enough to avoid systemic reductions in plasma amino acids, MPS is stimulated.
This is consistent with reports associating regular exercise with reduced incidence of dementia3 and several cancer types.26 - 28 Potential reasons for improved functional status and survival among regular exercisers may include increased cardiovascular fitness and improved aerobic capacity and organ reserve,29 - 31 increases in
skeletal mass and metabolic adaptations of
muscle with decreased frailty,29 - 31
lower levels of circulating inflammatory markers, 32 improved response to vaccinations, 33 and improved higher - order cognitive functions.34
Leucine supplementation of a
low - protein meal increases
skeletal muscle and visceral tissue protein synthesis in neonatal pigs by stimulating mTOR - dependent translation initiation
Signs produced by protein deficiency or an improper protein: calorie ratio may include any or all of the following: reduced growth rates in puppies and kittens, anemia, weight loss,
skeletal muscle atrophy, dull unkempt hair coat, anorexia, reproductive problems, persistent unresponsive parasitism or
low - grade microbial infection, impaired protection via vaccination, rapid weight loss after injury or during disease, and failure to respond properly to treatment of injury or disease.