ライフサイエンスコーパス: nephrology

1 cell atlases have the potential to transform nephrology.

2 of onconephrology becoming a subspecialty in nephrology.

3 hrology Forum, under the American Society of Nephrology.

4 s remains a therapeutic dilemma in pediatric nephrology.

5 began in genetics and is now leading toward nephrology.

6 ins for researchers in the area of pediatric nephrology.

7 AIDS epidemic as it affects the practice of nephrology.

8 n the application of ABPM to the practice of nephrology.

9 ctronic patient-reported outcomes (ePROs) in nephrology.

10 vement in designing and conducting trials in nephrology.

11 ithms will facilitate the use of big data in nephrology.

12 ned examples - may have an important role in nephrology.

13 ion to kidney disease is often overlooked in nephrology.

14 rization, disease modeling, and regenerative nephrology.

15 and encourage further proteomics research in nephrology.

16 e most commonly used diagnostic procedure in nephrology.

17 People at high risk (>10%) were referred to nephrology.

18 distinguishes obstetrics from cardiology and nephrology.

19 this research into the practice of clinical nephrology.

20 is commonly seen in the general practice of nephrology.

21 to connect medical and graduate students to nephrology.

22 to overcome these barriers to innovation in nephrology.

23 rant Foundation; and the American Society of Nephrology.

24 % [377 of 1895], surgery; 2.6% [70 of 2709], nephrology; 4.7% [170 of 3562], radiology) varied by spe

25 ogy (49% of DALYs; 46% of participants), and nephrology (45% of DALYs; 42% of participants) had the l

26 eHealth is gaining momentum in nephrology, although evidence for its efficacy remains u

27 ey Scholars (TREKS) to stimulate interest in nephrology among medical students, graduate students, an

28 iatrics, internal medicine, anaesthesiology, nephrology and critical care.

29 fistula formation require early referral to nephrology and early placement of AV fistulas.

30 otable challenges include access to combined nephrology and genetics expertise for informed testing a

31 l physiology and pharmacology, with clinical nephrology and genetics.

32 f the Medical School Hannover, Department of Nephrology and Hypertension, Hannover and Silence Therap

33 the number of definitive clinical trials in nephrology and improve the care of current and future pa

34 ediated kidney diseases have forever changed nephrology and kidney transplantation.

35 peculate on how proteomics will be useful in nephrology and nephrology research in the coming years.

36 e an overview of the subspecialty transplant nephrology and propose solutions.

37 urately define gene-disease relationships in nephrology and provide a framework for appraising geneti

38 that used the 2003 International Society of Nephrology and Renal Pathology Society classification of

39 ll support the integration of geriatrics and nephrology and thus improve care for older patients at r

40 orm joint sit-down or walking rounds between nephrology and transplant surgery.

41 ished, affiliation 38 incorrectly read "ICNU-Nephrology and Urology Department, Barcelona, Spain"; "R

42 international experts in general pediatrics, nephrology, and critical care, the panel focused on 6 ar

43 ealth use (cardiology, orthopedics, urology, nephrology, and dermatology), telehealth visits ranged f

44 ral or dialysis practices, preventative/lean nephrology, and focused committees).

45 rnal-fetal medicine, critical care medicine, nephrology, and neonatology specialists.

46 /Clinical Journal of the American Society of Nephrology, and Nephrology Self-Assessment Program; othe

47 d Biology, the European Society of Pediatric Nephrology, and reviewed by the European Reference Netwo

48 [792 of 1895], surgery; 10.2% [277 of 2709], nephrology; and 31.1% [1108 of 3562], radiology) and ane

49 ing were included in the American Society of Nephrology annual survey emailed to US nephrology fellow

50 ariety of diseases; however, applications in nephrology are just beginning to emerge.

51 est among United States medical graduates in nephrology as a career choice.

52 Foundation (NKF) and the American Society of Nephrology (ASN) established a Task Force to reassess in

53 receiving complimentary American Society of Nephrology (ASN) membership at the end of the 2015-2016

54 gram is a product of the American Society of Nephrology (ASN) Workforce Committee that seeks to conne

55 on statement by the American Society of Onco-nephrology (ASON), we summarize the incidence and risk f

56 centers (ten centers affiliated with Dallas Nephrology Associates and three with Vanderbilt Universi

57 been endorsed by the International Pediatric Nephrology Association (IPNA) and the European Society o

58 The position of transplant nephrology at the academic and operational intersection

59 nd progression of CKD could facilitate early nephrology-based interventions.

