Sentences with phrase «of damage to muscle»

Unfortunately, they are killing their results, because the eccentric portion is where most of the damage to the muscle takes place.

Elevated creatine kinase is a sign of damage to muscles.

Not exact matches

According to the New York Times, scientists discovered that when we sit all day, «electrical activity in the muscles drops... leading to a cascade of harmful metabolic effects,» and sadly even getting regular doses of exercise doesn't offset the damage.

The PDR goes on to specify in excruciating detail the toxic potential of this drug: liver damage, kidney destruction, heart muscle compromise, pulmonary failure, gastrointestinal pathology, and bone marrow suppression.

He was close, dangerously close, to a plethora of problems facing him — from nerve to muscle damage to even more.

It said that Maatta generally had to make changes to his game because of the injury inNovember (soft tissue and muscle damage in his abdominal — NHL.com article soon after the injury) from the hit into the boards / door.

Such motions can also cause significant damage to ligaments and muscles, which leads to dislocations and instability of the spine.

Post-match fatigue is linked to a combination of dehydration, glycogen depletion, muscle damage and mental fatigue.

How you could witness what the rest of us have these last few years and ever even consider saying Arsenal should beat these teams on financial and historical grounds is completely beyond my comprehension because their is no financial muscle flexed at Arsenal and these teams, even Marseille, are bigger spenders, as for the history, well the problem there is the man that made alot of that history is they current manager and he has no qualms about damaging it as long as he gets to employ his own agenda, which only he now seems to know what this actually is Arsenal deserve nothing on merit going into any game.

Little Leaguer's Shoulder differs from Rotator Cuff Tendinopathy because in Little Leaguer's Shoulder the damage is done to the growth plate in the bone of the upper arm, while with Rotator Cuff Tendinopathy the damage is to the rotator cuff muscles that stabilize the shoulder.

Sit - ups or crunches are probably not the way to go and these kind of exercises may even cause damage to your belly muscles or back.

Creatinine kinase levels have been shown to be closely correlated with both IL - 6 levels and the degree of muscle damage (5).

Pregnancy and delivery stretch the connective tissue at the base of the bladder and can cause nerve and muscle damage to the bladder or urethra.

Following endurance exercise, there is considerable venous pooling in the lower limbs (12), this leads to a dramatic fall in venous return and an increase in the time to excretion of muscle damage waste products such as CK and lactate.

The most usual cause of nipple damage for a breastfeeding mother is when your baby isn't latched properly to the breast or if your baby isn't using his tongue properly, perhaps due to high muscle tone or a tight frenulum (the membrane under the tongue).

How long it takes to heal depends on the severity of your diastasis (the distance between the separated abdominal muscles and the damage to the stretched connective tissue) as well as your commitment to fixing the problem.

The muscle can lose function due to age or can be damaged during child birth and certain types of surgery, such as cancer.

The method is similar to one already tried in people who have lost an arm: The doctors at Northwestern University and the Rehabilitation Institute of Chicago removed nerves from damaged muscle in Vawter's amputated leg and connected them to hamstring muscle in his thigh, which had been left intact.

And it's unknown whether the brains of fish analyzed, which reportedly contained BMAA levels up to 82 times higher than the fishes» muscles, showed evidence of neuronal damage.

In this case, part of the focus was on tests to assess levels of troponin, a protein whose components increase in the blood when heart muscle is damaged.

Current research is looking at why inhibiting certain molecules, such as mouse protein Stat3, promote muscle regeneration in mice and how to engineer orthopedic implants from stem cells to replace damaged cartilage and bone, but the results of that effort aren't expected to be necessarily aimed at the old.

Even harder to swallow was the claim that the material could transform, in a matter of months, into whatever type of body tissue had been damaged — muscle, skin, or blood vessel.

For a high - risk heart failure patient, Farra says, it might be possible for the device to monitor the heart for signs of a heart attack and release drugs to decrease damage to the heart muscle during a cardiac event.

It also inflicts damage in the nerve pathways extending from the spinal cord out to the muscles of the body.

Lou Gehrig's disease, also known as amyotrophic lateral sclerosis, or ALS, might damage muscle - controlling nerve cells in the brain earlier in the disease process than previously known, according to research from the Cedars - Sinai Board of Governors Regenerative Medicine Institute.

