ライフサイエンスコーパス: wrist

1 of first fracture (eg, hip, vertebral body, wrist).

2 ment of the median nerve at the level of the wrist.

3 cture risk, especially at the hip, spine and wrist.

4 rs heartbeat-like tactile stimulation on the wrist.

5 europathy, affecting the median nerve at the wrist.

6 was converted to haptic stimulation on each wrist.

7 ike manipulatory adaptations of the hand and wrist.

8 h coccidioidal tenosynovitis of the hand and wrist.

9 ronic compression of the median nerve at the wrist.

10 e dominant ankle; or flexion of the dominant wrist.

11 ces involving dorsopalmar compression of the wrist.

12 er's mind is detectable on the skin at their wrist.

13 operation regardless of its position on the wrist.

14 the extrinsic finger muscles that cross the wrist.

15 he forearm muscles that actuate the hand and wrist.

16 in the detection of bone marrow edema of the wrist.

17 cut points between dominant and non-dominant wrist.

18 r continuous monitoring of heart rate at the wrist.

19 reversed sensory impairment of the affected wrist.

20 hy (PPG)-based methods for monitoring at the wrist.

21 was measured with dosimeters at the body and wrist.

22 detection of pathological changes in injured wrists.

23 0.99 vs 0.11 x 10(-3) mSv +/- 0.44, P < .03; wrist: 1.44 x 10(-3) mSv +/- 2.69 vs 0.14 x 10(-3) mSv +

24 twork harmonization approach to map dominant-wrist acceleration to PAEE in 96,476 UK Biobank particip

25 Participants wore the wrist actigraph at home and in the hospital, and were in

26 stionnaires, kept a fatigue diary and wore a wrist actigraph for 7 days during the third trimester of

27 Participants were asked to wear wrist actigraphs and complete sleep diaries.

28 duration between shifts were evaluated using wrist actigraphs and diaries.

29 eral Sleep Disturbance Scale (GSDS) and wore wrist actigraphs to obtain subjective and objective meas

30 urements of light and activity recorded with wrist actigraphs were used as inputs into the model.

31 Sleep was measured using ReadiBand wrist actigraphs, which are licensed with the Sleep, Act

32 ht shift nurses was measured using ReadiBand wrist actigraphs.

33 ed asleep) were assessed via seven nights of wrist actigraphy among 426 participants in the Midlife i

34 Sleep/wake patterns were measured with wrist actigraphy and insomnia symptoms were assessed sub

35 asurements included continuous recordings of wrist actigraphy and light exposure (4.396 million min)

36 Latinos who completed more than 5 nights of wrist actigraphy and reported habitual bed/wake times fr

37 ed sleep duration and quality by 5-7 days of wrist actigraphy and self-report.

38 ctures (SOF) cohort (mean age 83 years) with wrist actigraphy for a minimum of three 24-hour periods.

39 992 participants free of CVD completed 7-day wrist actigraphy for sleep assessment from 2010 to 2013

40 ing and dementia, who had at least 1 week of wrist actigraphy proximate to death.

41 ter 2 weeks of treatment with BioBoosti, and wrist actigraphy throughout the study.

42 aneously monitored BP and physical activity (wrist actigraphy) for 48 hours to accurately derive indi

43 activity rhythms were profiled by continuous wrist actigraphy, and serum melatonin sampled every 2 ho

44 e assessed sleep-wake timing objectively via wrist actigraphy, and subjective sleep characteristics a

45 lf-report and objective sleep measures (e.g. wrist actigraphy, polysomnography) support links between

46 s of rest-activity patterns were measured by wrist actigraphy, severity of neurologic and systemic il

47 sed study that conducted polysomnography and wrist actigraphy.

48 nt clinical assessment, polysomnography, and wrist actigraphy.

49 Wrist-activity monitors were used to examine the pharmac

50 y, which were unpredictably delivered to the wrist after a long anticipatory cue period of unpredicta

51 ed limb strength with a functional elbow and wrist, although with diminished digital dexterity and se

52 timulus paired with an electric shock to the wrist and another tone not paired with shock.

53 Bone age of hand, wrist and cervical spine was assessed.

54 ultiple degrees of freedom (DOFs), including wrist and digit artificial joints.

