Protein synthesis is often directly related to
a muscles cells state of hydration.
Not exact matches
According to Raymond Geor, an exercise physiologist at Michigan
State University, sled dog
muscle cells are well equipped to use this fat because they have a higher mitochondrial density — more cellular power plants — than other animals.
Specialized stem
cells known as satellite
cells reside in skeletal
muscle in an inactive
state.
Then the researchers, led by then - post-doc, now Oregon
State University faculty member Matthew Robinson and colleagues, took biopsies from the volunteers» thigh
muscles and compared the molecular makeup of their
muscle cells to samples from sedentary volunteers.
But with this technique, we can just take a small sample of non-
muscle tissue, like skin or blood, revert the obtained
cells to a pluripotent
state, and eventually grow an endless amount of functioning
muscle fibers to test.»
«So, you might think that satellite
cells would be already programmed in a way that commits them solely to the «mature
muscle cell»
state.»
But in a striking finding, all regenerated heart
muscle cells glowed green, indicating that well established cardiomyocytes remaining after injury had likely regressed to a more «youthful»
state, started dividing again to replenish lost
cells, and then matured a second time into new heart
muscle.
Defined basic principles of how skeletal and cardiac
muscle cells adapt to changing physiological demands associated with exercise or disease
states.
However, prior to heart failure, damaged mammalian heart
muscle cells enter a save - yourself
state known as «hibernation,» in which they cease contracting in an effort to survive.
Title: Skeletal
muscle stem
cells adopt a dormant
state post mortem and retain regenerative capacity Authors: Latil M, Rocheteau P, Châtre L, Sanulli S, Mémet S, Ricchetti M, Tajbakhsh S, Chrétien F Date: 2012 Publication Details: Nature Communications 2012, 3 (903)
After a very extended childhood spent dividing in a culture dish, even stem
cells tend to grow up and assume adult roles as workaday nerve,
muscle, or blood
cells, never to return to their youthful
state.
The team, headed by professor Juan Carlos Ispizúa Belmonte, Ph.D., of the Gene Expression Laboratory and including professor Fred Gage, Ph.D., of the Laboratory of Genetics, demonstrates how a DNA - binding protein called Nanog coaxes mouse ES
cells trying to differentiate into
muscle cells back into an immature
state.
During sleep, our bodies enter a catabolic
state in which
muscles are broken down to feed other
cells in the body.
Since creating an anabolic
state translates to creating a positive nitrogen balance within the
muscle cells and l - glutamine is a primary nitrogen transporter, glutamine supplementation is viewed as one of the cornerstones of optimal
muscle growth.
One was conducted by scientists at Ball
State University, and it demonstrated that low
muscle glycogen levels (which is inevitable with low - carb dieting) impairs post-workout
cell signaling related to
muscle growth.
The conversion of calories from their stored nutrient
state to the form that can be burned by your
muscle cells is achieved, during aerobic exercise, through the process of cellular respiration, which requires oxygen, and the delivery of oxygen through your bloodstream to your active
muscle cells is directly related to your heart rate.
In the same way, whereas NR supplementation increased
muscle stem
cell number in aged mice, thereby enhancing mitochondrial function and
muscle strength, it reduced the expression of
cell senescence and apoptosis markers [233]; the
state of senescence is important to protect against carcinogenesis [234].
Unfortunately, exercise causes rapid glutamine depletion as the body uses up glutamine to maintain the hydration
state of the
muscle cells.
This is the action
state in which a
muscle cell, for example, will contract and tense the
muscle.
Also, lactic acid resistance training triggers growth hormone production (due to lactic acid accumulation and catabolic
state supplemented with amino acids) resulting in
muscle stimulation and fatty acids (fat) release from fat
cells, which makes fat burn much even more effective.
Building resilience via stress via «dosing» the
muscle with the proper stress and maintaining the
cells» «ready
state» (avoiding excessive inflammation) via antioxidant intake is another.
Myofibrils, the functional units of myocytes, composed of actin and myosin filaments spanning the length of the
muscle cell, do not serve as substrate for the proteasome in their native
state (45).