ライフサイエンスコーパス: abduction

1 ces intorsion, elevation, and adduction (not abduction).

2 e imaging in target-controlled adduction and abduction.

3 -thumb opposition or repetitive index finger abduction.

4 moplegia with the globes "frozen" in extreme abduction.

5 objects, astrology, reincarnation, and alien abduction.

6 e subclavicular tissues and stretched during abduction.

7 asing (10, 20, and 30 degrees) adduction and abduction.

8 ompared with precision grip and index finger abduction.

9 of downgaze and 2 patients had limitation of abduction.

10 ions of nIV evoked intorsion, elevation, and abduction.

11 mporally during adduction and nasally during abduction.

12 duction, whereas two had limitations only of abduction.

13 adduction, compared with primary position or abduction.

14 ADC decreased 26% after 3 hours of maximal abduction.

15 the most for upward saccades with the PE in abduction; (4) postsaccadic torsional drift increased (r

16 59; Cohen's d = 1.74), 47.36(o) for shoulder abduction (95% CI -60.35, -34.38; Cohen's d = 1.67), 18.

17 rent degrees of hand dexterity: index finger abduction, a precision grip, and a power grip.

18 A regression analysis confirmed arm abduction acceleration as a significant predictor of lat

19 ults exhibited significantly higher peak arm abduction acceleration compared to older adults (3593.21

20 Peak arm abduction acceleration negatively correlated with latera

21 as either taut or lax in extension, flexion, abduction, adduction, and internal and external rotation

22 Five classes of limb movements (abduction, adduction, extension, retraction, elevation)

23 The subjects performed abduction-adduction movements of the index and little fi

24 Therefore, abduction/adduction, protraction/retraction, and long-ax

25 ormal patterns of glenohumeral motion during abduction and adduction and internal and external rotati

26 During abduction and adduction and internal and external rotati

27 The frequency content of abduction and adduction movements was recorded in 12 ind

28 vitational assistance and to provide humeral abduction and adduction under cortical control.

29 Pre- and postoperative limitation of abduction and adduction were recorded using a 6-point sc

30 PD), head turn in degrees, and limitation of abduction and adduction were reported and analyzed.

31 Seven eyes had limitation of both abduction and adduction, whereas two had limitations onl

32 ilateral limitation of abduction, or of both abduction and adduction, with palpebral fissure narrowin

33 halmoscopy in central gaze and at 35 degrees abduction and adduction.

34 fects model demonstrated that sway, shoulder abduction and body size/strength all contributed indepen

35 ars and from nine adults during simultaneous abduction and extension of the left and right thumb.

36 volunteers placed in the unloaded and loaded abduction and external rotation (ABER) positions in an o

37 reased involuntary coupling between shoulder abduction and finger flexion, most probably as a result

38 (n = 22 472 hips) that evaluated limited hip abduction and had a sensitivity of 13% (95% CI, 3.3%-37%

39 ded ABER position with the arm at 90 degrees abduction and in a loaded ABER position, with a 1-kg loa

40 in central gaze, supraduction, infraduction, abduction, and adduction.

41 eyes in central gaze, elevation, depression, abduction, and adduction.

42 ane, and it serves a restrictive function in abduction; and the zona orbicularis could be evaluated e

43 Although peak arm abduction angles were similar between groups, younger ad

44 set and duration of action using the Digital Abduction Assay (DAS).

45 ontrolling esotropia, head turn, and limited abduction associated with chronic sixth nerve palsy with

46 Average lateral translation in abduction at 0.19 +/- 0.18 mm in palsied orbits was simi

47 e study group, this was significant only for abduction at 1 month and flexion at 3 months.

48 Anterior translation in abduction averaged 0.17 +/- 0.53 mm in palsied orbits, s

49 Rotational axes from adduction to abduction averaged 1.1 +/- 0.2 mm medial and 1.1 +/- 0.2

50 ights abuses in the last 10 years, including abductions, beatings, killings, sexual assaults and othe

51 50% change in subclavian artery velocity in abduction by duplex scan (n = 12), cervical rib (n = 6),

52 significant deformations of the disc during abduction by older subjects.

53 state, perhaps the reason for the action of abduction by the superior oblique muscle.

54 ral to the 1DIvol during active index finger abduction compared with the 1DIvol relaxed.

55 Both adduction and abduction compress the peripapillary choroid.

56 on has been popularized for the treatment of abduction deficiencies.

57 small to absent, particularly ipsilateral to abduction deficiency.

58 , are patients who present with adduction or abduction deficit following medial wall fractures.

59 Mean postoperative abduction deficit was -2.7 +/- 0.8.

60 congenital, nonprogressive facial palsy, and abduction deficit) and genetic testing for HOXA1, HOXB1,

61 ry position esotropia, and all had bilateral abduction deficit.

