ライフサイエンスコーパス: fellowship

1 edical School Pharmaceutical Policy Research Fellowship.

2 al do Nivel Superior (Brazil), and Fulbright Fellowship.

3 is feasible within a maternal-fetal medicine fellowship.

4 ntext of an existing maternal-fetal medicine fellowship.

5 ency physicians who complete a critical care fellowship.

6 Ninety percent would repeat the fellowship.

7 ama at Birmingham, and the Queensland Health Fellowship.

8 ational Science Foundation Graduate Research Fellowship.

9 ership, and 85% (348 of 408) had completed a fellowship.

10 an Edinburgh Clinical Academic Training PhD Fellowship.

11 titute for Health Research Academic Clinical Fellowship.

12 Wellcome Trust Clinical Research Training Fellowship.

13 onal Agency for Research on Cancer-Australia Fellowship.

14 e rapid growth of specialty and subspecialty fellowships.

15 ally invasive (MIS), and 12 Endocrine (Endo) fellowships.

16 idencies and multidisciplinary critical care fellowships.

17 how to incorporate such groups into oncology fellowships.

18 fellowships, and 2 were within endocrinology fellowships.

19 best and the worst ranked pediatric ICUs had fellowships.

20 research conference in approximately 90% of fellowships.

21 ents applying for procedural or Mohs surgery fellowships.

22 ternal medicine subspecialties and adult CCM fellowships.

23 R.C. May), and a Wellcome Trust Intermediate fellowship (089966, to T. Bicanic).

24 0-2004) and former young surgeons (completed fellowship 1990-1994).

25 among recent transplant surgeons (completed fellowship 2000-2004) and former young surgeons (complet

26 Institute for Health Research Post-Doctoral Fellowship 2009-02-055.

27 heir residency in the US and 96% completed a fellowship (25% vitreoretinal surgery, 22% cornea and ex

28 for the annual entry into pediatric surgery fellowships (28, 34, and 56) are modeled and their effec

29 he current entry rate into pediatric surgery fellowships (34 per year) will result in a slowing of gr

30 The raw mortality rates were similar (fellowship 5.28%; nonfellowship 4.99%, p = .714).

31 n during training were more likely to pursue fellowship (87.5%) than those who did not (66.7%)(P < .0

32 Fellowships abroad, however, are limited and available o

33 Official fellowship accreditation and subspecialty certification,

34 nesthesia have accredited fellowships, and a fellowship accreditation application is under review for

35 ction of Adult Cardiothoracic Anesthesiology fellowship accreditation by the American College of Grad

36 Endocrine fellowships actually enhanced case volumes for all resid

37 ould be devoted to transitional postdoctoral fellowships already offered by NIH.

38 In addition to the many research awards and fellowships already sponsored by the NSRG and the AADR,

39 ons in the first 5 years after completion of fellowship among recent transplant surgeons (completed f

40 jority of the residents would not consider a fellowship and did not want to interpret mammograms in t

41 ral program began (1993-2002) with regard to fellowship and practice characteristics.

42 eported 40% increased interest in nephrology fellowship and/or research careers.

43 Medical Education or Critical Care Medicine fellowship), and institutional (size, location, medical

44 est, Lions Save Sight Foundation, Brian King Fellowship, and Avalanche Biotechnologies, Inc.

45 l Fellow, accomplishments achieved after the fellowship, and current activities are included here.

46 ndo de Investigaciones Sanitarias, ErasmusMC fellowship, and Fundacio la Marato de TV3.

47 focus, 8 were housed within gastroenterology fellowships, and 2 were within endocrinology fellowships

48 nd cardiothoracic anesthesia have accredited fellowships, and a fellowship accreditation application

49 Research programs, palliative care fellowships, and mandatory rotations for oncology fellow

50 t and 2 pediatric programs offered adult CHD fellowships, and only 31 adult and 11 pediatric fellows

51 was no supervision or accreditation of these fellowships, and they varied widely in content, structur

52 itical care within a maternal-fetal medicine fellowship appears promising and could be implemented el

53 ve videos, representing approximately 20% of fellowship applicants during 2009-2010, were rated.