60 A Molecular Nephrology Board reviews the pathway maps together with

61 multidisciplinary experts from the fields of nephrology, cardiology, neurology, surgery, radiology, v

62 s 58.5%) and fewer had access to predialysis nephrology care (60.8% vs 64.1%); the rates of heart fai

63 nts compared with 61.5% for White patients), nephrology care (64.8% for Asian patients, 72.9% for Bla

64 A lack of nephrology care accounted for 32.59% of incident vascula

65 nority of at-risk survivors are referred for nephrology care after an episode of AKI.

66 95% CI, 0.68-0.72) for receiving predialysis nephrology care and 0.77 (95% CI, 0.75-0.80) for receivi

67 Disparities in predialysis nephrology care and KRT-directed education significantly

68 tical issues of improving access to pre-ESRD nephrology care and overcoming barriers in living donati

69 Differences in access to preoperative nephrology care and patient comorbidities may explain so

70 e primary mediator, and at least 6 months of nephrology care and predialysis kidney disease education

71 se approaches traditionally has been part of nephrology care and training.

72 growth in value-based payment, attributes of nephrology care associated with payer-defined value rema

73 dichotomized the timing of first predialysis nephrology care at >12 or </=12 months, accuracy was 70%

74 with non-Hispanic White individuals, lack of nephrology care explained 30% and 14% of incident home d

75 a, statin prescription, albuminuria testing, nephrology care for CKD stage 4 or higher, and avoidance

76 ents within the category of patients who had nephrology care for longer than 1 year (P < .001 for all

77 Patients who received predialysis nephrology care had 10-fold greater odds of initiating d

78 in a treatment center and receiving pre-ESRD nephrology care increased from lowest to highest quintil

79 In conclusion, pre-ESRD nephrology care is highly variable among treatment cente

80 A greater focus on earlier nephrology care may help to erase much of these disparit

81 Logistic regression determined nephrology care to increase the odds of a patient beginn

82 enter and geographic variability of pre-ESRD nephrology care to mortality of patients with ESRD is un

83 Pre-ESRD nephrology care was independently associated with surviv

84 Any predialysis nephrology care was the primary mediator, and at least 6

85 Disparities in predialysis nephrology care were significantly associated with lower

86 f nurse practitioners to extend the scope of nephrology care with this paradigm.

87 fistula vascular access, lack of predialysis nephrology care, and non-Medicare insurance.

88 ients had received at least 6 mo of pre-ESRD nephrology care, as reported by attending physicians.

89 fidence intervals) for receiving predialysis nephrology care, KDE service, and incident home dialysis

90 ed ESKD had reduced access to transplant and nephrology care, which could exacerbate existing dispari

91 studied 436 hypertensive CKD patients under nephrology care.

92 nsure they receive appropriate and effective nephrology care.

93 loyed full time, and to have had predialysis nephrology care.

94 cement, such as medical insurance status and nephrology care.

95 Although in absolute terms all nephrology-care indicators gradually improved over time,

96 st in kidney health and disease, interest in nephrology career paths, and participation in kidney dis

97 tution to foster a better understanding of a nephrology career.

98 ncrease the number of individuals going into nephrology careers.

99 ely and the patient referred to a specialist nephrology center when progressive decline in renal func

100 All patients from two pediatric nephrology centers active on the national deceased-donor

101 Seven pediatric nephrology centers recruited 113 patients (mean age, 14

102 0-18 years) were collected from 37 pediatric nephrology centers.

103 gitudinal observational study at a single UK nephrology centre, we recruited patients with atheroscle

104 ship programs explain much of the decline in nephrology certifying exam performance.

105 llowship program were associated with poorer nephrology certifying exam performance.

106 etween January 2001 and December 2008 to the nephrology clinic at Sunnybrook Health Sciences Center,

107 en January of 2001 and December of 2008 to a nephrology clinic in Toronto, Canada.