62 Pattern 3, which was rare, was isolated abduction deficits (n=2, 5%).

63 ed MDC for Moebius syndrome because they had abduction deficits without facial palsy or facial palsy

64 adduction, down; 10-12 degrees torsional in abduction, down); (2) changes in vertical deviation (VD)

65 ackward for downward saccades with the PE in abduction, drift time constants averaged 35 ms; (3) peak

66 The addition of shoulder abduction during hand opening increased reliance on ipsi

67 ings may include limited depression worse in abduction, esotropia in abduction, V-pattern esotropia,

68 Oblique axial abduction external rotation imaging best delineated the

69 Abduction external rotation is the best position for eva

70 ulder in the neutral, external rotation, and abduction external rotation positions.

71 severe upper-extremity impairment (Shoulder Abduction Finger Extension score <5; 31 of 49 [63.3%] vs

72 rse in adduction for congenital cases and in abduction for acquired cases, and lateral incomitance ma

73 neuron excitability (F-waves), index finger abduction force and electromyographic activity as well a

74 participants performed bimanual index finger abduction force control tasks at 20% of their maximal vo

75 activity in response to forward flexion and abduction in 16 patients with Polar Type II/III shoulder

76 gaze and multiple positions of adduction and abduction in 26 orbits of 15 normal volunteers.

77 The limitation of abduction in both groups improved in the last follow up

78 rve palsy associated with more limitation of abduction in downgaze and V-pattern esotropia, augmented

79 cted for IRT if there was more limitation of abduction in inferior gaze associated with V- pattern es

80 ophthalmoplegia, exotropia, and paradoxical abduction in infraduction.

81 Abduction in M. supracoracoideus was weaker than M. pect

82 as excellent in 50% of patients and shoulder abduction in only 20%.

83 However, abduction in palsied eyes was significantly less at 11.4

84 ng external rotation to internal rotation in abduction in the dominant and non-dominant shoulders.

85 All patients had limited abduction in the previously operated eye causing esotrop

86 be merged with a fast discrete adduction or abduction in the shoulder triggered by an auditory signa

87 ns and spread of a tradition of interspecies abduction in the wild.

88 umb and index finger and during index finger abduction in uninjured humans and in patients with subco

89 ng precision grip compared with index finger abduction in uninjured humans, but was unchanged in SCI

90 dily swing his legs out of his van seat (hip abduction increased from 1 to 2+ on manual muscle testin

91 er esotropia in patients with MBS-associated abduction limitation.

92 d LR-0.17 mm further posterior per degree of abduction (linear fit, R = 0.85)-depended on horizontal

93 n a table or when lifting against a shoulder abduction load.

94 ce (P = 0.001), resultant force (P = 0.002), abduction moment (P = 0.03), and medial rotation moment

95 A greater hip abduction moment during gait at baseline protected again

96 A greater internal hip abduction moment during gait was associated with a reduc

97 ibiofemoral OA progression, with OR/unit hip abduction moment of 0.52 and a 95% confidence interval (

98 ratios (ORs) for progression per unit of hip abduction moment, after excluding knees with the worst j

99 rogression was reduced 50% per 1 unit of hip abduction moment.

100 ted with a 1.4% reduction (0.496 Nm) in knee abduction moment.

101 exed knee joint and reduced knee flexion and abduction moments compared to the control group, which r

102 ficients between the peak knee adduction and abduction moments of the lead leg and varus/valgus angle

103 ng styles associated with knee adduction and abduction moments, which are considered to be crucial lo

104 Arm abduction motion can help reduce lateral center of mass

105 arms and released it by a bilateral shoulder abduction motion in a self-paced manner at different pha

106 cillations to self-paced simple index finger abduction movements in patients with writer's cramp and

107 synchronization task requiring visually cued abduction movements with the left index or little finger

108 al excitability before and after brisk thumb abduction movements, either in a simple reaction time (R

109 ion (n = 15), infraclavicular bruit with arm abduction (n = 9), more than 50% change in subclavian ar

110 dentified in primates incorporating forcible abduction of another species.

111 ous muscle (1DI) during voluntary self-paced abduction of one indexed finger; EMG activity could also

112 non-progressive facial weakness and limited abduction of one or both eyes.

113 that suggests they have a functional role in abduction of the eyes like that in frontal-eyed mammals.

114 oral ischemia was investigated after maximal abduction of the hips for 3 hours (n = 6); ADCs before a

115 erformed the following tasks (a) a sustained abduction of the index finger against resistance at 10-2

116 maximum voluntary contraction (MVC), and (b) abduction of the index finger as in (a) whilst performin

117 their maximal isometric force for 35 s with abduction of the index finger.