54 dermatology residents preparing for surgery fellowships are highly skilled in performing elliptical

55 ondents rated overall quality of teaching in fellowship as either "good" (37%) or "excellent" (44%),

56 Harvard Medical School, the Norman E Zinberg Fellowship at Harvard Medical School, and the Doris and

57 opean Commission (Marie Curie Intra-European Fellowship), Australian National Health and Medical Rese

58 d, and 12 junior investigators have received fellowship awards.

59 n in direct research funding since their PBF Fellowships began.

60 Surgical Operative Log data from GS and fellowship bound residents (FB) applying for the 2008 Am

61 negatively impact GSR case volumes and that fellowship-bound residents (FBR) preferentially seek out

62 Fellowship but little resident education occurred at sat

63 and pulmonary imaging in a thoracic imaging fellowship, but cross-training with an associated subspe

64 agement; results may determine promotion and fellowship candidacy for general surgery residents.

65 fied crossover design in which one half of a fellowship class at a time was exposed to the group inte

66 We hypothesized that fellowships coexisting with general surgery residencies

67 sidency programs with and without coexisting Fellowships, comparing caseloads for FBR and all GSR and

68 The practice type and fellowship completion rate of the residents who finished

69 on of University Professors of Ophthalmology Fellowship Compliance Committee (AUPO FCC) provides stan

70 ic situation, the Minimally Invasive Surgery Fellowship Council (MISFC) was founded in 1997.

71 in, global assessment survey designed by the Fellowship Council research committee was electronically

72 Its current iteration, the Fellowship Council, is in the process of introducing an

73 ve queries (>100) and critical care medicine fellowship director and advanced practice nursing educat

74 l Medicine Certification Examination scores, fellowship director ratings of medical knowledge, and de

75 Ninety-four adult cardiology fellowship directors (55%) and 34 PC directors (76%) res

76 202), USMLE Step 3 scores (beta = .130), and fellowship directors' medical knowledge ratings (beta =

77 dents, and those who successfully complete a fellowship do not have access to a U.S. certification ex

78 However, the majority of CCM fellowships do not accept EM residents, and those who su

79 uncil for Graduate Medical Education, trauma fellowships do not.

80 During the fellowship each fellow performed an average of 1,201 pro

81 to pay the 634 trainees who perform research fellowships each year, the majority of which is paid for

82 esearch and scholarship (12%), residency and fellowship education (10% each), and medical student edu

83 This article focuses on residency and fellowship education and training in the United States a

84 of Health (NIH) extramural grant, residency, fellowship, faculty, and geographic data, to 109 individ

85 Data from the Fellowship files of the American College of Surgeons, th

86 In anticipation of this milestone, the Fellowship for Interpretation of Genomes (FIG) launched

87 enomic integration platform developed by the Fellowship for Interpretation of Genomes as a component

88 The editorial fellowship for radiology attending physicians was rename

89 Olmsted Editorial Fellowship for Trainees, in honor of the most recent eme

90 Heart Foundation Clinical Research Training Fellowship (FS/14/48/30828).

91 nd Research Administration, Ryoichi Sasakawa Fellowship Fund, and National Institutes of Health.

92 Research Council Population Health Scientist Fellowship (G0902120).

93 Critical end points included completion of a fellowship, general surgery practice, and practice setti

94 The annual number of transplant surgery fellowship graduates has remained nearly constant at app

95 Radiation oncology fellowship graduates often had poorer outcomes.

96 eanor and Miles Harvard Medical School Shore Fellowship Grant, and Massachusetts General Hospital, DA

97 funds and Group Health Community Foundation fellowship grant.

