ライフサイエンスコーパス: neurology

1 partments (medicine, psychiatry, pediatrics, neurology).

2 encourage the next generation of leaders in neurology.

3 ological Association and American Academy of Neurology.

4 n neuroscience research and in translational neurology.

5 n trained generations of medical students in neurology.

6 turn be key for understanding pathologies in neurology.

7 yed by one of the great pioneers of clinical neurology.

8 ymptoms are commonly encountered in clinical neurology.

9 e most prevalent and disabling conditions in neurology.

10 which to establish a new science of clinical neurology.

11 ion and operation of academic departments of neurology.

12 f computational psychiatry and computational neurology.

13 he was elected Action Research Professor of Neurology.

14 covery remains a major challenge in clinical neurology.

15 nd Brussels) became a central event in world neurology.

16 diatric critical care medicine and pediatric neurology.

17 receptors are used widely in psychiatry and neurology.

18 herence tomography and its practical uses in neurology.

19 reflect on Charles Darwin's relationship to neurology.

20 mentia before the syndrome was recognized in neurology.

21 developed out of critical care medicine and neurology.

22 sue for cell-based therapies in regenerative neurology.

23 uce flexibility during residency training in neurology.

24 hat will link small and large departments of neurology.

25 is, aetiology and treatment of depression in neurology.

26 t important threat to the future of academic neurology.

27 figures in the history of twentienth century neurology.

28 man neuroscience and clinical psychiatry and neurology.

29 remendous potential, particularly for stroke neurology.

30 ables recommended by the American Academy of Neurology.

31 ded to establish the role of TMS in clinical neurology.

32 is the single biggest unmet medical need in neurology.

33 ser to neuroscience, behavioral science, and neurology.

34 rategic approaches to enhancing diversity in neurology.

35 l and psychomotor symptoms in psychiatry and neurology.

36 ellular processes in diabetes, oncology, and neurology.

37 ys in the newly evolving field of autoimmune neurology.

38 es have led to a concerning culture shift in neurology.

39 re, represents a major challenge for today's neurology.

40 and gynecology, -0.5%; radiology, -0.4%; and neurology, -0.1%) but were positive for family practice

41 Other applications included neurology (9% clinical, 12% research) and cardiology (3%

42 ipate by the NSA, were recognized experts in neurology (9), cardiology (2), family practice (1), nurs

43 ntries, signified a global presence of world neurology; a coming of age.

44 re the presidents of the American Academy of Neurology (AAN) and the American Neurological Associatio

45 The American Academy of Neurology (AAN) issued new guidelines in 2010 on the det

46 tion by the American Board of Psychiatry and Neurology (ABPN).

47 This issue of Current Opinion in Neurology addresses recent reports that illustrate aspec

48 iculitis and meningitis (American Academy of Neurology, American Association of Neurological Surgeons

49 was conducted at the Northwestern Cognitive Neurology and Alzheimer's Disease Center in August 2015

50 vide diagnostic options in ophthalmology and neurology and could provide insights into visual phototr

51 these disorders continue to reach mainstream neurology and even psychiatry, more cell-surface-directe

52 vational studies, coupled with principles of neurology and hematology.

53 tiary care referral center with expertise in neurology and HSCT, from January 1, 2001, through Decemb

54 69-96); professor of neurology, Institute of Neurology and Institute of Ophthalmology, University of

55 were performed by specialists in psychiatry, neurology and internal medicine/infectious diseases.

56 ncephalogram (EEG) is a mainstay of clinical neurology and is tightly correlated with brain function,

57 ted a growing trend toward specialization in neurology and medicine.