55 houlder muscles and elbow extensors, weak to wrist and digit extensors, and almost absent to the intr

56 Wrist and digit flexor motoneurons sometimes inhibited t

57 ts, for example from motoneurons innervating wrist and digit muscles to those controlling the shoulde

58 The extrinsic muscles of the wrist and digits have good function.

59 s drive reporter gene expression in both the wrist and digits of mouse embryos in patterns that are n

60 sitions of 14 markers placed on the monkeys' wrist and digits.

61 atients with some voluntary motor control of wrist and finger extensors after stroke.

62 of able-bodied subjects during unrestricted wrist and finger movements across the entire range of mo

63 uscle spindle afferents during unconstrained wrist and finger movements predict future kinematic stat

64 that can support multijoint movements at the wrist and fingers.

65 remarkable modification of the bones in the wrist and forearm, a significant departure from the typi

66 s traumatic and pathologic conditions of the wrist and hand including occult fractures, osteonecrosis

67 The anatomy of the wrist and hand is complex and contains numerous small st

68 continuous cortical control of six different wrist and hand motions.

69 sly located contamination of both types on a wrist and hand.

70 ved from human acceleration signals from the wrist and hip in 97 adults (22-65 yr), and wrist in 63 w

71 een in the rheumatology clinic for bilateral wrist and knee pain that was unresponsive to physiothera

72 c variables of two markers positioned on the wrist and middle digits (limb and paw movement, respecti

73 in combination with an otherwise human-like wrist and palm indicate a significant degree of climbing

74 y and late autopod progenitors fated for the wrist and phalanges, respectively, both contribute to th

75 negative ulnar variant had injured her right wrist and presented at an orthopedic clinic due to nonsp

76 l radials of bony fish are homologous to the wrist and/or digits of tetrapods.

77 Our haptic signal was presented to the wrists and could readily be delivered by a low-cost wear

78 are indispensable for the development of the wrists and digits of tetrapods.

79 ctive study and underwent MR imaging of both wrists and hands.

80 and high-detail computed radiographs of the wrists and knees were obtained.

81 skeletal surveys for rachitic changes at the wrists and knees.

82 nt locations (bilateral upper arm, bilateral wrist) and, when available, intra-arterial blood pressur

83 nsitivity of 91% (95% CI: 77%, 98%; 32 of 35 wrists) and a specificity of 87% (95% CI: 60%, 98%; 53 o

84 nsitivity of 80% (95% CI: 63%, 91%; 28 of 35 wrists) and a specificity of 93% (95% CI: 68%, 100%; 14

85 confidence interval [CI]: 80%, 99%; 31 of 33 wrists) and specificity of 65% (95% CI: 38%, 86%; 11 of

86 nations of movements of the shoulder, elbow, wrist, and finger joints result in the same movement at

87 ex (M1) of macaques (Macaca mulatta) to arm, wrist, and hand postures during movement.

88 s, each wearing a thorax (primary endpoint), wrist, and head (secondary endpoints) lithium fluoride t

89 rists, had a higher prevalence of neck, hand/wrist, and lower back pain compared with family medicine

90 k of major osteoporotic (hip, pelvis, spine, wrist, and proximal humerus) fractures individually and

91 re a suite of derived features in the thumb, wrist, and radial carpometacarpal joints that is noticea

92 ifferences between dominant and non-dominant wrist, and we proposed new cut points to attenuate these

93 us morphological counterpart of the autopod (wrist/ankle and digits) in living fishes.

94 gia primarily involving her bilateral hands, wrist, ankles, and feet.

95 re associated with the representation of the wrist, arm, and shoulder.

96 f coccidioidal tenosynovitis of the hand and wrist at our institution, along with 5 other cases found

97 h coccidioidal tenosynovitis of the hand and wrist at our institution.

98 Our haptic stimulus was delivered to the wrists at an intensity that can be produced by a compact

99 ift and postshift urine samples and silicone wrist bands (SWBs) worn on lapels and wrists from 10 fem

100 , thus, we developed cut points for dominant wrist based on ENMO to classify sedentary time (<50 mg),

101 Ambulatory wrist blue light irradiance and skin temperature data we

102 tes may improve median nerve function at the wrist by somatotopically distinct neuroplasticity in the

103 and adductors acting on the digits, hand and wrist caudally (C8-T1).

