ライフサイエンスコーパス: clinical finding

1 2017) suggest a quantitative account of this clinical finding.

2 rather sinus bradycardia was the predominant clinical finding.

3 haped dilated capillary correlating with the clinical finding.

4 ociated with any significant pathological or clinical findings.

5 l scans and correlating the results with the clinical findings.

6 the previously conflicting experimental and clinical findings.

7 pattern of viral spread ex vivo that mimics clinical findings.

8 ks, seems to relate more consistently to the clinical findings.

9 mpartments were computed and correlated with clinical findings.

10 monoamines, generally paralleling rodent and clinical findings.

11 rGen treated eyes and there were no abnormal clinical findings.

12 ptibility to cap-CD8, consistent with recent clinical findings.

13 cts and cause worse structural and cognitive clinical findings.

14 ng or perforation) disease based on recorded clinical findings.

15 stic subgroups, based on microbiological and clinical findings.

16 ied by lower B19V-DNA levels and less severe clinical findings.

17 Initiation of therapy should be based on clinical findings.

18 patient population, outcome assessment, and clinical findings.

19 Breast biopsies were based on clinical findings.

20 panded to include patients with little or no clinical findings.

21 retrograde cholangiopancreatographic and/or clinical findings.

22 this reduction was correlated with improved clinical findings.

23 ptake independently of each other and of the clinical findings.

24 b-associated responses may account for these clinical findings.

25 as average-risk or poor-risk on the basis of clinical findings.

26 a definitive diagnosis in cases with similar clinical findings.

27 ere correlated with histologic, imaging, and clinical findings.

28 r ivacaftor was compared and correlated with clinical findings.

29 ncy, and report on the frequency of specific clinical findings.

30 an alternative diagnosis that explained the clinical findings.

31 bone marrow and CSF and its correlation with clinical findings.

32 Consistent with these clinical findings, 6-month changes in systolic BP for th

33 Mirroring clinical findings, a correlation between high viral load

34 tive for appendicitis and benign or atypical clinical findings, a diagnosis of chronic or recurrent a

35 onal prediction model was developed by using clinical findings, a serum tryptase determination, and A

36 a (VS model), VS model supplemented with key clinical findings abstracted from medical records (KCF m

37 as based on histopathology or a consensus of clinical findings, additional imaging, or follow-up imag

38 ndary abstraction of difficult-to-obtain key clinical findings adds little to the predictive power of

39 neurologic prognosis that are based on early clinical findings after out-of-hospital cardiac arrest (

40 gue resulted in veneer chipping, reproducing clinical findings allowing for investigations into the u

41 symptoms and cannot be discerned on standard clinical findings alone.

42 We describe the reported spectrum of clinical findings among persons >12 months of age in the

43 cepted methods for diagnosing BV, the use of clinical findings (Amsel criteria) and the interpretatio

44 Twelve studies on clinical findings and 22 studies on bedside ultrasonogra

45 The clinical findings and ablation sites are reported.

46 These clinicians recorded clinical findings and applied standardised criteria to i

47 Clinical findings and audiologic data were correlated wi

48 bone stress changes, physical activity, and clinical findings and between lesion size and progressio

49 sing human oral cancer cells, we support the clinical findings and demonstrate that E. faecalis can i

50 of NGU are common, and were associated with clinical findings and drug regimen.

51 Ocular toxicity was evaluated by clinical findings and electroretinography (ERG) on 244 e

52 Ocular toxicity was evaluated by clinical findings and electroretinography: 30-Hz flicker

53 tive pathway is activated in vivo, as recent clinical findings and experimental results have provided

54 reclinical model of ITX, which recapitulates clinical findings and highlights the importance of monit

55 The latter observation is consistent with clinical findings and illustrated the functional specifi

56 Review the clinical findings and investigations in 214 patients enr

57 Clinical findings and laboratory advances exist that mor

58 explaining a broad range of experimental and clinical findings and making testable predictions.

59 Clinical findings and outcomes were compared among patie

60 act is prudent to avoid misinterpretation of clinical findings and possible unnecessary over-investig

61 ew summarizes recent genetic, metabolic, and clinical findings and presents an update on management s

62 Diagnosis is made by clinical findings and radiographic features.

63 e of these patients was published, detailing clinical findings and responses to the various intervent

64 The clinical findings and risk factors most suggestive of AC

65 ve review of patients diagnosed according to clinical findings and sequencing of BEST1.