98 Coexisting fellowships had minimal impact on GSR caseloads.

99 al Society of North America (RSNA) Editorial Fellowship has been offering unique opportunities to rad

100 in applications for infectious diseases (ID) fellowships has been an area of active introspection for

101 hment of guidelines in various ophthalmology fellowships has been generally accepted as a method to e

102 Only one study concluded that fellowships have a generally positive impact on resident

103 Surgical critical care (SCC) and trauma fellowships have developed in a variety of formats.

104 Internal medicine-CCM-based fellowships have disparate program requirements compared

105 HPB fellowships have proliferated, with HPB surgeons enterin

106 The additional training offered in fellowship helps develop a subset of physicians with adv

107 Although patients admitted to fellowship hospitals tended to have a higher severity of

108 between hospitals, and patients admitted to fellowship hospitals were somewhat less likely to be tra

109 ower among the 1004 patients discharged from fellowship hospitals, compared with the other 2797 patie

110 or International Cancer Research, Jason Boas Fellowship, Imperial Biomedical Research Centre, Rosetre

111 ty-five (64%) residents would not consider a fellowship in breast imaging if offered, and 133 (63%) w

112 ogy fellows performed an identical year-long fellowship in interventional radiology.

113 utes of Health, the Helmut Wolfgang Schumann Fellowship in Preventive Medicine at Harvard Medical Sch

114 ggestions that will guide our Cardiovascular Fellowship in the future.

115 of surgical trainees who perform a research fellowship in the middle of residency subsequently becom

116 his need the authors initiated an integrated fellowship in vascular surgery and interventional radiol

117 ellows then complete an additional year-long fellowship in vascular surgery.

118 controlling the numbers of pediatric surgery fellowships in a way that recognizes problems with distr

119 en an increase in the number of postgraduate fellowships in minimally invasive and gastrointestinal (

120 stribution and cryopreservation and training fellowships in mouse pathobiology.

121 specialties; to develop the core content for fellowships in nutrition and related subspecialties; and

122 upport decision making on the size of future fellowships in pediatric surgery.

123 sidency, or training programs (residency and fellowship) in the combined and separate AAN and ANA net

124 Eyler Editorial Fellowship, in honor of the founding editor of RadioGrap

125 d how their experience and learning from the fellowship influenced and contributed to their academic

126 Interrupting residency to perform a research fellowship is a common and costly practice among general

127 Although performing a research fellowship is associated with clinical fellowship traini

128 he inclusion of a FIE period during a trauma fellowship is exceptional.

129 ascular surgery and interventional radiology fellowships is feasible and is mutually beneficial to bo

130 ged the relevant discrepancy with regard to "fellowship" issues (e.g., taxation to reduce economic in

131 ted States and Canada; previous residency or fellowship; lack of research experience, volunteer exper

132 gery (GS) practice or postresidency surgical fellowship, leading to specialty surgical practice (SS).

133 A significant association was found between fellowship length and postresidency activity, with a 14.

134 The mean research fellowship length is 1.7 years, with 72% of trainees per

135 at medical school and at the resident and/or fellowship level.

136 h when the Match was operating, and with the fellowship markets for internal medicine subspecialties

137 The Fellowship Match process was designed to provide applica

138 aining facilities or a shortfall of training fellowships may result in a slow uptake of LCS.

139 complex trauma patients improved during the fellowship (mean 3.2 prior to fellowship versus 4.5 afte

140 r surgeons strongly supported the integrated fellowship model and favored continuation of the integra

141 Academic surgeons rated research fellowships more relevant to their current job than priv

142 Although SCC fellowships must meet specific requirements for accredit

143 rmacology and Therapeutics Clinical Research Fellowship, National Institute for Health Research, Astr

144 Our data establish that the impact of Fellowships on GSR caseloads is minimal.

145 The overall impact of advanced surgical fellowships on surgical resident education and training

146 tter understanding of the impact of advanced fellowships on surgical resident training and education.

147 bout one third of the programs have only SCC fellowships, one third combine SCC/trauma in 1-yr progra

148 As fellowship opportunities rise, resident training may be

149 advice during the creation of a new teaching fellowship opportunity, fundraising efforts to support s

150 Applicants planning a post-residency fellowship or an academic career placed greater importan

151 t common reasons given for not considering a fellowship or interpretation of mammograms were that bre

152 Prior fellowship or residency training in SLND provided exempt

153 eras before and after the introduction of a fellowship or trended data over time.