104 unctional outcomes for a variety of hand and wrist deformities resulting from rheumatoid arthritis (R

105 ssessed informally with a quick flick of the wrist: dense suspensions of microorganisms produce trans

106 ited by intense somatosensory stimuli to the wrist, depends on a number of properties of the elicitin

107 od (i.e. radius/ulna) and then autopod (i.e. wrist/digits) segments during limb development.

108 The wrist domain consists of small linkers connecting the ex

109 Together, our data suggest that the wrist domain has a role in modulating the channel's resp

110 voltage clamp to investigate the role of the wrist domain in channel gating in response to extracellu

111 was reduced by selected mutations within the wrist domain of the alpha subunit, likely reflecting an

112 weakness, most severely affecting ankle and wrist dorsiflexion.

113 t finite element simulations of the hominoid wrist during knuckle-walking by virtually generating fus

114 Both groups wore the device on their wrist during the anticipation of public speech, and were

115 in threshold and lower pain tolerance at the wrists (each P</=0.05).

116 Microstimulation at PW4 evoked contralateral wrist, elbow, and shoulder movements.

117 thralgia involving the left and right hands, wrists, elbows, ankles, and knees.

118 possible thresholds, using the non-dominant wrist estimates as reference.

119 primary outcome was the total patient-rated wrist evaluation (PRWE) score at 52 weeks after randomis

120 wrist interface delivered controlled passive wrist extension movements, the onset of which was synchr

121 Participants performed a ballistic right wrist extension task in four different temporal conditio

122 Isometric wrist extension was examined as a positive control and t

123 re scanned during isometric head rotation or wrist extension.

124 made from right ankle dorsiflexor and right wrist extensor muscles.

125 operoneal and distal distribution, including wrist extensor weakness, finger and foot drop, scapular

126 Movement kinematics and EMG from the wrist extensors and flexors and sternocleidomastoid musc

127 he reverse phase, so that recruitment of the wrist extensors was minimized.

128 nvoluntary coupling between the shoulder and wrist/finger flexors.

129 Subjects were then asked to imagine either wrist flexion or extension movements during TMS delivery

130 yond training states and accurately generate wrist flexion states that are intermediate to training l

131 The wrist flexion task yielded no differences in onset laten

132 were undertaken before unilateral ballistic wrist flexion training.

133 e opposed the initial phase of the movement (wrist flexion) and assisted the reverse phase, so that r

134 contrast, slow or moderately paced voluntary wrist flexion-extension movements dramatically increase

135 ts tilted a virtual table through continuous wrist flexion/extension movements with the goal to posit

136 -11.3%), and MUNE measurements from forelimb wrist flexor muscles (415 +/- 8 [SEM]) align with back-t

137 their right hip, dominant, and non-dominant wrist for 7 days.

138 tionnaire and wore an accelerometer on their wrist for 9 days.

139 Radiation exposure of the wrist for the interventionalist was higher during fluoro

140 The associations of fractures of hip, wrist, forearm and other sites appear weak and only slig

141 The representations of the ulnar and radial wrist, forearm, and upper arm also lie within the homoge

142 For wrist fracture and stroke, the odds ratios were higher f

143 ith wrist trauma and clinical suspicion of a wrist fracture but with negative findings on radiographs

144 relation to 3 outcomes (retinal detachment, wrist fracture, and ischemic stroke), all with assumed n

145 ldhood, including fractures of her femur and wrist; fractured her ankles several times in her late te

146 actures (P = 0.02) and total hip, spine, and wrist fractures (P = 0.02).

147 ures of the wrist in patients with suspected wrist fractures and negative findings on radiographs.

148 In contrast, risk of lower-arm or wrist fractures increased with higher magnesium intake [

149 e is associated with increased lower-arm and wrist fractures that are possibly related to more physic

150 rquartile range [IQR], 3-9 days) for forearm/wrist fractures to 8 days (IQR, 5-12 days) for femur fra

151 no screening, 11.1%; DXA screening, 9%; for wrist fractures, 14%, 17.8%, and 16.4%, respectively; fo

152 licone wrist bands (SWBs) worn on lapels and wrists from 10 female nail technicians in the Boston are

153 pper arm, left wrist, right upper arm, right wrist) had adequate correlation coefficients but were st

154 rical stimulation of the median nerve at the wrist [hand blink reflex (HBR)] is a subcortical, defens

155 eral US, including Doppler assessment of the wrists, hands, and fingers, was performed, and presence

156 the neck, lower back, shoulders, upper back, wrists/hands, knees, and ankles.

