ライフサイエンスコーパス: clinical examination

1 s convergence spasms can be triggered by the clinical examination.

2 lectrocardiography, fasting blood tests, and clinical examination.

3 unction outcome, or on cognitive function or clinical examination.

4 d followed up in 2010 with questionnaire and clinical examination.

5 Diagnosis was based on the history and clinical examination.

6 ng, 3 had glaucoma deterioration detected by clinical examination.

7 total procedures performed), as verified by clinical examination.

8 abdominal CT scanning, in addition to serial clinical examination.

9 ve tooth and concordance with the results of clinical examination.

10 ups), providing 1,140 anterior teeth for the clinical examination.

11 ng in the Boston metro area were invited for clinical examination.

12 ory impairment, which can be assessed during clinical examination.

13 ariant condition that is diagnosed mainly on clinical examination.

14 olution of the placoid lesions on SD-OCT and clinical examination.

15 terol Education Program criteria were from a clinical examination.

16 d more effectively on EDI-OCT images than by clinical examination.

17 tomatic patient with no specific findings on clinical examination.

18 suggestive of abducens palsy not detected by clinical examination.

19 orneal dystrophy of the Bowman layer after a clinical examination.

20 ents with single implants were invited for a clinical examination.

21 ive sleep apnea should be established in the clinical examination.

22 of last eye examination, and a standardized clinical examination.

23 HL (OHL) survey, full-mouth radiographs, and clinical examination.

24 uspicion of recurrence was the criterion for clinical examination.

25 ons compared to standard-of-care imaging and clinical examination.

26 testing and ultrasound pachymetry as well as clinical examination.

27 s in patients with HS should warrant further clinical examination.

28 eted a monthly sexual behavior interview and clinical examination.

29 ing RW-ROP on image evaluation compared with clinical examination.

30 atology setting were found to have MBAITs on clinical examination.

31 nerve head (ONH), visual field testing, and clinical examination.

32 olution of skin photodamage was evaluated on clinical examination.

33 pheral drusen, were identified by peripheral clinical examination.

34 of ROP with high accuracy compared with the clinical examination.

35 The response to therapy was assessed by clinical examination.

36 on reduced GALC activity, DNA sequence, and clinical examination.

37 ge of diabetic retinopathy was determined by clinical examination.

38 e, but largely based on findings from serial clinical examinations.

39 til age 19-24 years using questionnaires and clinical examinations.

40 d to saliva sampling and oral radiologic and clinical examinations.

41 mselves, or of their environment in repeated clinical examinations.

42 , which were ruled out through serologic and clinical examinations.

43 evaluated both by questionnaire (17.1%) and clinical examination (10.0%).

44 In 2009-2011, 3 groups underwent clinical examination: 134 participants born at less than

45 MATERIAL/METHODS: Based on clinical examination, 24-hour video EEG recordings and M

46 rameters; magnetic-resonance tomography; and clinical examinations 3 d, 6 wk, and every 3 mo after se

47 on frequency (previous studies: 38%, current clinical examination: 33%), detailed eyetracking investi

48 ned using an 11-station objective structured clinical examination (40 points), an end-of-year written

49 icipants completing both the home survey and clinical examination, 4172 individuals (91.1%) had at le

50 uestionnaire (74% participated) and attend a clinical examination (47% participated) at age 18 to 19

51 pent more time compared with baseline on the clinical examination (5.1 vs. 6.4 minutes).

52 ge of Surgeons Resident Objective Structured Clinical Examination (ACS OSCE).

53 valence (% D3MFT > 0) was 16.7% at the first clinical examination (ages 7-9 y), increasing to 31.0%,

54 , 82 (30.1%) patients were managed by serial clinical examination alone, whereas 190 (69.9%) patients

55 tancy were also calculated and compared with clinical examination alone.

56 , often remaining undetectable despite close clinical examination and 2-dimensional echocardiographic

57 All patients underwent clinical examination and abdominal magnetic resonance im

58 When ancillary studies are used, a second clinical examination and apnea test should be performed,

59 cies [79.4%]), specifying all aspects of the clinical examination and apnea testing, and specifying a

60 ) or without (n = 23) chemotherapy underwent clinical examination and brain magnetic resonance imagin

61 Patients were given a structured clinical examination and completed validated symptom que

62 Clinical examination and comprehensive retinal imaging,

63 Clinical examination and computed tomography of the orbi

64 The diagnosis is usually suspected on clinical examination and confirmed by imaging.

65 ded to the microorganism, using standardized clinical examination and dental panoramic tomography.

