ライフサイエンスコーパス: adductor

1 along with flexors, extensors, abductors and adductors acting on the digits, hand and wrist caudally

2 During the hypopnea, laryngeal adductor activity was prominent, accompanied by an incre

3 no mediolateral spatial segregation between adductor and abductor cell bodies in the spinal cord.

4 bilateral vocal fold paralysis affecting the adductor and abductor laryngeal muscles.

5 competent to express ER81, but normally only adductor and femorotibialis motoneurons are exposed to t

6 the mature expression pattern arises because adductor and femorotibialis motoneurons are uniquely com

7 y neurons and motoneurons that innervate the adductor and femorotibialis muscles in chick hindlimb an

8 vation that motoneurons caudal to the normal adductor and femorotibialis pools could express ER81 whe

9 ring the larval stage pectoral fins have one adductor and one abductor muscle with an endoskeletal di

10 d predominant involvement of hip flexors and adductors and hamstrings more than quadriceps.

11 on in most thigh muscles, but sparing of the adductors and semitendinosus.

12 omain only 4 protein Lmo4, expressed in most adductor but few sartorius sensory neurons.

13 pression, such as hemodialysis conduits, the adductor canal segment of the SFA and carotid arteries.

14 subtraction angiograms of the area from the adductor canal to the feet and 3D spoiled gradient-recal

15 s in the complex of dermal bone covering the adductor chamber has long held sway in amniote systemati

16 o distinct groups, including osteitis pubis, adductor compartment injury, rectus abdominis tendon inj

17 e secondary chondrogenesis in the mandibular adductor enthesis of duck versus quail.

18 tive fast (pectoralis major) or slow (medial adductor) fetal chick muscles formed muscle fibers in ce

19 and earliest affected muscles were the thigh adductors, glutei and posterior thigh groups, while lowe

20 specific appearance as it coursed along the adductor hallucis tendon as a tendon sheath.

21 g rectus abdominis insertional injury, thigh adductor injury, and articular diseases at the pubic sym

22 Adductor jaw muscles with different mechanical designs m

23 cerebral hypoxia-ischemia changes laryngeal adductor, laryngeal abductor, and diaphragmatic activiti

24 r numbers of mtDNA deletion products in two (adductor longus and soleus) of the four muscles examined

25 Adductor longus and/or rectus femoris, whose involvement

26 h mAchR and G(alpha)q are abundant in medial adductor (MA) and PM fibers, and mAchR and G(alpha)q int

27 The large fleshy origin of the m. adductor mandibulae externus Pars superficialis from the

28 The broad fleshy origin of the m. adductor mandibulae externus Pars superficialis may be l

29 racters may be derived: connection of the m. adductor mandibulae internus into the Pars intramandibul

30 s individual NTFs rescued some, but not all, adductor MNs expressing appropriate NTF-Rs.

31 stration of multiple NTFs completely rescued adductor MNs from PCD.

32 Finally, the expression of some NTF-Rs by adductor MNs was not required for MN survival.

33 Additionally, adductor MNs were partially rescued from PCD by NTFs for

34 orotibialis motoneurons than in earlier-born adductor motoneurons.

35 ing central apnoeas, post-inspiratory drive (adductor motor) to the upper airways was enhanced in amp

36 alculate the thermal reaction norm of limpet adductor muscle fatigue.

37 s significantly upregulated in hemocytes and adductor muscle from leukemic clams.

38 distal femoral artery ligation, followed by adductor muscle injection of 1x10(6) MSCs 24 hours later

39 Injection of MSCs increased adductor muscle levels of bFGF and VEGF protein compared

40 egulatory light chain (RLC) bound to scallop adductor muscle myofibrils in key physiological states.

41 ved postamputation stump healing, perfusion, adductor muscle neovascularization, and decreased muscle

42 pH sensors was placed percutaneously in the adductor muscle of the right thigh.

43 Stable isotope ratios in oyster adductor muscle were similar to shell for delta(15)N but

44 ion was detected in all tissue types tested: adductor muscle, digestive gland, foot, gill, gonad, man

45 , a semi-sessile bivalve with well-developed adductor muscle, sophisticated eyes, and remarkable neur

46 In scallop striated adductor muscle, the disordering that takes place on Ca(

47 Ribonucleic acid was extracted from the adductor muscle, which showed no signs of ischemia.

48 native thin filaments from scallop striated adductor muscle.

49 ments of blood flow and capillary density in adductor muscle.

50 e, electromyograms of laryngeal abductor and adductor muscles and diaphragm, and, in the term lambs,

51 ool of MNs, all of which innervate a pair of adductor muscles in the thigh and hence compete for surv

52 operated quadriceps and in the hamstring and adductor muscles of both extremities.

53 Ischemic adductor muscles of diabetic Prkcd(+/+) mice exhibited r

54 diameters (arteriogenesis) were observed in adductor muscles of GSO-treated mice, as well as increas

55 insertion (i.e., enthesis) of the mandibular adductor muscles on the lower jaw skeleton.

56 irus-mediated delivery of human eNOS cDNA in adductor muscles resulted in time-dependent expression o

57 lood flow and oxygen tension in the proximal adductor muscles were measured by CEU perfusion imaging

58 er, Ad.decoymiR-503 delivery to the ischemic adductor of diabetic mice corrected diabetes mellitus-in

59 The interface between sporadic genotype and adductor phenotype of LD yielded four functional communi

60 , P < .01) and increased microspheres in the adductor (phVEGF165 = 4.3 +/- 1.6 mL.min-1.100 g of tiss

61 roducible, nonvolitional method of measuring adductor pollicis (AP) muscle function by magnetic stimu

62 Muscle strength of the adductor pollicis (AP) was studied throughout the menstr

63 igue Severity Score and motor performance of adductor pollicis by transcranial magnetic stimulation,

64 The adductor pollicis muscle (a nonexercising muscle during

65 Data suggest that the adductor pollicis muscle is an appropriate reference mus

66 ions and subsequent recovery using the human adductor pollicis muscle working in vivo at approximatel

67 uring Train-of-Four nerve stimulation of the adductor pollicis muscle.

68 gth during a 45 s maximal contraction of the adductor pollicis muscle.

69 surface EMG signals were recorded from human adductor pollicis muscles in response to supramaximal st

70 During the final 2 min of CO2 breathing, adductor pollicis twitch force averaged 86.5 +/- 2.7% of

71 Furthermore, during CO2 breathing, adductor pollicis twitch force fell significantly, reach

72 On the other occasion, adductor pollicis twitch force was measured during trans

73 s supramaximal phrenic nerve stimulation and adductor pollicis twitch force was measured during trans

74 Adductor pollicis twitch force was not significantly dif

75 In contrast, adductor pollicis twitch force was significantly less th

76 Because adductor pollicis twitch force was unchanged postexercis

77 oked) force of skeletal muscles, such as the adductor pollicis, can be assessed repetitively, indepen

78 The laryngeal adductor response (LAR) is a protective reflex that prev

79 upt voluntary control during vowel sounds in adductor SD and interfere with voice onset after voicele

80 icity of MR imaging for rectus abdominis and adductor tendon injury were determined by using a chi(2)

81 condary cleft sign, and rectus abdominis and adductor tendon injury.

82 abdominis tendon injury and 86% and 89% for adductor tendon injury.

83 in the activity of the CT and the laryngeal adductors, the TA and AR.

84 ization of VEGF and transplanted MSCs within adductor tissue was demonstrated.