BCAAs can be used
by muscle cells as an energy source, which may help offset muscle breakdown during endurance exercise and help support recovery and repair after weight training.
For the past several years, researchers at the University of Illinois at Urbana - Champaign have been developing a class of walking «bio-bots» powered
by muscle cells and controlled with electrical and optical pulses.
Rapsyn is made
by our muscle cells and considered a sort of biological anchor that interacts with the acetylcholine receptors to ensure that they are optimally positioned for our muscles to receive orders from our brain.
Scientists know which part to replace, but the real problem, again, is delivery: «We would have to wrap the gene in such a way that it could be picked up
by muscle cells and incorporated into them,» Davies said.
When taken after exercise, creatine will boost muscle creatine stores and promote greater protein synthesis during recovery by increasing the amount of water taken up
by muscle cells and increasing the release of the anabolic hormone insulin - like growth factor - 1 (IGF - 1).
Beta - Alanine is a non-essential amino acid that is used
by muscle cells to synthesize carnosine.
* [Branched chain amino acids are not metabolized by the liver; they are used primarily
by muscle cells.]
Researchers from the University of Connecticut found that consuming fast - digested proteins and fast - digested carbs after a workout both increase the amount of protein taken up
by the muscle cells and the number of testosterone receptors in muscle cells.
But, that's different than «the delayed onset muscle soreness» that occurs in the days following a bout of extreme physical activity — which is thought to be due to inflammation caused
by muscle cell damage, little micro-tears in the muscle.
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.
This compound is primarily produced
by muscle cells.
Protein combined with carbohydrate stimulates a greater release of insulin, which promotes faster uptake of glucose
by the muscle cells and faster glycogen storage.
These are adipose tissue hormone sensitive lipase (HSL) which is responsible for the release of fat from your fat cells, and muscle tissue lipoprotein lipase (LPL) which is responsible for the uptake of fat
by your muscle cells where it is used for energy.
[10] In vitro, lipoic acid was found to stimulate glucose uptake
by muscle cells in a manner similar to insulin.
Not exact matches
A great study done in 2010 indicated that drinking fat - free milk immediately after whole - body resistance training and again one hour after the workout allowed participants to increase fat loss, gain greater
muscle and strength, and strengthen bones
by reducing bone
cell turnover.
Rather than being used
by muscles for energy, the glucose is redirected to fat
cells.
Anabolic steroids work
by helping the body's
muscle cells produce more protein which, as long as the athletes works out, leads to increased
muscle size and strength and, at the same time, also allows the body to produce more ATP, the «fuel»
muscles need to move.
It is commonly known that calcium is required for strong bones and teeth, but it is little acknowledged that calcium is actually required
by every
cell in the body to function in a healthful way: from bones to nerves and
muscles to blood, calcium serves a significant purpose throughout the body.
The researchers found that they could trigger the same effects in healthy
muscle cells by exposing them to the fat palmitate.
Led
by researchers at the Cincinnati Children's Hospital Medical Center Heart Institute, the study demonstrates the gene Gm7325 and its protein — which the scientists named «myomerger» — prompt
muscle stem
cells to fuse and develop skeletal
muscles the body needs to move and survive.
Researchers then tested
cell cultures and mouse models
by using a gene editing process called CRISPR - Cas9 to demonstrate how the presence or absence of myomaker and myomerger — both individually and in unison — affect
cell fusion and
muscle formation.
«We also study how to control living
muscle tissue
by electrical stimulation of the
cell,» he says.
Because heart
cells lose their ability to divide soon after we are born, when the
cells die — in a heart attack, say — the dead tissue is replaced
by scar tissue rather than new
muscle.
It appears to work
by adjusting the body's metabolism, allowing
muscles to favor burning fat over sugar, researchers report in the May 2
Cell Metabolism.
Common wisdom in this field had held that the endothelial
cells must help immune
cells squeeze through
by contracting themselves like small
muscles, but the present study found no evidence for such contraction - based help.