66 They underwent detailed clinical examination and follow-up, as well as neuropsyc

67 Clinical examination and GCF samples were taken from a t

68 early-onset pain symptoms were evaluated by clinical examination and genomic screening for mutations

69 es, and we stress the importance of accurate clinical examination and histopathological results for i

70 Complete post-operative clinical examination and history were obtained, and tran

71 Patients underwent clinical examination and impression cytologic examinatio

72 Clinical examination and initial investigations did not

73 Main Outcomes and Measures: Clinical examination and investigation were performed of

74 Its diagnosis relies solely on a clinical examination and is not straightforward because

75 ifferences in the diagnostic accuracy of the clinical examination and IVCM.

76 Follow-up time was 36 months with clinical examination and keratometry at every visit.

77 were collected using face-to-face interview, clinical examination and laboratory investigation, and a

78 tration of a questionnaire, general and oral clinical examination and laboratory tests were performed

79 Clinical examination and magnetic resonance imaging were

80 nce and spectrum of ocular abnormalities, by clinical examination and multimodal imaging, and to inve

81 sits at which trained physicians performed a clinical examination and nurses took anthropometric meas

82 Clinical examination and OCT were used to evaluate MEK i

83 ith good diagnostic accuracy comparable with clinical examination and other optical-based methods.

84 Clinical examination and parental questionnaires were us

85 nation of treatment response largely rely on clinical examination and patient interview.

86 Clinical examination and quantitative sensory testing we

87 These 9481 underwent a standardized clinical examination and responded to an interviewer-adm

88 A detailed clinical examination and retrospective evaluation of the

89 de with a multi-stage protocol that included clinical examination and review by a panel of clinical e

90 ts with AMD were sequentially screened using clinical examination and scanning laser ophthalmoscopy i

91 used to compliment other techniques, such as clinical examination and serial imaging.The use of multi

92 eurological knowledge, diagnostic reasoning, clinical examination and teaching methods employed by on

93 There was disagreement between clinical examination and the consensus group assessment

94 ngs, such as increased time dedicated to the clinical examination and the lack of change in patient p

95 sociated iris or ciliary body solid tumor on clinical examination and ultrasound biomicroscopy.

96 ergic rhinitis, asthma, and food allergy) by clinical examination and validated questionnaires.

97 rongly encouraged to undergo a yearly breast clinical examination and yearly mammographic follow-up t

98 -ROP eyes, the findings were consistent with clinical examination and/or image grading at the next se

99 Clinical examinations and 3-T MR angiography were perfor

100 ructured questionnaire, parental interviews, clinical examinations and bronchodilation test of 138 of

101 e patients were followed over time and their clinical examinations and imaging studies were compared

102 ic difficulties with detecting enthesitis in clinical examinations and laboratory investigations, man

103 Clinical examinations and parental questionnaires were u

104 years, of which 52% were females) underwent clinical examinations and were classified into four grou

105 n 30% (7) of nevi did not show any change on clinical examination, and 18% (4) had no dermoscopic cha

106 ota, and each subject had a medical history, clinical examination, and assessment of different plasma

107 Presenting symptoms, clinical examination, and laboratory findings can guide

108 ymptomatic for metastatic lesions on initial clinical examination, and who had initial (18)F-FDG PET/

109 wedish patients included symptom assessment, clinical examinations, and blood tests at 3- to 4-month

110 (n = 35, ages at first visit 5-72 years) had clinical examinations, and rod and cone perimetry.

111 c Retinopathy Study (ETDRS) 4-m refractions, clinical examinations, and SD-OCT.

112 Children completed clinical examinations annually from age 1 year through a

113 d their correlation with disease activity on clinical examination as well as with systemic corticoste

114 Data collection included clinical examination, as well as findings on fluorescein

115 l subjects completed an objective structured clinical examination assessment.

116 disease was evaluated by skin prick test and clinical examination at 12 months of age.

117 In vivo clinical examination at 24 hours revealed inflammatory i

118 our pH monitoring, UGI contrast study, and a clinical examination at 6 months and phone interviews af

119 olled in the WHEALS birth cohort study had a clinical examination at age 2 years to assess eczema and

120 gland in May and June 1947, who attended for clinical examination at age 49-51 years, and had telomer

121 Outcomes were evaluated through a clinical examination at day 0 and during a 6-month follo

122 s collected through telephone interviews and clinical examinations at 3 and 13 months of age; data co

123 nd waist circumference (WC) were measured at clinical examinations at 5 and 7 y of age.

