ライフサイエンスコーパス: ulnar

1 Ulnar and median nerve conduction velocities confirmed t

2 The ulnar and median nerves proximal to the elbow joint were

3 and the distal ends were anastomosed to the ulnar and median nerves.

4 rior chest skin was reinnervated by both the ulnar and median nerves; the patient felt that her hand

5 compared with those of the wrist in maximal ulnar and radial deviations.

6 The representations of the ulnar and radial wrist, forearm, and upper arm also lie

7 pheral nerves of the arm (median, radial and ulnar) and the pyramidal tract: (1) increased excitabili

8 or nerve conduction velocity for the median, ulnar, and peroneal nerves was decreased in patients wit

9 rect repair of median to median and ulnar to ulnar; and (iii) crossover of the median and ulnar nerve

10 Removal of the radial artery increased ulnar artery blood flow by 35% (P=0.009) and increased u

11 ry blood flow by 35% (P=0.009) and increased ulnar artery diameter by 9% (P<0.001) 4 to 8 weeks after

12 The ulnar artery diameter was increased in the operated arm

13 d arterial remodeling in humans, we measured ulnar artery flow, diameter, and flow-mediated dilation

14 A sustained increase in blood flow in the ulnar artery induced outward arterial remodeling despite

15 The ulnar artery is rarely selected for coronary angiography

16 At 1 week, ulnar artery shear stress was increased by 58% (P<0.001)

17 Vascular revision of the ulnar artery was required a few hours postoperatively.

18 The contralateral ulnar artery was unaffected, which suggests that these f

19 All tears of the ulnar band were confirmed.

20 teral ligament were identified; tears of the ulnar band were noted in all symptomatic patients.

21 Humeral and ulnar characters are primitive and like those of later h

22 For the evaluation of ulnar collateral ligament (UCL) tears with stress US, th

23 oechogenicity and fiber disruption indicated ulnar collateral ligament abnormality.

24 The proximal attachment of the ulnar collateral ligament has a variable appearance.

25 The ulnar collateral ligament in four cadavers (eight elbows

26 The criteria for an abnormal ulnar collateral ligament included contrast material ext

27 his small sample, the anterior bundle of the ulnar collateral ligament is identified with US by its h

28 he most sensitive to the diagnosis of a torn ulnar collateral ligament of the first metacarpophalange

29 graphy, and anatomic slices demonstrated the ulnar collateral ligament to be unequivocally normal in

30 In addition, the proximal aspect of the ulnar collateral ligament varied from a cordlike structu

31 With US, the normal ulnar collateral ligament was fibrillar and hyperechoic

32 Injury to the medial or lateral ulnar collateral ligaments may result in instability.

33 Fourteen ulnar collateral ligaments were torn, including eight no

34 Portions of the ulnar cortex receiving a greater strain stimulus were as

35 ding postaxial ectrodactyly, metacarpal, and ulnar deficiencies, occurred in 67.3% of the ethanol-exp

36 with the wrist in neutral position, maximal ulnar deviation, and maximal radial deviation by using i

37 the injection, especially with the wrist in ulnar deviation.

38 e dislocation, perihamate peripisiform axial ulnar dislocation, and perihamate transtriquetrum axial

39 ame count was decreased, suggesting enhanced ulnar flow, in patients with abnormal AT results after T

40 bordered on the medial side by ulnar wrist, ulnar forearm, and posterior upper arm representations;

41 cation, and perihamate transtriquetrum axial ulnar fracture dislocation) and axial radial injuries (p

42 nar injuries (transhamate peripisiform axial ulnar fracture dislocation, perihamate peripisiform axia

43 rimary endpoint), thumb plethysmography, and ulnar frame count to investigate the patency of the ulno

44 ents with non-normal AT results, whereas the ulnar frame count was decreased, suggesting enhanced uln

45 ositioned at the distal-radial margin of the ulnar head, allowing it to lie within the capsule.