58 ated to medicine in the tropics may consider neurology and neurologists superfluous in this environme

59 A century of neurology and neuroscience shows that seeing words depen

60 FMedSci: neurologist, National Hospital for Neurology and Neurosurgery (1966-98); physician, Moorfie

61 Significant developments in the fields of neurology and neurosurgery have led to improved treatmen

62 sorders service at The National Hospital for Neurology and Neurosurgery in London who came to neuropa

63 Research Centre at the National Hospital for Neurology and Neurosurgery in the United Kingdom.

64 rosis who attended the National Hospital for Neurology and Neurosurgery or the Royal Free Hospital, L

65 0 patients seen at the National Hospital for Neurology and Neurosurgery over the past 10 years.

66 clinic (initially The National Hospital for Neurology and Neurosurgery Queen Square and University C

67 euromuscular Diseases, National Hospital for Neurology and Neurosurgery, London, UK.

68 ry neuropathies at the National Hospital for Neurology and Neurosurgery, London.

69 ovements in care require a united input from neurology and neurosurgery, oncology, and palliative car

70 inkage Scheme with the National Hospital for Neurology and Neurosurgery.

71 ressive surgery to the National Hospital for Neurology and Neurosurgery.

72 registration has been applied clinically in neurology and oncology and may be particularly practical

73 lso for application in other fields, such as neurology and oncology.

74 found compared with the American Academy of Neurology and other authoritative standards.

75 ceptor (NMDAR) has entered the mainstream of neurology and other disciplines.

76 ming decades of a new nosology, certainly in neurology and perhaps also in psychiatry, based not on s

77 nd systems neuroscience, as well as clinical neurology and pharmacology.

78 The interests of neurology and psychiatry converge within the framework o

79 brief historical overview of developments in neurology and psychiatry from the late 19th century.

80 Neurology and psychiatry have, for much of the past cent

81 technological advances, and applications in neurology and psychiatry illustrate the point.

82 Thus, a new degree of cooperation between neurology and psychiatry is likely to result, especially

83 s the historical basis for the divergence of neurology and psychiatry over the past century and discu

84 A major motivation comes from the fields of neurology and psychiatry, where a central goal is the ch

85 irst to describe the clinical foundations of neurology and psychiatry.

86 re classic questions of cardinal interest to neurology and psychiatry.

87 deals with disorders at the intersection of neurology and psychiatry.

88 dy of cognitive and behavioural disorders in neurology and psychiatry.

89 ire spectrum of higher function disorders in neurology and psychiatry.

90 pans virtually every major area of medicine, neurology and psychiatry.

91 can confound disease-relevant discoveries in neurology and psychiatry.

92 tion (rTMS) is used as a therapeutic tool in neurology and psychiatry.

93 e therapeutic index is an unrealized goal in neurology and psychiatry.

94 olving disorders which stem from cardiology, neurology and psychiatry: Congestive Heart Failure (CHF)

95 ence guidelines from the American Academy of Neurology and the highest-quality data for each topic.

96 framework which revolutionized both clinical neurology and the neurosciences in general.

97 the requirements for leadership positions in neurology and those personal qualities, management style

98 use, and is now widely employed in clinical neurology and, even more often, in beauty clinics.

99 FMD have been described as a "crisis for neurology" and cause major challenges in terms of diagno

100 e search terms ophthalmoscopy, nonmydriatic, neurology, and emergency, including variant spellings an

101 nology in the areas of oncology, cardiology, neurology, and infectious diseases.

102 ery, internal medicine, infectious diseases, neurology, and laboratory medicine/microbiology.

103 sulfur amino-acid metabolism in psychiatry, neurology, and neuro-oncology and of lipidomics in neuro

104 tients) was associated with initial abnormal neurology, and neurologic sequelae and/or death at 12 mo

105 nd SPECT/CT in drug development, cardiology, neurology, and oncology are stimulating further investme

106 in ophthalmology, illumination engineering, neurology, and other relevant disciplines.

107 ase was in internal medicine subspecialties, neurology, and psychiatry.

108 nges that face diversity efforts in academic neurology, and to suggest strategies that leaders in the

109 nd neurology; Internet, clinical trials, and neurology; and telemedicine, clinical trials, and neurol

110 Two important leadership posts in American neurology are the presidents of the American Academy of

111 alty by the American Board of Psychiatry and Neurology, are discussed.