124 We performed clinical examinations at baseline and at 2 years, 6 year

125 based endoscopes and to extend the range of clinical examination below the duodenum.

126 time to return of spontaneous circulation), clinical examination (brainstem reflexes and myoclonus),

127 thy who did not manifest birdshot lesions on clinical examination but had retinal vasculitis, low-gra

128 After exhaustive clinical examinations by neurologists and otologists, th

129 ith the high inter-eye agreement in ROP from clinical examinations by ophthalmologists in other studi

130 of mutations in ABHD12 underwent exhaustive clinical examinations by ophthalmologists, neurologists,

131 Findings from clinical examination can aid in determining which adults

132 Well-informed clinical examination can identify patients who require f

133 gs') that can be identified through accurate clinical examination, collection of historical data and

134 ent was determined by investigators based on clinical examination, color fundus photography, fluoresc

135 IVCM showed higher sensitivity compared with clinical examination conducted with the slitlamp for mal

136 Medical histories were obtained and clinical examinations conducted by means of systematic p

137 Clinical examinations conducted semiannually collected d

138 Performance on the objective structured clinical examination correlated with performance on the

139 obability of ACS in these patients using the clinical examination could prevent many hospital admissi

140 Clinical examination data are reported up to 4 years pos

141 care delivery system, with health survey and clinical examination data available.

142 ry prerequisites for testing, details of the clinical examination, details of apnea testing, and deta

143 alities, the majority of findings on routine clinical examination did not require acute intervention,

144 es, medications, laboratory assessments, and clinical examinations during recruitment and follow-up v

145 ing with PTWI (n=155) were investigated with clinical examination, ECG, echocardiography, exercise te

146 The clinical examination, electrocardiogram, cardiac biomark

147 Clinical examination, electroencephalography (EEG), soma

148 The combination of clinical examination, electroencephalography reactivity,

149 Combination of clinical examination, electroencephalography reactivity,

150 The use of a multimodal approach, including clinical examination, electroencephalography, somatosens

151 hed control participant underwent a complete clinical examination, electroretinography (full field an

152 Clinical examinations, electroretinography (ERG), histol

153 culitis without definite birdshot lesions on clinical examination evaluated from January 2007 to Dece

154 FDG PET/CT and were followed with at least a clinical examination every 4 mo for 2 y and every 6 mo t

155 On clinical examination, exquisite pain was generated by si

156 Medical records were reviewed for clinical examination findings and endocrinologic status.

157 Treatment was based on clinical examination findings and knowledge of the etiol

158 culate sensitivity, specificity, or both for clinical examination findings and white blood cell count

159 Risk factors and clinical examination findings can be useful for differen

160 s, we estimated that review would agree with clinical examination findings in 46.5% of the 161 G-/E+

161 cases, 18 of 32 reviews (56.3%) agreed with clinical examination findings that ROP was present in zo

162 Patient demographics and clinical examination findings were collected both at the

163 rt review and included patient demographics, clinical examination findings, and history of autoimmune

164 Patient demographics, initial clinical examination findings, and management details we

165 Patient demographic, initial clinical examination findings, and management details we

166 After documenting clinical examination findings, clinicians with 1 hour of

167 Patient demographics, clinical examination findings, ocular biometry measureme

168 e post-review assessments were compared with clinical examination findings.

169 us-free buffer, and inflammation assessed by clinical examination, flow cytometry, and cytokine ELISA

170 Clinical examination, fluorescein angiography, fundus ph

171 procedures: Each patient underwent standard clinical examination, followed by ultra wide-field scann

172 ographic and behavioural data, and performed clinical examinations for collection of biological speci

173 Clinical examination from TDP-43 pathology cases reveal

174 g detailed periodontal data obtained through clinical examination from the National Health and Nutrit

175 ta were collected through questionnaires and clinical examinations from 1976 to 1978.

176 ree of diabetes, were followed with 5-yearly clinical examinations from 1991-2009 for a median of 14.