66 Images were correlated with clinical findings and spectral-domain optical coherence

67 evidence supporting previous preclinical and clinical findings and suggest that vitamin D deficiency

68 The collected data included clinical findings and symptoms together with laboratory

69 SK group, the results were correlated to the clinical findings and the history of herpetic disease.

70 helps families and clinicians understand the clinical findings and the natural history of achondropla

71 he immunologic mechanism(s) underlying these clinical findings and their potential role in the variab

72 xamination, perform various tasks, interpret clinical findings and use clinical reasoning to resolve

73 having a small-bowel disease on the basis of clinical findings and whose previous upper and lower gas

74 Accuracy (as compared with clinical findings) and interobserver reliability were ca

75 osed on the basis of typical history taking, clinical findings, and a high-quality CT scan.

76 h as vital signs, blood culture results, key clinical findings, and composite scores abstracted from

77 hest pain, when compared to patient history, clinical findings, and electrocardiography (ECG).

78 ing was performed and two-plane radiographs, clinical findings, and laboratory data were reviewed in

79 review the molecular pathogenesis, genetics, clinical findings, and management strategies for neurofi

80 review focuses on the etiology, biologic and clinical findings, and treatments of common causes of ps

81 ed comparison and review of past and current clinical findings; and structured education with immedia

82 to describe these newborn babies in terms of clinical findings, anthropometry, and survival.

83 ur in almost every organ, and if nonspecific clinical findings are combined with the presence of a so

84 These clinical findings are consistent with available evidence

85 These clinical findings are consistent with available histolog

86 Our clinical findings are consistent with the emerging link

87 To determine whether these clinical findings are correlated with changes in synapti

88 Since clinical findings are nonspecific and cultures may be ti

89 nt in acute rheumatic fever, even when overt clinical findings are not apparent, was undertaken to de

90 The clinical findings are often subtle and similar to those

91 Our results suggest that these clinical findings are related to the function of PCBD1 a

92 rrently, the cellular bases underlying these clinical findings are unknown.

93 nfected patients and 7 normal controls using clinical findings as the gold standard, all middle ears

94 se clinic patients with ERM and to determine clinical findings associated with CPR-type diplopia.

95 were different from the previously reported clinical findings associated with the causative gene.

96 Included studies described clinical findings associated with VAP in 25 or more pati

97 favor of males (p = 0.0016), but none of the clinical findings associated with Werner syndrome.

98 any data relating to precipitating factors, clinical findings, associated illnesses, and patient out

99 Follow-up clinical findings at 1 year revealed stable periodontal

100 uired sepsis based on patients' symptoms and clinical findings at arrival to the hospital.

101 Based on symptoms and clinical findings at arrival, incidence rates of patient

102 nfants with congenital CMV infection have no clinical findings at birth (asymptomatic infants), and a

103 Clinical findings at birth were consistent with the CHAR

104 determined by all imaging, tumor markers and clinical findings at serial follow up.

105 Regarding clinical findings at the initial visit, a high degree of

106 f discrepant findings were analyzed, and the clinical findings at the time of imaging were assessed.

107 Using cutaneous and noncutaneous clinical findings available through Johns Hopkins Univer

108 Reinterpretation of clinical findings based on our analyses suggests that di

109 To define TAM, we prospectively analyzed clinical findings, blood counts and smears, and GATA1 mu

110 potheses have been proposed to explain these clinical findings, but many questions regarding the path

111 Clinical findings, cerebrospinal fluid (CSF) values, mag

112 al infections in humans are characterized by clinical findings common to other viral hemorrhagic feve

113 ive features, we identified other cases with clinical findings consistent with BDMR but without a 2q3

114 ondary CNS vasculitis with emphasis on their clinical findings, diagnoses, and treatment.

115 retinal disease clinics, and whether or not clinical findings differed between patients with ERM and

116 done in conjunction with assessment of other clinical findings (e.g., triggering of the ventilator an

117 These clinical findings encourage efforts to restore T-cell fu

118 In support of these clinical findings, ERalpha expression is increased in Ca

119 Clinical findings evaluated in only 1 study are reported

120 Understanding the clinical findings facilitates diagnosis of the dystrophy

121 The clinical findings for patients with EEE included brain l

122 and (18)F-PSMA-1007, resulting in identical clinical findings for the evaluated routine situations.