46 The most common of these include axial ulnar injuries (transhamate peripisiform axial ulnar fra

47 Following ulnar loading over 3 consecutive days, bone formation pa

48 ation of Sost and sclerostin under enhanced (ulnar loading) and reduced (hindlimb unloading) loading

49 protein levels were dramatically reduced by ulnar loading.

50 Mutations of TBX3 cause ulnar-mammary syndrome (MIM 181450) in humans, an autoso

51 Ulnar-mammary syndrome (UMS) is a pleiotropic disorder a

52 Mutations in Tbx3 are responsible for ulnar-mammary syndrome (UMS), an autosomal dominant diso

53 X3, a member of the T-box gene family, cause ulnar-mammary syndrome in two families.

54 Limb abnormalities of ulnar-mammary syndrome involve posterior elements.

55 Ulnar-mammary syndrome is a rare pleiotropic disorder af

56 hese neuronal populations may be abnormal in Ulnar-Mammary syndrome patients with tbx3 mutations, exp

57 result in reduced functional protein lead to ulnar-mammary syndrome, a developmental disorder charact

58 in the T-box gene TBX3, result in the human ulnar-mammary syndrome, a dominant developmental disorde

59 Mutations in Tbx3 cause ulnar-mammary syndrome, an autosomal dominant disorder c

60 pment, and haploinsufficiency of TBX3 causes ulnar-mammary syndrome.

61 cause congenital anomalies in patients with ulnar-mammary syndrome.

62 heart and limb formation, and is mutated in ulnar-mammary syndrome.

63 tations of the defects characteristic of the ulnar-mammary syndrome.

64 They include Holt- Oram syndrome/TBX5, Ulnar-Mammary syndrome/TBX3, and more recently DiGeorge

65 The ulnar, median, musculocutaneous, and distal radial nerve

66 ormal subjects electrical stimulation of the ulnar nerve (ESUN) and MSUN were compared and AP twitch

67 ollowed by brachial plexus, radial nerve and ulnar nerve (four each).

68 scle function by magnetic stimulation of the ulnar nerve (MSUN) that could be applied to patients in

69 und muscle action potential amplitude of the ulnar nerve (p=0.0103) and peroneal nerve (p<0.0001), co

70 targeted reinnervation of this muscle by the ulnar nerve and from the first dorsal interosseous muscl

71 stography have detected slipping of the both ulnar nerve and the additional band of the medial tricep

72 he most often reasons is the slipping of the ulnar nerve as the result of the Osborne fascia/anconeus

73 timuli of randomly varied intensity over the ulnar nerve at the elbow, and recording all-or-none pote

74 nse to supramaximal stimuli delivered to the ulnar nerve at the elbow.

75 er the iS1 and electrical stimulation of the ulnar nerve at the wrist, we examined somatosensory evok

76 irin) inhibited a diabetes-induced defect in ulnar nerve conduction velocity, but neither agent was f

77 ate diagnosis of and differentiation between ulnar nerve dislocation and snapping of the medial trice

78 namic sonography of the elbow for diagnosing ulnar nerve dislocation and snapping triceps syndrome is

79 ubsequent open elbow surgery for symptomatic ulnar nerve dislocation were reviewed.

80 re recorded before and after a 2-h period of ulnar nerve electrical stimulation at the wrist.

81 plete traumatic transection of the median or ulnar nerve in the forearm were prospectively followed f

82 dian nerve innervated (second and third) and ulnar nerve innervated (fifth) digits.

83 First, cortical aggregates related to ulnar nerve inputs from the hand rapidly expanded to occ

84 s are: lack of the Osboune fascia leading to ulnar nerve instability and focal soft tissue tumors (fi

85 ropathy and amyotrophy with severe selective ulnar nerve involvement.

86 Twenty-one median or ulnar nerve lesions were repaired by a collagen nerve co

87 wing chronic survival from paired median and ulnar nerve section in adult squirrel monkeys.