108 Nephrology clinic patients age >=60 years with stage 4 o

109 ere recruited; 115 patients from a pediatric nephrology clinic received CAP, and 110 patients from a

110 n), and the office records of the outpatient nephrology clinic.

111 004, researchers reported that the number of nephrology clinical trials was low and that the reportin

112 tion among the disciplines of cardiology and nephrology, clinical trialists, industry sponsors, and r

113 UpToDate, Journal of the American Society of Nephrology/Clinical Journal of the American Society of N

114 reatment, and 3-month follow-up phases at 62 nephrology clinics across ten European countries.

115 It is therefore imperative that the nephrology community capitalize on recent interest in no

116 to the call for action on these issues, the nephrology community has developed policy-based mitigati

117 The presumption in the nephrology community is that this association represents

118 tive to eliminate CKD inequities inspire the nephrology community not only to advocate for but also t

119 The global nephrology community recognises the need for a cohesive

120 sessment needs to be maintained to allow the nephrology community to further bridge the quality chasm

121 KDIGO continues to be committed to the nephrology community to provide periodic updates, based

122 The ASN also calls on the entire nephrology community to rejuvenate the research environm

123 The authors also challenge the nephrology community to renew its attention and efforts

124 mia, industry, and government to provide the nephrology community with information about the design a

125 KDIGO is committed to providing the nephrology community with periodic updates, based on new

126 stic category nationally may account for the nephrology community's inattention.

127 greater lack of advance care planning in the nephrology community, as well as a missed opportunity to

128 sentatives from the pathology and transplant nephrology community, experts in the field of kidney tra

129 However, RCC is under-recognized by the nephrology community, such that its presence in curricul

130 A recent American Society of Nephrology Conference, entitled "Why Kidneys Fail: Trans

131 orized by the use of diuretics on the day of nephrology consultation and, in companion analyses, by d

132 idney injury recognition, imaging, pediatric nephrology consultation, and follow-up were determined.

133 y predictive of clinical outcomes, including nephrology consultation, dialysis, and admission to the

134 tation; secondary analyses used the earliest nephrology consultation, whether inpatient or outpatient

135 re used in 326 patients (59%) at the time of nephrology consultation.

136 rmance in determining the appropriateness of nephrology consultations and identifying suitable nephro

137 Research in the field of nephrology continues to improve our understanding of the

138 y, these components, which are recognised in nephrology, could help to explain residual risk of cardi

139 COVID-19, included in the Spanish Society of Nephrology COVID-19 Registry, were analyzed.

140 ich involved experts in adult and paediatric nephrology, critical care, pharmacy and data science, at

141 Thirty children at a U.K. pediatric nephrology department receiving kidney transplants had e

142 Patients were referred by the nephrology department when clinical findings were sugges

143 sies performed by radiology as compared with nephrology departments (1.25% versus 3.71%, P < 0.01).

144 A retrospective study at 30 nephrology departments from 15 countries worldwide inclu

145 controls from a dermatology department and 5 nephrology departments in Denmark during 2016-2017.

146 ion Society and the International Society of Nephrology developed the Declaration of Istanbul on Orga

147 ) referral were defined by the time of first nephrology encounter greater than or less than 4 mo, res

148 When using the earliest recorded outpatient nephrology encounter, agreement between the two sources

149 tics among the population with three or more nephrology encounters were sensitivity, 96% (95% CI, 94%

150 ing, fellows enrolled in infectious disease, nephrology, endocrinology, and rheumatology programs spe

151 mbers of the European Society for Paediatric Nephrology (ESPN) CKD-Mineral and Bone Disorder (MBD), D

152 Net) and the European Society for Paediatric Nephrology (ESPN) summarize the current evidence and pre

153 IPNA) and the European Society of Paediatric Nephrology (ESPN).

154 ubspecialists (e.g., anesthesia, hepatology, nephrology, etc.) with training who are comfortable in t

155 ined from the European Society of Paediatric Nephrology/European Renal Association and European Dialy

156 ata from the European Society for Paediatric Nephrology/European Renal Association and European Dialy

157 International Society of Nephrology exemplar initiatives, including the Global Ki

158 ted in February 2024, a panel of 51 neonatal nephrology experts focused on 3 at-risk groups: (1) pret

159 ty of Nephrology annual survey emailed to US nephrology fellows in May to June 2018.