123 nd a greater awareness of the conceptual and clinical findings from social neuroscience, occupational

124 om the MPO to human disease concepts such as clinical findings from the UMLS and clinical phenotypes

125 The initial clinical findings from this outbreak suggest that fungal

126 a high correlation between specific FAF and clinical findings: granular FAF with peripheral drusen (

127 This clinical finding has motivated studies to improve our un

128 PXE-like clinical findings have been encountered in association w

129 These clinical findings have included unilateral and bilateral

130 established, attempts to correlate this with clinical findings have only rarely provided conclusive r

131 Recent clinical findings have provided payoffs for significant

132 According to clinical findings, HCV infection may also lead to some e

133 number of neurological conditions and recent clinical findings highlight the importance of these nucl

134 However, we find that recent pre-clinical findings highlight the potential of peripherall

135 cellular models of disease that recapitulate clinical findings identified in patients.

136 Clinical findings identify patients with peripheral, mon

137 Combined, these pre-clinical findings identify selective targeting of CDK4/6

138 Collectively, these novel preclinical and clinical findings implicate the acquisition of activatin

139 Gingival recession is a frequent clinical finding in the general population.

140 tionships between serum FGF19 and laboratory/clinical findings in 51 patients.

141 Fourteen studies describing clinical findings in 655 patients met inclusion criteria

142 D families identified since 1989 reports the clinical findings in a large cohort and the long-term vi

143 ase model support the genomic, cellular, and clinical findings in affected children.

144 ar, biologic, developmental therapeutic, and clinical findings in conventional and variant chondrosar

145 tween preclinical study in animal models and clinical findings in HD patients.

146 Clinical findings in high-grade glioma suggest that PTEN

147 , we recapitulate the ketamine and memantine clinical findings in mice, showing that ketamine, but no

148 To describe clinical findings in patients with acute exudative polym

149 Clinical findings in patients with hydroxychloroquine re

150 ral pigmented retinal lesions and associated clinical findings in patients with Stargardt disease.

151 d psychosis, none of which overlaps with the clinical findings in Penttinen syndrome.

152 The temporal sequence of clinical findings in relation to sevoflurane administrat

153 To analyze the genetic and clinical findings in retinitis pigmentosa (RP) patients

154 Clinical findings in such cases are often un-reliable; r

155 rosomal-cilia protein CEP290 lead to diverse clinical findings in syndromic ciliopathies.

156 forms of the disease and correlate with the clinical findings in terms of cellular responses, the in

157 Clinical findings in the years following biopsy, includi

158 Our genetic and clinical findings in these kindred demonstrate that domi

159 oral pigmentation further characterizes the clinical findings in this mosaic condition, broadens the

160 This observation is consistent with clinical findings in women.

161 The most common clinical findings include a long, narrow nose, short pal

162 Clinical findings included anterior chamber cells, kerat

163 Clinical findings included dementia (42 cases), pyramida

164 Clinical findings included progressive muscle weakness i

165 ing was consistent, regardless of pre-mortem clinical findings including severity of IOP elevation, r

166 ille syndrome, comprising a constellation of clinical findings, including biliary, cardiac and cranio

167 The dominant clinical finding is an orthostatic headache.

168 This clinical finding is reproduced in multiple murine and ce

169 e of overlapping HU values, correlation with clinical findings is essential.

170 ture from well-established animal studies to clinical findings, it was found that the results of anim

171 We evaluated data on demographics, clinical findings, laboratory studies, imaging, biopsy o

172 Symptoms and clinical findings lasted from weeks to several years.

173 ns had an insidious course, with nonspecific clinical findings leading to delayed diagnosis.

174 ating the model dynamics to experimental and clinical findings leads us to propose three classes of d

175 Can genetic and clinical findings made in a single patient be considered

176 Combinations of clinical findings may be most useful to determine which

177 Timely diagnosis of ARVC is difficult as clinical findings may be subtle and nonspecific in early

178 We think that US and clinical findings may sometimes mislead the physicians a

179 Clinical findings, microvascular function, global hemody

180 Moreover, additional clinical findings might be observed due to the extra dup

181 Clinical findings mimic malignancy and inflammatory bowe

182 Consistent with clinical findings, mutant KRAS colorectal xenograft tumo

183 In this article, preclinical and clinical findings occurring in the field of AR-targeted

184 An SSI is diagnosed by a constellation of clinical findings occurring within 30 days of surgery.

185 ity paradox (OP) describes a widely observed clinical finding of improved cardiovascular fitness and

186 er disorders, our cohort features the unique clinical finding of severe whole-body erythrokeratodermi

187 The clinical finding of the granular-lattice corneal dystrop

188 A clinical finding of uveitis may prompt the ophthalmologi

189 e biochemical mechanisms responsible for the clinical findings of achondroplasia as well as to develo

190 apping will concur with the pathological and clinical findings of acute rejection.