157 ), spinal (HR, 1.18; 99% CI, 1.10-1.27), and wrist (HR, 1.07; 99% CI, 1.03,-1.11) fractures.

158 urophysiological outcomes, both local to the wrist (i.e. median sensory nerve conduction latency) and

159 e wrist and hip in 97 adults (22-65 yr), and wrist in 63 women (20-35 yr) in whom daily activity-rela

160 and without vibro-tactile stimulation of the wrist in CI users, before and after a short training reg

161 nd specificity in depicting fractures of the wrist in patients with suspected wrist fractures and neg

162 s when the median nerve is compressed at the wrist in the carpal tunnel.

163 cificity of 93% (95% CI: 68%, 100%; 14 of 15 wrists) in helping detect wrists with fractures.

164 ecificity of 87% (95% CI: 60%, 98%; 53 of 60 wrists) in helping detect wrists with fractures.

165 ecificity of 65% (95% CI: 38%, 86%; 11 of 17 wrists) in the detection of wrists with bone marrow edem

166 Hand and wrist injuries are common occurrences in amateur and pro

167 Overuse wrist injuries are mainly represented by tendinous disor

168 Acute wrist injuries are predominantly bone fractures, such as

169 robably due to the superior movements of the wristed instruments that facilitate fine dissection, cou

170 A robotic wrist interface delivered controlled passive wrist exten

171 the extracellular and transmembrane domain 'wrist' interface, and leads to rotation of the transmemb

172 porally extensive combinations of finger and wrist joint angle kinematics rather than any individual

173 s are then mapped into the kinematics of the wrist joint using forward dynamics.

174 collection of feathers muscularized near the wrist joint.

175 and local bone erosion were assessed at the wrist, knee, and ankle joints.

176 spinal cord level to the terminal nerves at wrist level.

177 Concomitant CTA quantities (from "unilateral wrist-level with face" to "bilateral elbow-level with fa

178 e tested: the PsA-44 (which includes elbows, wrists, metacarpophalangeal joints, finger proximal inte

179 he earliest known instance of great ape-like wrist morphology and supporting the presence of a behavi

180 and reveals a long, robust thumb and derived wrist morphology that is shared with Neandertals and mod

181 n and cortisol profile, skin temperature and wrist motor activity in healthy young and older voluntee

182 Skin temperature and wrist motor activity were continuously recorded.

183 physical activity questionnaire, and wore a wrist-mounted accelerometer for 9 days.

184 Wrist movement accuracy in the untrained pointing task i

185 s in real life by making use of longitudinal wrist movement recordings of >16,000 sleep bouts from 57

186 elay task requiring them to make a ballistic wrist movement to a target in response to an acoustic to

187 dence that the release of targeted ballistic wrist movements by SAS is mediated, in part, by a fast c

188 uired learners to make increasingly accurate wrist movements.

189 a lateral region of area 5 evokes finger and wrist movements.

190 rent motor control strategy of finger versus wrist movements.

191 letal tensioning of the body, such as subtle wrist movements.

192 e transmission coefficient averaged for both wrists, multiplied by age, and divided by BMI has been u

193 ime from electromyographic recordings of the wrist muscles.

194 d C5-C7, which supplies shoulder, elbow, and wrist musculature.

195 Individual joints (n = 840) in the hands and wrists of 28 patients (14 women; mean age, 53.3 years) w

196 res, the upper limbs (excluding the hand and wrist) of the Malapa hominins are predominantly primitiv

197 s of the carpal bones and soft tissue of the wrist on NMR in patients with negative radiographs.

198 to completely synchronize their own rhythmic wrist or arm movement with the movement of the vocalizer

199 lowest mean stimulation thresholds were for wrist or elbow instead of digit movements.

200 at a randomized location on the immobilized wrist or forehead.

