ライフサイエンスコーパス: abdominal muscle

1 ves into the attachment sites for the dorsal abdominal muscles.

2 n of neuromuscular junctions (NMJs) at adult abdominal muscles.

3 ead eversion, in synchrony with death of the abdominal muscles.

4 f the first lumbar root (L1) innervating the abdominal muscles.

5 hila neuromuscular junction (NMJ) of ventral abdominal muscles.

6 n motor neuronal innervation of male ventral abdominal muscles.

7 with coordinated activation of the DIAm and abdominal muscles.

8 s muscle activity was strongly depressed and abdominal muscle activity showed potent expiratory modul

9 To estimate how much of the recorded abdominal muscle activity was supporting leg movements d

10 Variability in the postural strategy of the abdominal muscles and pain-related cognitions were evalu

11 neurons influencing the activity of multiple abdominal muscles, and support our hypothesis that this

12 Thus, the multifunctional roles of abdominal muscles appear to be coordinated by premotor n

13 We tested the hypothesis that abdominal muscles are active during the expiratory phase

14 It follows that the dorsal abdominal muscles are intersegmental, spanning from one

15 ne and estradiol were associated with higher abdominal muscle area (1.74, 0.1-3.4, and 1.84, 0.4-3.3,

16 T cuts at L3 vertebra level to measure total abdominal muscle area (TAMA) and visceral fat area (VFA)

17 en fasting serum sex hormones and CT-derived abdominal muscle area and radiodensity in adult men.

18 Between these two CTs, the change in total abdominal muscle area index (TAMAI) was evaluated for pr

19 tosterone and estradiol were associated with abdominal muscle area, while only total testosterone was

20 Contraction of abdominal muscles at the end of expiration during metabo

21 Instead, turtles have a unique abdominal-muscle-based ventilatory apparatus whose evolu

22 complex association between sex hormones and abdominal muscle characteristics in men.

23 In the abdominal muscle compartments, changes were similar, alb

24 ds (opioid-induced apnoea) in neonatal rats, abdominal muscles continue to contract at a rate similar

25 was preceded by active expiration, denoting abdominal muscle contraction.

26 plitude intramuscular EMG activities of both abdominal muscles could be evoked with postural manoeuvr

27 the histolysis of salivary gland and midgut, abdominal muscle death occurs by apoptosis, and does not

28 roliferation and differentiation, leading to abdominal muscle defects; cleft palate; endochondral bon

29 omalies affecting the patterning of anterior abdominal muscles, demonstrating that Ubx isoforms are n

30 s responsible for rhythmic activation of the abdominal muscles during opioid-induced apnoea in the ne

31 deep residual U-Net (ResUNet) to segment 12 abdominal muscle groups including the left and right pso

32 sed to analyze samples extracted from shrimp abdominal muscle, hepatopancreas, gills and pleopods.

33 inal muscle IDPs and preliminarily determine abdominal muscle IDP variations with age and sex in a cl

34 lly automatic technique for assessment of CT abdominal muscle IDPs and preliminarily determine abdomi

35 Abdominal muscle IDPs showed significant variations in l

36 It is feasible to obtain 3D abdominal muscle IDPs with high accuracy from patients i

37 Most of the abdominal muscles in a given hemisegment were found to b

38 n the size of the neuromuscular junctions on abdominal muscles in these animals suggests that one of

39 ustments, activity of both the diaphragm and abdominal muscles increases.

40 viors and protective reflexes, although each abdominal muscle is frequently activated differentially

41 This can be done by determining 3D abdominal muscle mass from 12 distinct abdominal muscle

42 their functions and those of the associated abdominal muscles of monotremes and marsupial mammals ha

43 enes display subtle migratory defects in the abdominal muscles of the ventral body wall and an enlarg

44 from upper airway muscles, the diaphragm and abdominal muscles or from the nerves that innervate thos

45 Abdominal muscles participate in generating a large numb

46 These experiments suggest that abdominal muscles play a role in regulating the ventilat

47 erse relationship was observed for SHBG with abdominal muscle radiodensity (0.3, 0.0-0.6, and - 0.33,

48 al circuitry controlling the activity of one abdominal muscle, rectus abdominis, was mapped using the

49 ng 3D abdominal muscle mass from 12 distinct abdominal muscle regions and groups using computed tomog

50 F produced a large increase in diaphragm and abdominal muscle responses to vestibular stimulation.

51 lay less of a role in respiration than other abdominal muscles, such as transversus abdominis.

52 g neural control of airway, intercostal, and abdominal muscles that must be coordinated with DIAm act

53 network orientations matching those of host abdominal muscle tissue improved graft integration and t

54 usion and aspiration and the intercostal and abdominal muscles to appropriately stiffen the body cavi

55 The contribution of abdominal muscles to ventilation during constant work ra

56 e ribs and muscles of the trunk in which the abdominal muscles took on the primary ventilatory functi

57 of the motor neurons innervating the Ventral Abdominal Muscles (VAMs), we found that expression of mu

58 the associations of testosterone levels with abdominal muscle volume and density in men is limited, w

59 ings show that our CNN can automate detailed abdominal muscle volume measurement.

60 The PH effect in abdominal muscle was significant and statistically indis

61 We conclude that abdominal muscle weakness in ALS, when substantial, resu

62 Petechial hemorrhages (PHs) in intestine and abdominal muscle were counted 15 min after exposure to c

63 Abdominal muscles were electrically stimulated to induce