118 0.03) was associated with a higher peak knee abduction of the lead leg.

119 al radial deviation of the wrist and maximal abduction of the thumb.

120 Although the absence and possible abduction of younger females has been suggested for othe

121 tion, of how mental simulations underlie the abductions of informal algorithms and deductions from th

122 upward saccades with the PE in adduction or abduction, onward after downward saccades with the PE in

123 Limited hip abduction or a clicking sound had no clear diagnostic ut

124 6.1 [95% CI, 1.3-29]), groin pain on passive abduction or adduction (sensitivity, 33%; specificity, 9

125 ing a power grip but not during index finger abduction or precision grip.

126 performing a power grip but not index finger abduction or precision grip.

127 ts had unilateral or bilateral limitation of abduction, or of both abduction and adduction, with palp

128 six subjects trained to perform rapid thumb abductions over 5 d.

129 consumption, using visual grating and finger abduction paradigms known to induce gamma-band activity

130 te esotropia and diplopia with limitation of abduction preceded by blunt trauma.

131 an intrinsic hand muscle during index finger abduction, precision grip and power grip.

132 ose appears unlikely but a wide range of hip abduction remained feasible-the hip appears quite mobile

133 ally, resulting in restriction or absence of abduction, restricted adduction, and narrowing of the pa

134 r characterized most typically by absence of abduction, restricted adduction, and retraction of the g

135 ed and evaluated in mice in vivo using Digit Abduction Score assays.

136 niques in the management of defective ocular abduction secondary to chronic sixth nerve palsy and eso

137 e tool for management of ET, AHP and limited abduction secondary to sixth nerve palsy and Eso-DRS.

138 MR images demonstrated all cases of hinge abduction shown arthrographically.

139 een groups, younger adults achieved peak arm abduction significantly earlier (542 +/- 67 ms) compared

140 95% CI, 3.15-11.54]) and muscle strength and abduction (SMD, 1.03 [95% CI, 0.03-2.02]).

141 er children in the ultrasonography group had abduction splinting in the first 2 years than did those

142 een-detected clinical hip instability allows abduction splinting rates to be reduced, and is not asso

143 t risks failures of diagnosis and treatment (abduction splinting), iatrogenic effects, and costs to p

144 ondary outcomes included surgical treatment, abduction splinting, level of mobility, resource use, an

145 (LR, 0.2; 95% CI, 0.0-0.7) and normal thumb abduction strength (LR, 0.5; 95% CI, 0.4-0.7).

146 s (LR, 2.4; 95% CI, 1.6-3.5), and weak thumb abduction strength (LR, 1.8; 95% CI, 1.4-2.3).

147 0.50, p-value = 0.011) in ICUAW and shoulder abduction strength (r = -0.77, p-value = 0.014) in amyot

148 antibody levels declined (P < 0.05) and arm abduction strength improved (P < 0.05) in the 17 patient

149 Hand symptom diagrams, hypalgesia, and thumb abduction strength testing are helpful in establishing t

150 ith (n = 12) or without (n = 6) experimental abduction stress were examined with conventional arthrog

151 ompared with precision grip and index finger abduction, suggesting a cortical origin for these effect

152 the same subjects learned a ballistic thumb abduction task using the APB muscle.

153 on axis tilted backward 4 degrees farther in abduction than in adduction.

154 d averaged 9-19 mum thinner in adduction and abduction than in central gaze (P < .02).

155 In abduction, the young temporal hemi-disc shifted 4.4 +/-

156 axial high myopia and a posterior shift from abduction to adduction in simulated Brown syndrome.

157 We captured the origin of this 'howler abduction' tradition, starting with one subadult male in

158 ed trial aimed at objectifying the effect of abduction treatment versus active surveillance in infant

159 depression worse in abduction, esotropia in abduction, V-pattern esotropia, and enophthalmos in down

160 Adduction but not abduction was associated with significant, progressive r

161 Limited abduction was improved from -4.3 to -1.6, while in cases

162 Abduction was not associated with significant peripapill

163 vation of the ptotic eyelid with ipsilateral abduction, we identified a co-segregating homozygous mis

164 Mild abduction weakness can be difficult to detect, blurring

165 esotropia, V-pattern, face turn and limited abduction were 35.9 PD, 11.4 PD, 25.9 degrees and 2.2 un

166 imary gaze, upgaze, downgaze, adduction, and abduction were analyzed digitally to determine the paths

167 s for 3 hours (n = 6); ADCs before and after abduction were compared (Wilcoxon signed rank test).

168 ET, AHP and limited abduction were improved by means of 33.8PD, 26.5 , and 2

169 lation (sway) and one postural cue, shoulder abduction, were correlated with physical dominance as we

170 All patients improved abduction, with a mean of -4.4 +/- 0.5 preoperatively to