177 Clinical examination, functional and walking disability

178 ith vitelliform macular detachments based on clinical examination, fundus autofluorescence, fluoresce

179 l cloudy vitelliform submaculopathy based on clinical examination, fundus autofluorescence, fluoresce

180 tion or persistence of ROP, as determined by clinical examination, fundus photography, and fluorescei

181 he appearance of the macula was evaluated by clinical examination, fundus photography, and fundus aut

182 image grading did not detect RW-ROP noted on clinical examination (G-/E+) and 854 instances in which

183 Clinical examination, Global Acne Rating System, Nationa

184 sure-monitoring group and 41% in the imaging-clinical examination group (P=0.60).

185 on imaging and clinical examination (imaging-clinical examination group).

186 th benign axillary nodes on radiological and clinical examination helps to inform decisions regarding

187 ] score) to tear film indicators obtained by clinical examination (i.e., tear osmolarity, corneal sta

188 in which treatment was based on imaging and clinical examination (imaging-clinical examination group

189 eeth, especially when trismus makes detailed clinical examination impossible.

190 distortions that were initially detected at clinical examination in 8% (17 of 217), at mammography i

191 ver, the literature examining utility of the clinical examination in identifying early infection has

192 upport the use of angiographic screening and clinical examination in immediate relatives of patients

193 differences between image-based grading and clinical examination in the ability to detect clinically

194 dence for the use of an objective structured clinical examination in the assessment of pediatric crit

195 (the absence of primary and nodal tumour by clinical examination), in addition to overall survival a

196 The clinical examination included a full-mouth evaluation of

197 The clinical examination included probing depth (PD), clinic

198 The clinical examination included tear film assessment (tear

199 Clinical examination included visual field examination,

200 In-person clinical examinations included evaluation for overall di

201 The offspring underwent a clinical examination including fasting blood samples and

202 at age 20, 421 offspring attended attended a clinical examination including measurements of allergic

203 m sample from one of the cohorts underwent a clinical examination including skin prick testing.

204 ariates were recorded through interviews and clinical examinations including serum IgEs and skin pric

205 Probands and siblings underwent a clinical examination, including gonioscopy by a masked g

206 664 adults (68% of invited) participated in clinical examinations, including a structured interview

207 Extensive clinical examinations, including visual acuity testing,

208 AC immunopathogenesis was evaluated via clinical examinations, infiltration of mast cells and eo

209 ers, priapism, stroke, and osteonecrosis) by clinical examination, laboratory tests, and echocardiogr

210 endometrial lining thickness as assessed by clinical examination, mammogram, uterine ultrasound, or

211 atients eligible at standard assessment (ie, clinical examination, mammography, and/or ultrasonograph

212 A thorough medical history interview and clinical examination may give directions regarding the f

213 esource-limited settings where gold standard clinical examination may not be pragmatic.

214 P < .001) and decreased handgrip myotonia on clinical examination (mexiletine, 0.164 seconds vs place

215 o after completion of chemoradiotherapy with clinical examination, MRI, and (18)F-FDG PET/CT.

216 Clinical examinations, nerve conduction studies, and vib

217 In this study, neither clinical examination nor IVCM was found to reliably dist

218 Retrospective evaluation of clinical examinations occurred at 1 and 3 months and ann

219 and 3-mo follow-up, together with a baseline clinical examination of 495 adult employees of an automo

220 and a contralateral natural tooth after the clinical examination of 73 participants.

221 In a pilot clinical examination of four subjects with focal epileps

222 mote evaluation of fundus images and bedside clinical examination of infants at risk for ROP.

223 Clinical examination of oral hygiene status and gingivit

224 The clinical examination of patients with suspected obstruct

225 Clinical examination of peripheral nerves is highly subj

226 ity periodontal index criteria, a full-mouth clinical examination of six sites per tooth.

227 Clinical examination of the 11 eyes revealed drusen and

228 Clinical examination of the Cameroonian family members f

229 ration of SD OCT imaging of the ONH into the clinical examination of the disc is required.

230 is made on the basis of clinical history and clinical examination, of which several aspects are parti

231 rocytic hamartomas that were not observed on clinical examination or color fundus photography.

232 of the inflammatory status of the disease on clinical examination or current use of systemic corticos

233 vident on ICGA before lesions are visible on clinical examination or fluorescein angiography.

234 ts with type 1 diabetes, in the absence of a clinical examination or fundus photographs, subject self

235 tomic insights and may be more accurate than clinical examination or leakage on FA, our current metho

236 t was assessed with fluorescein angiography, clinical examination, or both.