201 Radiation dose at wrist or head did not differ between radial and femoral

202 e vocalization while rhythmically moving the wrist or the arm at different tempos.

203 They differ in whether the wrist or the thumb of the hand is controlled.

204 on accuracy was similar when using either 1 (wrist) or 11 skin temperature sensor inputs.

205 ost hypertonic muscle group among the elbow, wrist, or finger flexors (primary target muscle group [P

206 two additional muscle groups from the elbow, wrist, or finger flexors or shoulder extensors.

207 inear lesions on the legs, groin, waistline, wrists, or forearms.

208 revalence of neck (46% vs 21%; P<0.01), hand/wrist pain (17% vs 7%; P = 0.03), and lower back pain (2

209 ntrast, neurons with receptive fields on the wrist/paw were located more ventrally, often discharged

210 whereas neurons with RFs on the distal limb (wrist/paw) and slow-conducting PTNs typically showed pea

211 movement accuracy in an untrained, discrete wrist-pointing task was assessed using the same robot.

212 Before and after training, wrist position sense acuity and spatial movement accurac

213 Wrist posture impacts the muscle lengths and moment arms

214 to comprehensively quantifying the effect of wrist posture on extrinsic finger EMG activity in able-b

215 For the finger flexors, EMG variations with wrist posture were most prominent for index finger muscl

216 Depending on the wrist posture, EMG activity changed by up to 70% in indi

217 angles of the left hand, as well as the left wrist posture, so as to maintain the imagined object in

218 associated with digit movement at different wrist postures must also change.

219 ng the same digit movement in five different wrist postures.

220 tested with median nerve stimulation to the wrist preceding TMS pulse to motor cortex by ~20 ms and

221 rmal stimulation on the medial aspect of the wrist produced activity within the C6/C5 segment ipsilat

222 Simplified NMR imaging of the wrist proved to be strongly efficient in the detection o

223 ic) alteration in resonant properties of the wrist provides a simple explanation for these changes.

224 The wrist PTT exhibited close association with both diastoli

225 The wrist PTT showed superior association with BP when calcu

226 The efficacy of the wrist PTT was superior to scale PTT and PAT for both dia

227 imal and distal timing reference (called the wrist PTT).

228 presentations; on the lateral side by radial wrist, radial forearm, and anterior upper arm representa

229 In 17 cases out of 63 with two negative wrist radiogram, the NMR result was positive (19%).

230 between bone age assessments made from hand-wrist radiographs and those from cephalometric radiograp

231 DS: In order to fulfill the objectives, hand-wrist radiographs as well as cephalometric radiographs o

232 as found between bone age assessed from hand-wrist radiographs using Bjork's method and bone age asse

233 Bone age on hand-wrist radiographs was evaluated using the Bjork method,

234 order to assess the maturity of bones, hand-wrist radiographs were introduced in the second decade o

235 Hand and wrist radiographs, obtained at baseline and at 3 years o

236 sing the attachment, subjects extended their wrist range of motion, yet maintained their level of com

237 e eye and orbit with the back of the hand or wrist, rather than the fingers or knuckle.

238 erence in spinal processing of finger versus wrist-related motor commands points to a different motor

239 four most common sites (left upper arm, left wrist, right upper arm, right wrist) had adequate correl

240 Some wrist rotations are more difficult due to biomechanical

241 ish hospital with a fracture of the forearm, wrist, scaphoid bone, clavicle, or ankle at age 6-13 y.

242 ered a FPS procedure that included pairing a wrist shock with a threat signal and a safety signal nev

243 dministered the FPS procedure again, with no wrist shocks to any stimulus, to measure retention of fe

244 e imaging during stimulation of the affected wrist showed spontaneous recovery of peri-infarct blood

245 Sensors placed at their wrists showed higher and more variable heart rates, grea

246 is the role of the centrale in the hominoid wrist, since the fusion of this bone with the scaphoid i

247 central (spine and hips) versus peripheral (wrist) sites.

248 The study was conducted at 1 center, and wrist splinting had previously failed for all patients.

249 rticle is to review the most common hand and wrist sports-related lesions.

250 latest surgical outcomes related to hand and wrist surgery in the patient with RA.

251 ations have received mention in the hand and wrist surgery literature.