160 In conclusion, current nephrology fellows perceive several gaps in training.

161 16 academic year in conjunction with the ASN Nephrology Fellows Survey.

162 About one third of US nephrology fellows surveyed reported experiencing burnou

163 of 808 eligible first- and second-year adult nephrology fellows were examined (response rate=42.9%).

164 Of 1005 nephrology fellows-in-training and recent graduates, 425

165 ional experience and emotional well being of nephrology fellows.

166 Little is known about burnout among nephrology fellows.

167 l graduates (62.5%), and pursuing a clinical nephrology fellowship (87.0%).

168 th a self-reported 40% increased interest in nephrology fellowship and/or research careers.

169 here have also been fewer applicants for the nephrology fellowship match.

170 IMG) status, and having trained at a smaller nephrology fellowship program were associated with poore

171 In 2019, only 57% of nephrology fellowship programs had aggregate 3-year cert

172 assess the impact of TREKS on enrollment in nephrology fellowship programs.

173 Nephrology fellowship rates for these groups exceeded th

174 Educational needs assessments for nephrology fellowship training are limited.

175 reasing numbers of individuals entering into nephrology fellowships, the American Society of Nephrolo

176 fractory anasarca should be coordinated with nephrology for consideration of diuretics in the setting

177 see text] Endocrinology: [Formula: see text] Nephrology: [Formula: see text].

178 GIM/FP/GP: [Formula: see text] Nephrology: [Formula: see text].

179 Primary Funding Source: American Society of Nephrology Foundation for Kidney Research Student Schola

180 translation of non-traditional biomarkers in nephrology from non-targeted discovery to clinical appli

181 incidence from the International Society of Nephrology-Global Kidney Health Atlas (ISN-GKHA) and Glo

182 h, and the impact of the American Society of Nephrology Grants Program on scientists.

183 within 90 days of discharge was 12% for the nephrology group and 22% for the internal medicine group

184 Nephrology guidelines now recommend the Modification of

185 onvened an international panel of experts in nephrology, haematology, oncology, nephropathology, crit

186 itative and quantitative research methods in nephrology has increased over the last 10 years.

187 Thus far, proteomics in nephrology has largely focused on the discovery and vali

188 Compared to other specialties, nephrology has reported relatively few clinical trials,

189 ogy Joint Working Group on Ethical Issues in Nephrology have identified ten broad areas of ethical co

190 Few large, randomized trials in nephrology have reported on health-related quality of li

191 Consequently, the International Society of Nephrology held a consensus meeting that connected exper

192 ies of DAA treatment and with abstracts from nephrology, hepatology, and transplantation conferences.

193 xpertise in HSCT, paediatric intensive care, nephrology, hepatology, radiology, pathology, and transf

194 In July, 2016, the International Society of Nephrology hosted a CKD summit of more than 85 people wi

195 The subspecialty of transplant nephrology, however, faces structural challenges related

196 ey disease (ADPKD) from paediatric and adult nephrology, human genetics, paediatric radiology and eth

197 t major extensions of the HPO for neurology, nephrology, immunology, pulmonology, newborn screening,

198 emonstrated that it can increase interest in nephrology in the short term and increase the number of

199 this report, a panel of experts in clinical nephrology, infectious diseases, and infection preventio

200 infants with severe AKI, recognition (32%), nephrology inpatient consultation (16%), and outpatient

201 Various disciplines within nephrology investigate the mechanisms by which kidneys f

202 After formation of a nephrology IPA, there will most likely be a linkage with

203 A huge array of data in nephrology is collected through patient registries, larg

204 Nephrology is one of the pediatric subspecialties with t

205 Nephrology is one of the pediatric subspecialties with t

206 Nephrology is well positioned to harness such innovation

207 ptember 2016 by the International Society of Nephrology (ISN) to 130 ISN-affiliated countries with sa

208 The Journal of the American Society of Nephrology (JASN) gives authors submitting original rese

209 Association and the International Society of Nephrology Joint Working Group on Ethical Issues in Neph

210 blished across the three American Society of Nephrology journals, we celebrate the landmark achieveme

211 In summary, the American Society of Nephrology Kidney TREKS program has demonstrated that it

212 ned 2 international Standardized Outcomes in Nephrology-Kidney Transplantation stakeholder consensus

213 hrology fellowships, the American Society of Nephrology launched Kidney Tutored Research and Educatio

214 ives) identified by the country and regional nephrology leadership through the ISN.