237 rom the background population (O-BP) using a clinical examination, oral glucose tolerance test, and g

238 following sources: (a) Objective Structured Clinical Examination (OSCE) rating to assess performance

239 luated with a 6-station Objective Structured Clinical Examination (OSCE).

240 ative has evaluated the validity of previous clinical examination protocols and tested new protocols

241 Data were collected through interview, clinical examination, psychological testing, and laborat

242 Only 5 studies reached Rational Clinical Examination quality scores of level 1-2.

243 Clinical examination, questionnaire survey, and blood sa

244 ssue disorders that present as DG at initial clinical examination require direct IF and serum studies

245 lin level, hematocrit, and blood viscosity), clinical examination results, and OCT findings.

246 Clinical examination revealed a distended tympanic abdom

247 Clinical examination revealed also ipsilateral cervical

248 Clinical examination revealed laxity of the left abdomin

249 Clinical examination revealed multifocal lesions that co

250 Clinical examination revealed no neurological deficits a

251 Clinical examination revealed no palpable mass or axilla

252 A clinical examination revealed nodular lesions in the ear

253 Clinical examination revealed numerous small dome-shaped

254 Patients underwent clinical examination, routine laboratory tests (complete

255 fter answering a questionnaire and receiving clinical examination, saliva samples were collected and

256 ; quality scores assigned using the Rational Clinical Examination score and bias evaluated with the Q

257 ate that the use of the objective structured clinical examination scores can be a valid way to assess

258 ardized measure of cerebellar dysfunction on clinical examination, scores range from 0-40) was an ave

259 Other examinations included clinical examinations, serial measurements of corneal hi

260 At clinical examination, she had mild tenderness to palpati

261 On clinical examination, she was afebrile and tachypneic.

262 The clinical examination showed a significant decreased of t

263 Clinical examination showed bilateral moderate to severe

264 uity and resolution of macular distortion by clinical examination, spectral-domain optical coherence

265 Participants underwent a full clinical examination, standard automated perimetry, and

266 fibrous dysplasia and cafe au lait spots on clinical examination suggestive of McCune-Albright syndr

267 life (Ocular Surface Disease Index [OSDI]), clinical examinations (tear film breakup time [TBUT], Sc

268 ionally, assessment and teaching of this key clinical examination technique have been difficult in ne

269 Current clinical examination techniques, however, cannot resolve

270 On clinical examination, the patient had Chvostek sign and

271 On clinical examination there was evidence of audible bruit

272 The limited utility of the clinical examination to detect or rule out early HIV inf

273 ruary 2001) were invited back for a detailed clinical examination to document the long-term outcome o

274 All participants had standard clinical examinations to obtain TD-OCT (via Stratus OCT)

275 e collected through telephone interviews and clinical examinations until 13 months.

276 random sample of respondents was invited for clinical examination upon which they answered a question

277 l lesions were diagnosed with a conventional clinical examination using a slitlamp and by handheld IV

278 f periodontitis was established after a full clinical examination using probing depth, clinical attac

279 halmologic analysis included a comprehensive clinical examination, visual acuity (VA), visual fields,

280 to black carbon in the 4 hours preceding the clinical examination was associated with a 0.9% decrease

281 Clinical examination was conducted to assess the eruptio

282 A full-mouth clinical examination was performed in order to assess de

283 A clinical examination was performed.

284 Clinical examination was required in 241 patients.

285 The corneal findings on clinical examination were haze, scarring, vascularizatio

286 Bilateral TMJ MR imaging and clinical examination were performed at inception and at

287 Structured interviews and clinical examination were performed by specialists in ps

288 with a storage phosphor plate system during clinical examination were used for the fractal dimension

289 Most common signs on clinical examination were: hardened and enlarged testicl

290 Monthly clinical examinations were performed by pediatricians.

291 Retinal photography and clinical examinations were performed during the baseline

292 The clinical examinations were performed on the day after th

293 d this underscores the importance of careful clinical examination when assessing tremulous patients w

294 of disease severity rely almost entirely on clinical examination, which may be only a rough approxim

295 lso receive series of parameters from modern clinical examination, while they are routinely believed

296 oved towards a multimodal paradigm combining clinical examination with additional methods, consisting

297 Follow-up consisted of clinical examination with assessment of pouch function a

298 ate the relationship of objective structured clinical examination with each traditional assessment in

299 The diagnosis of glaucoma was based on clinical examination with glaucomatous optic neuropathy

300 tiva and eyelid margin were calculated using clinical examination with slitlamp and handheld IVCM.