«At first we were surprised
by how rapidly NR was able to reactivate dormant mitochondria in
muscle, despite being largely consumed
by other
cell types,» Frederick said.
Action potentials can be created
by many types of
cells, but are used most extensively
by the nervous system for communication between neurons and to transmit information from neurons to other body tissues such as
muscles and glands.
The result was the largest deletion ever observed in the dystrophin gene using CRISPR / Cas9, and the study was the first to create corrected human iPS
cells that could directly restore functional
muscle tissue affected
by Duchenne.
Scientists at the University of Liverpool have discovered that
muscle cells affected
by muscular dystrophy contain high levels of an enzyme that impairs
muscle repair.
The 8 July cover story features a nickel - sized artificial string - ray whose swimming is guided
by light and powered
by heart
muscle cells: a «living» robot hailed as a technical tour de force.
This atrophy is prompted
by metabolites that purge the
muscle cells of mitochondria and sarcoplasmic reticulum (which provide energy and signals), according to the BMC Ecology research.
A-beta is made
by cells in the brain, but also
by blood platelets, skin
cells,
muscles and other parts of the body.
Dwarki and Jaime Escobedo improved the AAV's ability to insert genes into chromosomes
by adding a gene promoter region from cytomegalovirus, known to be active in the target for their gene therapy,
muscle cells.
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.
Pinaverium is a type of antispasmodic, an agent that improves IBS symptoms (abdominal pain, bloating and disturbed defecation)
by directly relaxing the colonic smooth
muscle cells or antagonizing the excitatory neuromuscular neurotransmission.
By comparing proteomic and RNA - sequencing data from people on different exercise programs, the researchers found evidence that exercise encourages the
cell to make more RNA copies of genes coding for mitochondrial proteins and proteins responsible for
muscle growth.
Previous research
by Lee's lab had shown that p75 is involved in a signaling pathway that regulates the development of sensory neurons —
cells which transmit our sensation of pain, touch and
muscle tension — in the dorsal root ganglia.
Cohen suspects that the protein triggers off a sequence of events
by which the raw stem
cells — the «ancestors» of bone, cartilage, skin, ligament, marrow,
muscle and tendon
cells — are converted into bone
cells.
Movement of the third eyelid in cats is also partially regulated
by the sympathetic nervous system as well as
by smooth
muscle cells within the third eyelid.
By this time I knew that Grace had begun to exhibit various signs indicating destruction of the
cells of some of her voluntary
muscle tissue, a process called rhabdomyolysis.
Muscular Dystrophy is a hereditary condition marked
by weakness and progressive wasting of the
muscles, while ALS impacts nerve
cells that control voluntary
muscle movement.
Because
muscles form through fusion of
cells, the examples they found were all formed
by fusion.
The brain controls movement
by sending electrical signals to our
muscles through nerve
cells.
In both
muscle and the brain, GDF11 appears to work in part
by restoring the function of stem
cells.
For the first time, a research team led
by Dr. Ralf Gilsbach and Prof. Dr. Lutz Hein from the Institute of Experimental and Clinical Pharmacology and Toxicology at the University of Freiburg have mapped out the gene regulators in the DNA of human cardiac
muscle cells.
In two papers published online 16 November
by Nature Medicine, Margaret Goodell of Baylor College of Medicine in Houston, Texas, and her colleagues and Fabio Rossi of the University of British Columbia in Vancouver, Canada, and his colleagues report that the progeny of blood stem
cells can indeed contribute to mature
muscle tissue.
The same basic proteins used
by platelets are also used in movements in
muscle and other
cells.
The researchers found that too much or too little activity
by the autophagy protein BEC - 1 in neurons,
muscles and the intestine is detrimental to germline
cell proliferation.
Previous research conducted
by Dr. Badylak's team suggested that ECM also could be used to regenerate lost
muscle by placing the material in the injury site where it signals the body to recruit stem and other progenitor
cells to rebuild healthy tissue.
The disease is caused
by a genetic mutation that prevents a protein required to keep
muscle cells intact from being produced.