154 ed exposure to pediatric rheumatology during fellowship (P = 0.003), increased distance from Seattle

155 l training, hepatology now has an accredited fellowship pathway and is recognized as a distinct disci

156 analytic approaches, the odds of dying in a fellowship pediatric ICU vs. a nonfellowship pediatric I

157 e 2,744 admissions (145 deaths) to the eight fellowship pediatric ICUs and 3,006 admissions (150 deat

158 Institution-level analyses indicated that fellowship pediatric ICUs performed better than nonfello

159 ed better than nonfellowship pediatric ICUs; fellowship pediatric ICUs ranked better than pediatric I

160 ses show an ongoing decline in the number of fellowship positions filled, and, more important, in the

161 to 95 members representing 154 postgraduate fellowship positions.

162 ainees, we have evaluated our Cardiovascular Fellowship Program at the University of Iowa.

163 cine fellows and 2) the creation of a 3-year fellowship program combining general internal medicine a

164 and e-mail queries to critical care medicine fellowship program directors and members of national and

165 in the first year of our Pulmonary Medicine Fellowship Program from September 2012 to September 2013

166 Francis (PBF) Fellowship Program has supported more than 750 M.D., M.D

167 Trainees in our critical care medicine fellowship program.

168 on are combined with data from residency and fellowship programs and accrediting bodies in an agent-b

169 Pediatric ICUs with critical care fellowship programs are generally associated with better

170 raduating class, are not choosing cardiology fellowship programs as they were previously.

171 ogy critical care, and surgery critical care fellowship programs completed questionnaires.

172 c intensive care unit physicians that direct fellowship programs frequently perceived being overburde

173 Few fellowship programs have developed a curriculum designed

174 Ultrasonography training was offered by fellowship programs in the following areas: vascular acc

175 has been available to cardiovascular disease fellowship programs in the United States since 2011.

176 Academic productivity from fellowship programs is high, but not correlated with a p

177 ing positions among infectious diseases (ID) fellowship programs nationwide indicates that ID is decl

178 Twenty-eight of 56 eligible fellowship programs participated, and 236 fellows at par

179 Pediatric ICUs with fellowship programs performed more (p < .05) invasive mo

180 logy education researchers through education fellowship programs specific to radiology and mobilizing

181 ned in a core group of similar residency and fellowship programs that included Harvard, Columbia, Cor

182 The effect of fellowship programs was analyzed at the institution leve

183 Fellowship programs were contacted to determine if they

184 Only 49% of infectious diseases (ID) fellowship programs were filled in 2015 through the nati

185 iations in the requirements for IM-based CCM fellowship programs will facilitate effective CCM traini

186 in accredited US pulmonary and critical care fellowship programs with knowledge about mechanical vent

187 also in Europe, a growing number of special fellowship programs, sometimes called "superpostdocs," o

188 pertain to educational quality guidelines of fellowship programs, the number of fellows being trained

189 teaching of critical care ultrasonography in fellowship programs.

190 care training pathways in our cardiovascular fellowship programs.

191 disease (CHD) training among U.S. cardiology fellowship programs.

192 cardiology and 45 pediatric cardiology (PC) fellowship programs.

193 rics training into general internal medicine fellowship programs.

194 acial and ethnic minorities in critical care fellowship programs.

195 native area of emphasis in many subspecialty fellowship programs; and may even generate its own speci

196 Furthermore, the integrated fellowship provides exceptional training for vascular su

197 given to the effect of this process on CEDRS fellowship requirements.

198 CR impact was neutral while MIS and vascular fellowships resulted in small declines.

199 North West England Medical Research Council Fellowship Scheme in Clinical Pharmacology and Therapeut

200 North West England Medical Research Council Fellowship Scheme in Clinical Pharmacology and Therapeut

201 t Match Program, which was used for the 2004 fellowship selection.

