ライフサイエンスコーパス: pollicis

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1 , nonvolitional method of measuring adductor pollicis (AP) muscle function by magnetic stimulation of

2 Muscle strength of the adductor pollicis (AP) was studied throughout the menstrual cycle

3 presentations of the right and left abductor pollicis brevis (APB) and flexor carpi radialis (FCR) mu

4 lied low-amplitude vibration to the abductor pollicis brevis (APB) muscle of eight healthy volunteers

5 ial magnetic stimulation (TMS) from abductor pollicis brevis (APB), first dorsal interosseous (FDI),

6 dorsal interosseous, but not in the abductor pollicis brevis and abductor digit minimi muscles, was r

7 ate the excitability of the relaxed abductor pollicis brevis muscle (APB) at various intervals during

8 ction potentials were recorded from abductor pollicis brevis muscle.

9 the cortical representation of the abductor pollicis brevis muscle.

10 ntials (MEPs) simultaneously in the extensor pollicis brevis muscles bilaterally, was applied at diff

11 Median CMCT to abductor pollicis brevis was 14.8 ms (range 8.8-27.4 ms).

12 Six different muscles (abductor pollicis brevis, abductor digiti minimi, biceps brachii,

13 ength of first dorsal interosseous, abductor pollicis brevis, anterior tibialis and triceps surae.

14 les (first dorsal interosseus, FDI; abductor pollicis brevis, APB; and abductor digiti minimi, ADM) i

15 e assessed while recording from the abductor pollicis brevis, using a paired pulse TMS paradigm with

16 cle action potentials recorded from abductor pollicis brevis.

17 ction potentials were recorded from abductor pollicis brevis.

18 n potentials were recorded from the abductor pollicis brevis.

19 cle action potentials recorded from abductor pollicis brevis.

20 ction potentials were recorded from abductor pollicis brevis.

21 rity Score and motor performance of adductor pollicis by transcranial magnetic stimulation, rapid vol

22 ce of skeletal muscles, such as the adductor pollicis, can be assessed repetitively, independent of b

23 tory responses were observed in the opponens pollicis, finger and wrist flexors and the triceps.

24 r units residing in separate muscles (flexor pollicis longus, a thumb muscle, and flexor digitorum pr

25 The adductor pollicis muscle (a nonexercising muscle during cycle exe

26 Data suggest that the adductor pollicis muscle is an appropriate reference muscle to pr

27 subsequent recovery using the human adductor pollicis muscle working in vivo at approximately 37 degr

28 in-of-Four nerve stimulation of the adductor pollicis muscle.

29 g a 45 s maximal contraction of the adductor pollicis muscle.

30 MG signals were recorded from human adductor pollicis muscles in response to supramaximal stimuli del

31 nal pool [surface electromyogram of opponens pollicis (OP-EMG)], and their coherence in children (4-1

32 g the final 2 min of CO2 breathing, adductor pollicis twitch force averaged 86.5 +/- 2.7% of the base

33 Furthermore, during CO2 breathing, adductor pollicis twitch force fell significantly, reaching stati

34 On the other occasion, adductor pollicis twitch force was measured during transcutaneous

35 ximal phrenic nerve stimulation and adductor pollicis twitch force was measured during transcutaneous

36 Adductor pollicis twitch force was not significantly different fr

37 In contrast, adductor pollicis twitch force was significantly less than baseli

38 Because adductor pollicis twitch force was unchanged postexercise while t

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