112 It is also used in neurology as an electrophysiological endpoint in pharmac

113 f as intense interest to neuropsychiatry and neurology as dopamine, yet existing techniques to monito

114 al study was conducted at the Departments of Neurology at Charite-Universitatsmedizin Berlin and Univ

115 ho were seen within the Division of Clinical Neurology at the John Radcliffe Hospital in Oxford, Engl

116 Memory and Aging Center of the Department of Neurology at University of California, San Francisco.

117 ards to bring this issue to the forefront of neurology because it has the potential to affect patient

118 zations, even though the American Academy of Neurology began as a small and politically vulnerable or

119 icits is one of the cornerstones of clinical neurology, behavioral and cognitive deficits in psychiat

120 imaging, particularly pediatric oncology and neurology but also the diagnosis of infectious or inflam

121 est to readers of the Journal of Comparative Neurology but that it is also contentious and difficult.

122 een in expanded application for oncology and neurology, but also cardiovascular disease and inflammat

123 th East of England were referred to a single neurology center for investigation over the 10-year peri

124 th East of England were referred to a single neurology center from 1990 to 2014.

125 c paraplegia referred to a tertiary referral neurology centre in London for diagnosis or management.

126 trial, patients from 185 epilepsy or general neurology centres in Europe, North America, and the Asia

127 syndrome were enrolled from seven paediatric neurology centres in the UK, Germany, and the USA from F

128 the cerebellar ataxia subtype (MSA-C)-at 12 neurology centres in the USA specialising in movement or

129 cebo-controlled phase 2 trial at 16 academic neurology centres in the USA, between June 28, 2007, and

130 mples referred from five tertiary paediatric neurology centres to Oxford for antibody testing in 2007

131 Any medical record diagnosis of dementia or neurology clinic diagnosis of AD or VaD.

132 established diagnosis of FMS from a tertiary neurology clinic in London, UK.

133 niversity hospital that represented the only neurology clinic in the region.

134 mple of 287 clinic attendees at a university neurology clinic in the UK.

135 ng 1992-2008 at the University of Washington Neurology Clinic or Group Health Cooperative in western

136 al findings of patients with RIM seen in the neurology clinic over a 11-year period (2002-2013).

137 ically define BRV, we have selected from our Neurology Clinic population a subset of 20 multigenerati

138 ncountered as presenting complaints in child neurology clinical practice.

139 ethods and technologies have been applied to neurology clinical trials.

140 50 non-epileptic patients attending general neurology clinics and 50 medical students at Edinburgh U

141 ical evaluation conducted at child and adult neurology clinics at the Mayo Clinic, Rochester, Minneso

142 recruited from referral centers and general neurology clinics in public or private institutions in F

143 from primary care to National Health Service neurology clinics in Scotland, UK.

144 rt study of 3781 newly attending patients at neurology clinics in Scotland, UK.

145 The setting included neurology clinics, clinical research centers, and hospit

146 account for over 16% of patients referred to neurology clinics.

147 who are attending outpatient cardiology and neurology clinics.

148 in epilepsy but is not routinely assessed in neurology clinics.

149 additional evaluation at tertiary outpatient neurology clinics.

150 logy, cardiorespiratory, cardiovascular, and neurology cohorts.

151 Neuroradiology and neurology committees adjudicated the presence of SCI.

152 eld are summarized to empower and engage the neurology community in this "newly discovered organ." An

153 nversion through in-depth interviews with 22 neurology consultants.

154 tion, discharge on statin, lipid management, neurology consultation, Holter, deep vein thrombosis pro

155 tential testing, and 71% (35 of 49) received neurology consultation.

156 his system may include more frequent, timely neurology consultations in the hospital and emergency de

157 The experimental field of restorative neurology continues to advance with implantation of cell

158 It included a mailed American Academy of Neurology continuing medical education course, practice-

159 nce of efficacy based on American Academy of Neurology criteria were determined.