202 ng order to the past chaos of the MIS and GI fellowship situation.

203 etirement and mortality rates, the number of fellowship slots and fill rates, and practice patterns o

204 Information was stratified according to fellowship specialty and type of sponsoring hospital and

205 luded questions regarding the content of the fellowship, specifically, subspecialty rotations, trauma

206 Three expert observers, trained to fellowship standard in glaucoma, independently undertook

207 outcome was significantly influenced by the fellowship status of the pediatric ICU.

208 en spend twice as much time in residency and fellowship than in undergraduate medical education, one

209 bstantially more inclusive brand of surgical fellowship than it did during the lifetime of Dr. Drew.

210 If they offered a trauma fellowship, the survey queried its structure also.

211 While many residents pursued fellowships, those who did not have indeed achieved succ

212 Wellcome Trust Intermediate Fellowship to SRI, Fulbright-MS Society, Epilepsy Resear

213 als funded by the British Infection Society (fellowship to T. Bicanic), the Wellcome Trust (research

214 biological molecules and obtained a Nuffield Fellowship to work in Bernal's department at Birkbeck Co

215 ovide a forum for the directors of MI and GI fellowships to exchange ideas, formulate training curric

216 uch as quality improvement or time for "mini-fellowships" to allow graduates to develop a deeper set

217 important that residencies and subspecialty fellowships train a cadre of physicians to prepare patie

218 s image review by a research fellow and by a fellowship-trained abdominal radiologist for examination

219 All scans were reviewed by one of three fellowship-trained abdominal radiologists.

220 ed spectral mammography were analyzed by two fellowship-trained breast imagers with 2.5 years of expe

221 Abnormal findings were corroborated by a fellowship-trained breast-imaging radiologist.

222 gical) and fellow (control) eyes by a masked fellowship-trained glaucoma specialist; evaluation inclu

223 Three fellowship-trained glaucoma specialists performed planim

224 A uveitis fellowship-trained ophthalmologist then conducted indivi

225 edical record review by a uveitis and cornea fellowship-trained ophthalmologist.

226 Two glaucoma fellowship-trained ophthalmologists, masked to temporal

227 A fellowship-trained orbital surgeon determined reference-

228 Fellowship-trained physicians were more likely to solici

229 cutaneous abscess drainage is performed by a fellowship-trained radiologist at 92 (97%) of 95 academi

230 ed regression models, female radiologists or fellowship-trained radiologists had significantly higher

231 ercutaneous drainage is usually performed by fellowship-trained radiologists in abscesses of more tha

232 Six abdominal fellowship-trained radiologists reviewed the CT studies

233 Cases were validated by fellowship-trained stroke neurologists on the basis of p

234 t of conventionally trained residents and to fellowship-trained surgeons.

235 nal fellows is low and comparable to that of fellowship-trained surgeons.

236 Each scan was analyzed at a workstation by a fellowship-trained thoracic radiologist.

237 with noninfectious uveitis were diagnosed by fellowship-trained uveitis specialists after exclusion o

238 It is unclear if current critical care fellowship trainees feel adequately prepared to manage t

239 Two relatively inexperienced fellowship trainees with 9 months of body fellowship tra

240 in academic practice (P < .05) and underwent fellowship training (P < .001).

241 ographics and dynamics of transplant surgery fellowship training activity provoke important concerns.

242 earch fellowship is associated with clinical fellowship training after residency, it is unclear to wh

243 ed training in the last 17 years, 60 pursued fellowship training and 55 went directly into general su

244 activity, with a 14.7% increase in clinical fellowship training and a 15.2% decrease in private prac

245 hip, research, and career development during fellowship training and improving the image of academic

246 Educational needs assessments for nephrology fellowship training are limited.

247 ons, COCATS 4 will enrich the cardiovascular fellowship training experience for patients, programs, a

248 ive cardiologists who have already completed fellowship training given the opportunity to sit for an

249 e fronts, and the paradigm of cardiovascular fellowship training has changed as a result.

