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1 ent states of cortical excitability (rest vs muscular contraction).
2  expressed, with functions not restricted to muscular contraction.
3 ck of a hydrostatic column and an absence of muscular contraction.
4 res that store energy from a single cycle of muscular contraction.
5  a step increase in workload at the onset of muscular contraction.
6 nerated by the actomyosin interaction during muscular contraction.
7 ncies of 25 to 30 Hz without neural input or muscular contraction.
8 nd transmits tension along myofibrils during muscular contraction.
9 s, playing a major role in the regulation of muscular contraction.
10 d by electrically silent, percussion-induced muscular contractions.
11 essential elements in neuronal signaling and muscular contraction and in humans have been causally re
12 ge, resulting in alterations in pelvic floor muscular contraction and low urethral pressure, resembli
13 d for the filling and emptying of ILs during muscular contraction and stretch.
14 otes to load the web over multiple cycles of muscular contraction and thus release more stored energy
15 t patients are learning effects, pain during muscular contraction, and alteration of consciousness.Th
16 ) oscillations during reaching and grasping, muscular contraction, and attention tasks.
17 sequences for understanding the mechanism of muscular contraction are discussed.
18               We propose that progression of muscular contraction around the larva's circumference re
19       The theory presented here assumes that muscular contraction during post-natal locomotor develop
20 analgesia is required to prevent pain-evoked muscular contractions during surgery.
21 ion (NMJ) is designed to faithfully elicit a muscular contraction in response to neural input.
22  amount of force pills experience during the muscular contractions leading to gastric emptying.
23                                              Muscular contraction (MC) decreased the discharge rate o
24 yfish mesoglea and is enhanced by repetitive muscular contractions of the jellyfish.
25 activated in a redox-sensitive manner during muscular contraction, presumably due to increased oxidan
26 nventional NMES protocols to elicit repeated muscular contractions resulted in a significant decrease
27  or because any type of brief, yet frequent, muscular contraction throughout the day may be necessary
28 eons, fluorescence ratio changes accompanied muscular contraction, verifying detection of calcium tra
29                                              Muscular contraction was observed in one case (5%).
30                 The necessary force requires muscular contraction which will change motor output and
31 imb movements are generally driven by active muscular contractions working with and against passive f