160 ith concussion (based on American Academy of Neurology criteria) and 56 noninjured controls underwent

161 the scientific formalism that created modern neurology, demonstrates how its direct implications affe

162 She presented to the Neurology Department at Wayne State University with bila

163 Independent, trained monitors from the neurology department examined all patients undergoing CE

164 ients hospitalized in the Clinical Pediatric Neurology Department of Provincial Hospital No.2 in Rzes

165 or a GBS variant who presented to the adult neurology department of the University Hospital Leuven w

166 between December 2010 and February 2015, in neurology departments at tertiary referral centers.

167 onsider in order to enhance the diversity of neurology departments.

168 On its formation, the American Academy of Neurology did not enter a vacuum.

169 upied a prominent place in British and world neurology during the second half of the 20th century.

170 per week requires specialty skills in stroke neurology, endovascular surgical neuroradiology, neurosu

171 ral disconnectionist paradigm ruled clinical neurology for 20 years but in the late 1980s, with the r

172 to the readers and editors of the Annals of Neurology for this action.

173 pulations offer key benefits in regenerative neurology, for release of therapeutic biomolecules in ex

174 Genomic neurology has arrived and its application to resolving A

175 clinical neuropsychology, brain imaging and neurology has reached a critical moment.

176 Of all the specialties, neurology has the third highest number of orphan product

177 relating to dermatology, ophthalmology, and neurology have been measured, using scoring systems to c

178 source materials in the American Academy of Neurology Historical Collection and the papers of Dr Hen

179 hat the clinical skills involved in clinical neurology (ie, history, examination, localisation and di

180 ful in clinical veterinary ophthalmology and neurology if PLR abnormalities detected with these proce

181 disease by targeting cardiology, physiology, neurology, immunity, hematopoiesis and mammalian develop

182 valuable resource to view Charcot's place in neurology in a relatively unbiased and balanced perspect

183 port of the American Board of Psychiatry and Neurology, Inc.

184 port of the American Board of Psychiatry and Neurology, Inc.

185 port of the American Board of Psychiatry and Neurology, Inc.

186 rfields Eye Hospital (1969-96); professor of neurology, Institute of Neurology and Institute of Ophth

187 rials; adaptive design, clinical trials, and neurology; Internet, clinical trials, and neurology; and

188 every day, the principles from which bedside neurology is derived have broader consequences-for moder

189 human brain, and The Journal of Comparative Neurology is grateful to have the opportunity to feature

190 The American Academy of Neurology is now the larger of the two organizations, ev

191 Academic neurology is undergoing transformational changes.

192 of abstracts from the Journal of Comparative Neurology (JCN).

193 n occasionally, and 60% had access to online neurology journals.

194 In contrast, neurology lacks validated measurements of the physiologi

195 Recent trends in the practice of stroke neurology lay a strong and excessive reliance on data ge

196 uture presidents and influence trends in the neurology leadership network.

197 American neurology, the American Academy of Neurology leadership was ultimately savvier at political

198 adic idiopathic ataxia from The Institute of Neurology, London, were screened for the presence of ant

199 Concurrently, breakthroughs in neurology, neuroimaging, and genetics have called into q

200 h inpatient and outpatient diagnoses made in Neurology, Neuropsychology, and Internal Medicine from 1

201 not only in hematology/oncology but also in neurology, neuroradiology, neurosurgery, clinical neurop

202 ical journals (Annals of Surgery, Journal of Neurology, Neurosurgery and Psychiatry, Journal of Heart

203 cians in intensive care, emergency medicine, neurology, neurosurgery, pulmonology) who may also parti

204 PET facility located within the Neurology/Neurosurgery ICU.

205 ns to withdraw mechanical ventilation in the neurology/neurosurgery intensive care unit are based pri

206 nts were 2,109 nonelective admissions to the neurology/neurosurgery intensive care unit who received

207 aw mechanical ventilation from patients in a neurology/neurosurgery intensive care unit.