88 blockade were measured, using transcutaneous ulnar nerve stimulation and an accelerometer.

89 measured during transcutaneous supramaximal ulnar nerve stimulation and arterialized venous blood ga

90 measured during transcutaneous supramaximal ulnar nerve stimulation before and 10 to 15, 30, and 60

91 mpound muscle action potentials (CMAPs) from ulnar nerve stimulation in the right and left first dors

92 rtical interneurons by testing the effect of ulnar nerve stimulation on motor-evoked potentials (MEPs

93 tosensory evoked potentials (SEPs) evoked by ulnar nerve stimulation, and (3) transcortical stretch o

94 led unusual distal triceps anatomy, moderate ulnar nerve swelling and lack of medial epicondylitis sy

95 Quantitative analysis of ulnar nerve T2 and fractional anisotropy (FA) was perfor

96 ingers reinnervated subsequent to a complete ulnar nerve transection.

97 Stimulation of the ulnar nerve under HT7 acupoint suppressed psychomotor re

98 The right ulnar nerve was thickened and exquisitely tender on palp

99 esponsiveness often occurred (especially for ulnar nerve) around footfall, perhaps reflecting a behav

100 d symptoms of lower plexus compression only (ulnar nerve), and 452 patients had symptoms of both.

101 curacy (P < 0.001) for median nerve, but not ulnar nerve, innervated digits.

102 o investigate the natural innervation of the ulnar nerve.

103 area, sometimes complicated by injury of the ulnar nerve.

104 well as Digit 5, which is innervated by the ulnar nerve.

105 a local anaesthetic to block the median and ulnar nerves at the elbow.

106 ry nerve fibres were studied in normal human ulnar nerves by the method of latent addition, using thr

107 sly shown that transection of the median and ulnar nerves is followed by an expansion in the represen

108 The median and ulnar nerves were injured and repaired to produce three

109 pattern seen after injury of the median and ulnar nerves.

110 excision of the forepaw radial, median, and ulnar nerves.

111 ulnar; and (iii) crossover of the median and ulnar nerves.

112 sed by an ex vivo forepaw muscles/median and ulnar nerves/dorsal root ganglion (DRG)/spinal cord (SC)

113 For 31 patients with ulnar neuritis, the sensitivity, specificity, and accura

114 elbow syndrome, additional triceps band and ulnar neuritis.

115 Ulnar neuropathy is the second most common peripheral ne

116 es, such as carpal tunnel syndrome and focal ulnar neuropathy syndrome, can occur because of deletion

117 ay be associated (approx. 50% of cases) with ulnar neuropathy.

118 is results in carpal splits, with either the ulnar or radial column stable with respect to the radius

119 avian features such as a reversed hallux and ulnar papillae, retains characteristics that indicate a

120 Notably, the ulnar patella and tripartite knee joints in the mouse mu

121 In its place, an ulnar patella-like element developed that expressed lubr

122 For assessment of the UMH and the ulnar side of the TFC complex, coronal MR arthrography w

123 h as those of the scaphoid, hamate hook, and ulnar styloid.

124 13.7, respectively; P = .01) in the proximal ulnar sulcus.

125 amegakaryocytic thrombocytopenia with radio-ulnar synostosis, familial platelet syndrome with predis

126 In the forelimb, distal radial/ulnar thickening and pisiform/triangular carpal fusion w

127 (ii) correct repair of median to median and ulnar to ulnar; and (iii) crossover of the median and ul

128 e fibres) of the superficial radial (SR) and ulnar (UL) nerves of the contralateral forelimb were stu

129 the presented case, a patient with negative ulnar variant had injured her right wrist and presented

130 actures or locating the cause of unexplained ulnar wrist pain.

131 ed centrally, bordered on the medial side by ulnar wrist, ulnar forearm, and posterior upper arm repr