191 Our clinical findings of an autosomal-recessive ectodermal d

192 In this series, we report the detailed clinical findings of bilateral subfoveal neurosensory re

193 n developmental pathways associated with the clinical findings of BOFS.

194 Here we review the laboratory and clinical findings of CCR5 editing in T cells and HSPCs f

195 On the basis of the diagnostic clinical findings of hepatomegaly with or without life-t

196 eniscal T1(rho) and T2 values correlate with clinical findings of OA and can be used to differentiate

197 f the PI3K-AKT pathway in the characteristic clinical findings of overgrowth and tumor susceptibility

198 nd physical health states, respectively, and clinical findings of patients were provided by study cen

199 ng complications such as calcinosis, and the clinical findings of persistent nailfold capillary chang

200 PET findings were correlated with MRI and clinical findings of progression as well as histology of

201 n data, as well as review of the history and clinical findings of Purtscher and Purtscher-like retino

202 The clinical findings of reduced visual acuity, constricted

203 The clinical findings of SANS have been correlated with stru

204 f individuals with a learning disability had clinical findings of seizures, dysmorphic features and m

205 Visual acuity, stereoacuity, refraction, clinical findings of slit-lamp and dilated fundus examin

206 INTERPRETATION: Common, clinical findings of SRD, aside from oculogyric crises a

207 -reported visual outcomes and with objective clinical findings of tear film and ocular surface damage

208 These observations are consistent with clinical findings of the DEX implant in patients who hav

209 To give an overview of recent clinical findings of thromboembolic disease in vasculiti

210 prenatal radiographic features and postnatal clinical findings of various CLMs and the dilemmas regar

211 Cervicitis is a common clinical finding often attributed to sexually transmitte

212 ith indirect ophthalmoscopy and recorded the clinical findings on a standardized form.

213 is related to pathophysiology, genetic, and clinical findings on the association of these diseases a

214 These results may explain clinical findings on the suitability of sCD30 and IFN-ga

215 ying cirrhosis, the presence of a variety of clinical findings or abnormalities in a combination of s

216 Subsequently, PET scans were obtained when clinical findings or contrast-enhanced MR imaging sugges

217 ne immobilization in children, regardless of clinical findings or mechanism of injury, suggests that

218 Two physicians who did not know the clinical findings or staging results independently revie

219 the cases in all regions except Africa where clinical findings or surgery were used in 65% of the cas

220 loss is the most likely explanation for the clinical findings; other possible explanations include s

221 Herein, we review clinical findings, pathology, epidemiology, basic scienc

222 ting from research, evidence-based medicine, clinical findings, patient experience and/or individual

223 75 and F-100, we collected data on symptoms, clinical findings, plasma markers of refeeding syndrome

224 haun Jackson help clear the air by examining clinical findings pointing to a mechanistic basis for a

225 specific patients depending on the patient's clinical findings, potential risks, probable benefits, a

226 A structured approach to evaluation based on clinical findings, precise echocardiographic imaging, an

227 These novel clinical findings provide evidence that alcohol abuse is

228 rtance of making surgical decisions based on clinical findings rather than radiological interpretatio

229 2 of the 3 diseases, the number of critical clinical findings recorded was significantly lower using

230 y (n = 5) or by two or more of the following clinical findings: reduced kidney function, proteinuria,

231 Clinical findings related to thyroid disease were analyz

232 or culture in the absence of discriminating clinical findings remains challenging.

233 We recorded specific preoperative clinical findings, repair method, and outcome after inte

234 for Disease Control and Prevention collects clinical findings reported by physicians treating suspec

235 ties are common, and often necessary, in the clinical findings required to diagnose CRPS.

236 ast, the addition of difficult-to-obtain key clinical findings resulted in only small improvements in

237 Two radiologists who were blinded to the clinical findings retrospectively evaluated MR imaging c

238 PMB is most susceptible in LHON, supporting clinical findings seen early in the course of disease on

239 al models for discectomy corresponded to the clinical findings seen in patients.