208 t was to become the manifesto of behavioural neurology, Norman Geschwind outlined a pure disconnectio

209 ogynecology, colorectal surgery, geriatrics, neurology, nursing, and psychology-and patient advocates

210 The neurology of breathing involves changes in respiratory d

211 d the outpatient clinic of the Department of Neurology of the Leiden University Medical Center (Leide

212 cruited prospectively from the Department of Neurology of the Mayo Clinic in Rochester, Minnesota, fr

213 ent advances in this field which bear on the neurology of visual search in health and disease.

214 There are many reasons for reviewing the neurology of vitamin-B12 and folic-acid deficiencies tog

215 ality in the clinical field in such areas as neurology, oncology, and cardiology.

216 ciated with planned training in dermatology, neurology, ophthalmology, pathology, pediatrics, or radi

217 m brain tissue of 12 individuals with normal neurology or minor neurological conditions (N/MC individ

218 , 163 (33.1%) required specific expertise in neurology or neurosurgery for the health care profession

219 months after stroke or brain trauma from 34 neurology or rehabilitation clinics in Europe and the US

220 ry progressive multiple sclerosis from 27 UK neurology or rehabilitation departments.

221 re physicians with input from specialists in neurology, orthopaedics, and rehabilitation medicine.

222 One-third of new neurology out-patients are assessed as having symptoms '

223 t a substantial proportion of newly referred neurology out-patients have symptoms that are considered

224 aimed to determine in a large sample of new neurology out-patients: (i) what proportion are assessed

225 were undergoing diagnostic evaluation in the neurology outpatient clinic and were eventually identifi

226 that presented to the emergency service and neurology outpatient clinic with the symptoms of acute c

227 Patients with ataxia attending the neurology outpatient clinics at the Royal Hallamshire Ho

228 =65 years of age attending cardiovascular or neurology outpatient clinics if they had no history of a

229 may help direct genetic screening in a busy neurology outpatient setting.

230 73.5% of neurology patients, 88% of students and (by definition)

231 s deliver high-quality and efficient care to neurology patients, is emerging to meet these challenges

232 coefficient = 0.43 (95% CI, -0.18 to 0.62); neurology patients: 0.90 (95% CI, 0.82-0.95); and ICU pa

233 interventional neuroradiology, neurosurgery,neurology, peripheral interventional radiology, and card

234 icine, gastroenterology, colorectal surgery, neurology, physiotherapy, and psychology).

235 The most common barriers to neurology postgraduate education were few training progr

236 results have broad implications for clinical neurology practice and the approach to diagnostic testin

237 With the 1995 American Academy of Neurology practice parameters, the differences between t

238 may be an underrecognized disorder in child neurology practice.

239 SA, we recruited patients from 59 paediatric neurology practices in the USA.

240 c yield of WES supports its use in pediatric neurology practices.

241 ic of the Congo, and Mozambique had an adult neurology program; Ethiopia, Madagascar, Nigeria, Senega

242 al, and South Africa had adult and pediatric neurology programs (training duration range = 3-6 years)

243 cialists in gastroenterology and hepatology, neurology, psychiatry, and paediatrics.

244 rome may resemble diseases from the field of neurology, psychiatry, cardiology and even urology.

245 2016 The Authors The Journal of Comparative Neurology Published by Wiley Periodicals, Inc.

246 death and, in 1995, the American Academy of Neurology published practice parameters to standardize d

247 oncology, medical oncology, neuro-oncology, neurology, radiation oncology, neurosurgery, and ophthal

248 logy; and telemedicine, clinical trials, and neurology), references of previous publications, and our

249 actice guidelines of the American Academy of Neurology regarding artificial nutrition and hydration f

250 endorsed by the WHO and American Academy of Neurology regarding the optimal management of comorbid e

251 re delivery offer the opportunity to improve neurology residency through faculty development programs

252 y 1, 2015, through June 30, 2016, at a large neurology residency training program.