«It is our hope that Dr. Yin's research will lead to additional potential therapeutic agents like ZF143 to reactivate mechanisms for the repair and regeneration of damaged heart muscle tissue in humans.»

The pluripotent stem cell - derived muscle fibers develop reservoirs of «satellite - like cells» that are necessary for normal adult muscles to repair damage, while the muscle from the previous study had much fewer of these cells.

A team of scientists from the National Institutes of Health has discovered biological mechanisms that appear to prevent damage to the heart muscle's «power grid,» the network of mitochondrial circuits that provide energy to cells.

The day after his disciplinary dismissal from University of Tokyo for «damaging the university's honor or credibility,» Hisashi Moriguchi maintained in an interview with ScienceInsider that he really did participate in a groundbreaking experiment to treat a heart disease patient with cardiac muscle cells derived from the patient's own induced pluripotent stem (iPS) cells.

Normally, the inflammatory response to tissue damage after infarction — death of muscle tissue in a heart attack — has two stages.

In the last few years, Sweeney, a professor of physiology and medicine at the University of Pennsylvania, and a small cadre of other researchers have learned how to create genes that repair weak, deteriorating, or damaged muscles, bones, tendons, and cartilage in a relatively short period of time.

As scientists decode and find ways to replicate these environments, they are pioneering a number of new treatments that can transform medicine, showing how they can be used to regenerate damaged tissue, create new muscle where there was none before — even grow «organelles» that can be used to test new drugs.

Acute myocardial infarction, commonly known as a heart attack, can be classified according to the extent of damage to the heart muscle.

As researchers develop drugs that target the DUX4 protein, the hope is that these mice will be used to determine whether such drugs can reach skeletal muscle and allow muscle damage to be repaired, even in the presence of DUX4.

Searching for a way to help people regain control over their unreliable bladders, Anthony Atala, a urologist at Children's Hospital Boston, injected stem cells from the limb muscles of rats into their deliberately damaged urinary sphincters, which control flow.

Damaged leg muscles grew stronger and showed signs of regeneration in three out of five men whose old injuries were surgically implanted with extracellular matrix (ECM) derived from pig bladder, according to a new study conducted by researchers at the University of Pittsburgh School of Medicine and the McGowan Institute for Regenerative Medicine.

They also demonstrated that damage to this protein leads to excess growth of heart muscle, a decrease in function, and severe pathological growth of heart muscle.

Exploiting that power, researchers are now using microRNAs to convert the scar tissue of damaged hearts into healthy muscle cells, opening the door for a better therapy after heart attacks and heart failure.

Heart attacks are divided into two types according to the severity of cardiac muscle damage.

A STEMI (ST segment elevation myocardial infarction) heart attack happens when an artery is completely blocked by the blood clot, which causes damage to virtually all of the heart muscle supplied by that artery.

What's more, by selectively deactivating certain PAMs within the matrix, the team mimicked the kind of damage that happens to the heart muscle under certain disease conditions.

A heart attack occurs when blood flow to an area of the heart is blocked by a narrowed or completely obstructed coronary artery, resulting in damage of heart muscle.

In a final set of experiments, the researchers used necrostatin - 1 to treat mice with axonal damage and hind leg weakness, a telltale sign of axonal demise similar to the muscle weakness that occurs in the early stages of ALS in humans.

On one hand, the damaged muscle loses the ability to produce strength, which is related to the «wall» - faintness after the depletion of energy reserves - which support runners when they have completed 35 km of the race.

Most damage is to the motor neurons of the brain affecting coordination and muscle strength.

The results were conclusive: runners with a higher genetic score had lower levels of creatine kinase and myoglobin in their blood, that is, less damage to muscle fibres, compared to marathon runners with a less favourable score.

It is widely used to speed the repair of damaged bones and muscles, although its effectiveness is unclear.

Fetal MuSCs are geared toward creating new muscle, whereas adult MuSCs repair damaged muscle and self - replicate to sustain the pool of stem cells to mend future injuries.

Manipulating proteins in the body to compensate for the lack of dystrophin is one of many strategies being investigated to halt or reverse the muscle damage caused by DMD.

«Exercise pre-conditioning may improve the muscle repair response in older adults to stimuli such as acute periods of atrophy / inactivity and / or damage,» said Gianni Parise, Ph.D., a researcher involved in the work and Associate Professor in the Department of Kinesiology at McMaster University in Hamilton, Ontario, Canada.