252 is a lack of outcome studies in RA hand and wrist surgery to justify many of the surgical procedures

253 ition, we evaluated the circadian pattern of wrist temperature (internal circadian rhythm marker).

254 reater stability of the circadian pattern of wrist temperature (P = 0.016).

255 AP) derived from non-invasive assessments of wrist temperature (T) physical activity (A) and body pos

256 Circadian patterns of energy intake and wrist temperature were analyzed, and their association a

257 ue to initial attachment of their respective wrist tendon anlage to multiple muscles.

258 ntly generated by proximal elongation of the wrist tendon anlagen, in parallel with skeletal growth,

259 Weighting the left wrist-thereby linking less and more weight to right and

260 r metric values in dominant vs. non-dominant wrist, thus, we developed cut points for dominant wrist

261 gen of tendon progenitors at the presumptive wrist to their respective autopod tendon segment, thereb

262 rrow edema and fracture in participants with wrist trauma and clinical suspicion of a wrist fracture

263 Background Patients with wrist trauma and negative findings on radiographs often

264 9-81years) were consecutively examined after wrist trauma.

265 confirm that resonance plays a major role in wrist tremor.

266 ree women aged 24, 24, 49, 30, and 26 years; wrist: two men and three women aged 31, 23, 25, 24, and

267 trally, bordered on the medial side by ulnar wrist, ulnar forearm, and posterior upper arm representa

268 novel on-body antennas contacting the human wrist under an applied, operator-controlled pressure.

269 retchable network heater is applied on human wrists under real-time strain, bending, and twisting, an

270 t diagnosed fracture of the hip, humerus, or wrist; up to 4 controls, matched by age, sex, index date

271 tivity observed in finger extensors when the wrist was extended.

272 ly, finger flexors were most active when the wrist was flexed.

273 mogram (PPG) signal is important because the wrist watch form factor enables long term continuous mon

274 Detection of atrial fibrillation (AF) from a wrist watch photoplethysmogram (PPG) signal is important

275 el method not only to detect AF from a smart wrist watch PPG signal, but also to determine whether th

276 ) into an earring, a ring, a necklace, and a wrist watch.

277 trical stimulation of the ulnar nerve at the wrist, we examined somatosensory evoked potentials (SSEP

278 Response Codes) task while sometimes wearing wrist weights.

279 Images of the lower leg and wrist were acquired in five volunteers each (lower leg:

280 Cut points for the dominant wrist were derived using Lin's concordance correlation c

281 Bone mineral density at the spine, hip, and wrist were measured 6 months, 12 months, 18 months, and

282 porotic fractures of the hip, vertebrae, and wrist were modeled.

283 Wrists were examined with dual-energy CT and MRI, and im

284 Hands/wrists were more commonly contaminated than areas of the

285 men [52%]) were enrolled, and 750 bones (50 wrists) were assessed.

286 erform blood oxygenation measurements on the wrist, where common accessories are worn.

287 The examiner held both forearms near the wrists while asking the patient to flex or extend the no

288 They wore miniature wrist wireless inertial sensors (actigraphs) throughout

289 asurements are successfully performed on the wrist with green and red PLEDs.

290 %, 86%; 11 of 17 wrists) in the detection of wrists with bone marrow edema and a sensitivity of 69% (

291 8%, 100%; 14 of 15 wrists) in helping detect wrists with fractures.

292 60%, 98%; 53 of 60 wrists) in helping detect wrists with fractures.

293 ants performed right-handed movements at the wrist, with either of two postures and two amplitudes, t

294 nt data captured with commercially available wrist worn sensors in 35 participants with Parkinson's d

295 y obese groups by using both self-report and wrist-worn accelerometer assessments.

296 hms of sleep/wake behavior were assessed via wrist-worn actigraphy, whilst rhythms of circadian gene

297 is gap, we measured one week of sleep with a wrist-worn GT3X+ actigraph in 160 adolescents (96 girls,

298 These findings suggest that a wrist-worn haptic device could be effective for improvin

299 alivary dim-light melatonin onset (DLMO) and wrist-worn photometry, respectively.

300 hysical activity, based on questionnaire and wrist-worn triaxial accelerometer assessments (GENEActiv