253 examination technique have been difficult in neurology residency training.

254 idents in our training program (the Partners Neurology Residency).

255 t and teaching of fundoscopic examination in neurology residency.

256 is mandated as a required clinical skill for neurology residents by the American Council of Graduate

257 ngle-blinded, education research study of 48 neurology residents recruited from July 1, 2015, through

258 ith the GCS score using neuroscience nurses, neurology residents, and neurointensivists.

259 for assessment and teaching of fundoscopy to neurology residents.

260 , and being cared for by the neurosurgery or neurology services (p =.002).

261 Consecutive patients presenting to neurology services with new-onset epilepsy or establishe

262 h; and c) being cared for by neurosurgery or neurology services.

263 After neurology specialist training at Queen Square, he became

264 stetrics-gynecology, orthopedic surgery, and neurology specialists are often credentialed.

265 A neurohospitalist model, in which inpatient neurology specialists deliver high-quality and efficient

266 teractive evidence-based American Academy of Neurology-sponsored seminar led by local opinion leaders

267 ngland Journal of Medicine and the Annals of Neurology suggest that neurologists have been slow to ad

268 n in conjunction with the British Paediatric Neurology Surveillance Unit to further define the clinic

269 logists and trainees, the British Paediatric Neurology Surveillance Unit, paediatricians, radiologist

270 There was more neurology taught under Harold G. Wolff at Cornell Univer

271 endees of the 7th annual sub-Saharan African neurology teaching course in Khartoum, Sudan (2015).

272 italist model of care is an emerging idea in neurology that would overcome many regulatory, education

273 as the patrician 'upper chamber' of American neurology, the American Academy of Neurology leadership

274 actile spatial acuity is routinely tested in neurology to assess the state of the dorsal column syste

275 research roadmap for academic departments of neurology to thrive in today's increasingly regulated en

276 re the increasing importance of diversity in neurology, to point out some of the specific challenges

277 s, clinical neuropsychology, psychiatry, and neurology, to provide a coherent framework for future re

278 critical step in the process of creating the neurology top 5 list for the Choosing Wisely initiative.

279 ive close scrutiny in the development of the neurology top 5 list.

280 Neurology training programs in sub-Saharan Africa are re

281 Of 19 responding countries, 10 had no formal neurology training programs; Burkina Faso, Cameroon, Rep

282 t the Mongi Ben Hamida National Institute of Neurology (Tunis, Tunisia).

283 emorbid functional status, clinical service (neurology vs. neurosurgery), attending status (private v

284 quality of work of the nursing staff in the neurology ward and allow a finer adjustment of the injec

285 The American Academy of Neurology was formed around a group of young neurologist

286 Neurology was perceived to be a competitive specialty fo

287 ce journal to the same position at Annals of Neurology was the much greater importance of meticulous

288 Here, with particular reference to neurology, we review processes that might underlie appar

289 important, lasting contributions to clinical neurology were descriptive clinical studies, especially

290 By the 1990s, textbooks of neurology were devoting only a few pages to classical di

291 This is particularly true in academic neurology, where faculty from racial and ethnic minority

292 ogether the traditions of German and British neurology which moulded a physiological approach to norm

293 ogy, and neuro-oncology and of lipidomics in neurology will be reviewed.

294 atus by the American Board of Psychiatry and Neurology with a name change to "psychosomatic medicine.

295 or all manuscripts received by the Annals of Neurology with an early screening approach in which six

296 emale patient presented at the Department of Neurology with headache and sudden bilateral loss of dis

297 The struggle of the American Academy of Neurology with the American Neurological Association was

298 ed from the American Board of Psychiatry and Neurology ( www.abpn.com ).

299 ed from the American Board of Psychiatry and Neurology ( www.abpn.com ).

300 ed from the American Board of Psychiatry and Neurology ( www.abpn.com ).