250 Performance for radiologists without fellowship training improved most during their 1st 3 yea

251 Radiologists with fellowship training in breast imaging experienced no lea

252 Fellowship training in breast imaging may lead to improv

253 Fellowship training in breast imaging was the only chara

254 tely for radiologists with and those without fellowship training in breast imaging, taking into accou

255 In 1975, fellowship training in cardiac imaging was frequently co

256 While each involves 1 year of clinical fellowship training in CCM, substantive differences in t

257 Nine participants had fellowship training in communication skills and family c

258 mpact both screening efforts and traditional fellowship training in future years.

259 nal activities and curricular milestones for fellowship training in pulmonary medicine, critical care

260 transformative advancement in cardiovascular fellowship training intended, ultimately, to improve pat

261 time when viability of academic centers and fellowship training is threatened.

262 This is a discussion of transplant surgery fellowship training issues that pertain to educational q

263 s are to establish educational standards for fellowship training of physician nutrition specialists (

264 field; promulgated educational standards for fellowship training of PNSs; and established a unified m

265 blishment of the AUPO FCC, and the impact of fellowship training on the ophthalmology community.

266 eeking ASTS approval as a transplant surgery fellowship training program.

267 ng broad input, especially from directors of fellowship training programs in nutrition and closely re

268 d in children's hospitals, had residency and fellowship training programs, and were headed by a pedia

269 an be integrated into critical care medicine fellowship training programs.

270 aining at ASTS-accredited transplant surgery fellowship training programs.

271 ality rates than pediatric ICUs without such fellowship training programs.

272 ate Medical Education-approved residency and fellowship training programs.

273 Forty-nine of eighty-three PICUs (59%) had fellowship training programs.

274 sured by the h-index), practice setting, and fellowship training status and were obtained from state

275 ed funds (19% vs 3%, P < .001), residency or fellowship training support (37% vs 2%, P < .001), and c

276 Women radiologists were more likely to have fellowship training than men (69% vs 60%, P = .007), alt

277 ed fellowship trainees with 9 months of body fellowship training were asked to record the presence or

278 (eg, author's medical school, residency, and fellowship training).

279 emergency surgery into "acute care surgery" fellowship training, a better understanding of current p

280 h at least one member having chest radiology fellowship training, and fewer than 5 years of experienc

281 rative logs, ABSITE scores, ABS performance, fellowship training, and subsequent career choices were

282 diologists differ from men in regard to age, fellowship training, full- versus part-time employment,

283 ost general surgery (GS) residents to pursue fellowship training, resulting in a shortage of surgeons

284 C was to develop guidelines for high-quality fellowship training, to provide a forum for the director

285 0% of general surgery residents (GSR) pursue Fellowship training.

286 e use of the ITE as a valid feedback tool in fellowship training.

287 ows track their knowledge acquisition during fellowship training.

288 ertified in radiology; 48% had postresidency fellowship training; 69% were in a position where practi

289 nd racial/ethnic groups across critical care fellowship types.

290 During the fellowship, vascular surgery and radiology fellows perfo

291 ved during the fellowship (mean 3.2 prior to fellowship versus 4.5 after first year versus 5.8 after

292 Additionally, several years ago, a second fellowship was created for radiology trainees, which is

293 nowledge they gained from the RSNA Editorial Fellowship was crucial for their academic and profession

294 share their experience of the RSNA Editorial Fellowship was sent to 19 previous RSNA Editorial Fellow

295 gy faculty and fellows toward the integrated fellowship were surveyed using a formal questionnaire.

296 Fellowships were offered at 53 programs, and at 46 progr

297 rstand how early surgical specialization and fellowships will impact the future of general surgery ed

298 ercent consider the current structure of the fellowship (with FIE year) as ideal.

299 anic), the Wellcome Trust (research training fellowships WT069991, to A.E. Brouwer and WT081794, to J

300 improvement in examination scores across the fellowship years.