Sentence examples for rising muscle from inspiring English sources

The effects of fatigue on the contractile RTD became increasingly clear on the later phases of the rising muscle torque, since statistical differences were reached only for the late-phase time period (ie, 200 ms epoch).

Indeed, training studies have demonstrated that RTD and EMG in the early (<100 ms) and late (>100 ms) phases of rising muscle force/torque respond differently, which clearly emphasises the usefulness of the approach utilised in the current study (ie, separating into epochs).

When interpreting fatigue-induced changes in rapid muscle torque production characteristics and neuromuscular activity in response to match-play tennis in HOT and COOL conditions, alterations in the contractile rates of torque development should be analysed using peak slope values and those obtained in the late phase (>100 ms) of the rising muscle contraction.

14 16 It is not surprising, therefore, that diminished RTD in the KE in fatigued football (7 8%) 17 and handball (16 21%) 11 players following simulated matches occurred concurrently with decreased EMG activity at selective epochs of rising muscle torque.

If the core temperature continues to rise, muscles stop working properly because of the amount of water and salts being lost through sweating.

For example, these authors realized that cells B7.6/ B7.6 do not give rise to muscle cells, but fell short of determining the actual fate of this cell as the germ line cell.

We observed a strong relationship (R = 0.69; P < 0.0005) between suppression of plasma FFA and the area under the postprandial glucose curve and similarly between prelunch plasma FFA and rise in muscle glycogen (R = −0.48; P < 0.05) (2, 3).

Does his temperature rise, muscles tighten, heart rate increase etc.

However, the observed expression in similar domains in all leg discs (including those of T1 and T3) would suggest that most of these cells give rise to muscles other than the DFMs, possibly including some that extend from the thorax into the coxae.

A particular type of stem cell found in muscle can give rise to new muscle tissue, so a team led by geneticist Luis Garcia of Généthon, a nonprofit biotechnology firm in Évry, France, investigated whether these cells could be used to reverse the dystrophin problems.

"We need to have a little coup in here," Mr. Espada said, his voice rising, his neck muscles tightening.