ライフサイエンスコーパス: oblique muscle

1 o a loss of normal intorsion by the superior oblique muscle.

2 gnature of acute denervation of the superior oblique muscle.

3 muscles; many also contributed to the dorsal oblique muscle.

4 for the action of abduction by the superior oblique muscle.

5 ed with surgery on the vertical recti and/or oblique muscles.

6 ion of N-CAM-positive fibers compared to the oblique muscles.

7 al abdominal oblique, and internal abdominal oblique) muscles.

8 ded $768, vertical muscle $976, and inferior oblique muscle $498.

9 ay form an ancillary origin for the inferior oblique muscle after anterior transposition.

10 bilateral relaxing incisions in the external oblique muscle and fascia to approximate the rectus abdo

11 , a section of rectus abdominis and external oblique muscle and fascia with its independent vascular

12 eloped lateral abdominal wall shortening and oblique muscle atrophy.

13 The internal oblique muscles become fibrotic during herniation, reduc

14 ence of the atrophy of the adjacent superior oblique muscle belly.

15 ammals, in which innervation of the superior oblique muscle by the trochlear nerve (nIV) produces int

16 ragm (by 18% +/- 4%), activated the internal oblique muscles (by 52% +/- 13%), and reduced girth (by

17 pulley displacements alone, without abnormal oblique muscle contractility, can create the clinical pa

18 destruction of the abdominal dorsal exterior oblique muscle (DEOM) which occurs during the first 24h

19 e prothoracic gland but from dorsal internal oblique muscles (DIOMs), a group of transient skeletal m

20 Superior oblique muscle dysfunction continues to stimulate resear

21 These changes may mimic oblique muscle dysfunction.

22 raded anterior transposition of the inferior oblique muscle effectively normalises versions.

23 at oculorotatory muscles except the superior oblique muscle exert straight pull on the globe has been

24 ociated with a change in the distribution of oblique muscle fiber types, decreased cross-sectional ar

25 ex assemblage of circular, longitudinal, and oblique muscle fibers, as well as the peripheral and cen

26 the efficacy of graded recession of inferior oblique muscle for correction of different grades of V p

27 The superior rectus (SR) and inferior oblique muscles had no significant contractile contribut

28 ems to correlate with the extent of superior oblique muscle hypoplasia.

29 Dissection of the superior oblique muscle identified lines of action and a location

30 This was in contrast to the oblique muscles, in which the number of N-CAM-positive f

31 ration applied to the skin over the internal oblique muscles induced shifts of both the head and tors

32 The superior oblique muscle is a complex structure that evidences con

33 attern of the global layer of the rectus and oblique muscles is compared, not only did the rectus mus

34 e migrating myocytes of the later-developing oblique muscle layer.

35 l specification of founder cells for ventral oblique muscles, marked by the restricted expression of

36 tus muscle (n = 115/373; 30.8%) and inferior oblique muscle (n = 70/373; 18.7%) were the most common,

37 Superior rectus and superior oblique muscles of hatchling chicks were treated in vivo

38 The internal oblique muscles of the abdominal wall express a pattern

39 line on dorsal surface and continue as sling/oblique muscle on the stomach.

40 extracellularly and intracellularly; in the oblique muscles, only extracellular staining was evident

41 Patients with primary inferior oblique muscle overaction (IOOA) presented at baseline o

42 50 and 5-10 % of peak in rectus and external oblique muscles, respectively, and then plateaued for th

43 ough the contralateral external and internal oblique muscles to the vertebrae and ribs of the opposit

44 Superior oblique muscle volume was also decreased in three of the

45 nths after the SOP, the ipsilateral inferior oblique muscle was denervated and extirpated.

46 Electromyography (EMG) from the external oblique muscle was recorded to graded colorectal distent

47 lated with duction deficit, but the superior oblique muscle was spared.

48 Internal oblique muscles were harvested for fiber type and size d

49 Internal oblique muscles were harvested for fiber typing, measure

50 Superior and inferior oblique muscles were most sensitive and disappeared befo