240 Although experimental and clinical findings show a correlation between atrial fibr

241 Clinical findings similar to those in Pbx mutant mice we

242 Together, these clinical findings suggest a role for the immune system i

243 Increasingly, experimental and clinical findings suggest that cerebral endothelium may

244 These clinical findings suggest that cognitive decline is the

245 These preclinical and clinical findings suggest that Org 25676 may have utilit

246 These clinical findings suggest that vertigo with horizontal p

247 n, 19 women aged 22-62 years) and those with clinical findings suggestive of ACS (nine men, 11 women

248 In patients with clinical findings suggestive of ACS, SWE showed that the

249 Clinical findings suggestive of CMV disease were similar

250 Thirty-six (63.2%) of 57 had a history or clinical findings suggestive of liver disease; or had on

251 ochemical studies in humans as well as other clinical findings support the current basic results obta

252 in HNSCCs, emerging basic, preclinical, and clinical findings support the importance of the mTOR sig

253 Recent preclinical and clinical findings support the notion that melanoma is no

254 We reviewed the initial symptoms, clinical findings, surgical aspects, and intraoperative

255 n (PCR) testing for HHV6 DNA on the basis of clinical findings suspicious for encephalitis.

256 of the child acting abnormally with no other clinical findings suspicious for TBI.

257 This corroborates the clinical finding that BM reduces inflammation more effec

258 Notably, this corresponds to the clinical finding that C(16:0)-Cer levels were increased

259 This is a novel clinical finding that could help identify glaucoma progr

260 motor control provides new insights into the clinical finding that in Parkinson's disease dopaminergi

261 lymphobastic leukaemia, a potentially useful clinical finding that warrants further investigation.

262 However, there are currently no clinical findings that accurately predict renal recovery

263 The clinical findings that alendronate blunted the anabolic

264 de for the first time a mechanism to support clinical findings that ASL glucose concentration is incr

265 The clinical findings that both the IL-33 and ILC2 levels ar

266 The present review highlights both basic and clinical findings that emphasize the complex interplay o

267 eness of these diseases and to highlight the clinical findings that should make the pediatrician susp

268 r the genetic analysis and the review of the clinical findings, the diagnosis was revised to CDSRR in

269 Reported data included specific clinical findings, the method of repair, and the outcome

270 Clinical findings, the results of tests for inflammation

271 rent discrepancy between the preclinical and clinical findings to date.

272 re greater understanding of risk factors and clinical findings to reduce morbidity.

273 ibution of surveillance CT, as compared with clinical findings, to detection of disease recurrence.

274 a recorded included demographic information, clinical findings, total number of bevacizumab and ranib

275 measures included rates of graft rejection, clinical findings, treatment outcomes, and risk factor a

276 a were used to examine relationships between clinical findings, tryptase levels, and marrow histopath

277 injectable scaffolds and stem cells, and pre-clinical findings using stem-cell-based strategies.

278 Instead, the EHR systems documented clinical findings using textual descriptions and interpr

279 The degree of furcation involvement on clinical findings was confirmed in 57% of the sites, whe

280 edema with incomplete fusion, pitching, and clinical findings was determined in the study group and

281 Determining etiology from clinical findings was not possible, but fever and promin

282 Based on clinical findings, we calculated the positive predictive

283 ng upon animal-model, human preclinical, and clinical findings, we outline a proposal for the use of

284 Clinical findings were accompanied by the suppression of

285 Demographics and clinical findings were analyzed at baseline and at avail

286 operative, intraoperative, and postoperative clinical findings were analyzed.

287 and correlations among biomarker levels and clinical findings were analyzed.

288 Clinical findings were assessed by using Western Ontario

289 Risk factors and pertussis-associated clinical findings were identified.

290 The clinical findings were in keeping with those of comparab

291 The most common clinical findings were neurogenic bladder (100%), spasti

292 The prominent clinical findings were rapid onset of disease and death

293 gnetic resonance imaging status, history and clinical findings were requested.

294 The diagnosis was based primarily on clinical findings, which were often confirmed with radio

295 esults of animal models with the most recent clinical findings while also focusing on investigations

296 ver) and compared the presence or absence of clinical findings with blood smear confirmation.

297 l of traumatic brain injury reproduced these clinical findings with mice subjected to traumatic brain

298 abine were designed based on preclinical and clinical findings with other nucleoside analogs or norma

299 We also highlight recent clinical findings with respect to a potential role for G

300 macogenomics experiments, and recovers known clinical findings without bias.