215 Peter C. Agre, an American Society of Nephrology member, is the recipient of the 2003 Nobel Pr

216 Next, each student is matched with a nephrology mentor at his or her home institution to fost

217 In nephrology, MR methods have been applied to investigate

218 [National Observatory of Atherosclerosis in Nephrology] [n = 394]).

219 professional colleague, the properly trained nephrology nurse practitioner, allows the nephrologist t

220 ease across various disciplines (hematology, nephrology, obstetrics, transplantation, rheumatology, a

221 iew, the recent literature pertaining to the nephrology of the fetus and neonate is reviewed.

222 Clinical trials in nephrology often use composite end points comprising cli

223 ly advance our fundamental understandings of nephrology on the nanoscale, but also aid in the early d

224 he American Academy of Pediatrics Section of Nephrology or Bioethics were surveyed.

225 ween October 1994 and September 1998 at five nephrology outpatient clinics in the Boston area.

226 ere interviewed using a questionnaire in the Nephrology outpatient clinics of the Jordan University H

227 the body, have become a focus of interest in nephrology over the recent years.

228 mittee of international experts in pediatric nephrology, pediatric radiology, pediatric US, and adult

229 27 and confirmed in 1840 by his contemporary nephrology pioneer Pierre Rayer.

230 rm follow-up, TREKS medical students chose a nephrology pipeline residency at a higher rate than medi

231 patients in an ethnically diverse ambulatory nephrology practice at the University of California San

232 ead in implementing environmentally friendly nephrology practices and reducing costs, thus optimizing

233 S centers composed of academic and community nephrology practices in 2003-2007.

234 Because nephrology practices participating in these models will

235 erred provider organization plans, we ranked nephrology practices using total cost of care and a comp

236 unity for robust cooperation between general nephrology practices, dialysis providers, and transplant

237 d-based registry from academic and community nephrology practices.

238 d cost of care and ease of transfer to other nephrology practices.

239 were observed more frequently in high-value nephrology practices: preventing near-term costly health

240 pediatric radiology, pediatric US, and adult nephrology prepared systematic literature reviews and fo

241 t therapy has become commonplace in ICUs and nephrology programs throughout the world.

242 Nephrology providers have an opportunity to develop cost

243 gy, neuroscience, cardiology, endocrinology, nephrology, psychiatry, and obstetrics and gynecology, b

244 As members of the American Society of Nephrology Quality Committee, we evaluated existing kidn

245 er, whether these disparities are present in nephrology randomized clinical trials has not been previ

246 The American Society of Nephrology recommends against routine cancer screening a

247 Here, we examined the likelihood of nephrology referral among survivors of AKI at risk for s

248 The cumulative incidence of nephrology referral before dying, initiating dialysis, o

249 ta were analyzed by International Society of Nephrology region and World Bank income classification.

250 were aggregated by International Society of Nephrology regions and World Bank income levels.

251 ts invited from all International Society of Nephrology regions.

252 Data from the Danish Nephrology Registry and Scandiatransplant were merged.

253 he return of individual genetic results from nephrology research and preimplantation genetic diagnosi

254 The nephrology research community can use the infrastructure

255 offers tremendous promise for equipping the nephrology research community to better model and ultima

256 ipants had a higher rate of participation in nephrology research compared with TREKS applicants (66%

257 rogress in basic, translational and clinical nephrology research has been made over the past five dec

258 proteomics will be useful in nephrology and nephrology research in the coming years.

259 that the existing infrastructure supporting nephrology research pales in comparison with those for o

260 ro is an important challenge in regenerative nephrology research, given the paucity of novel and effe

261 Nephrology researchers are increasingly engaging with pa

262 disease, entitled "TRANSFORM; TRAnslational Nephrology Science FOR new Medications." The meeting cov

263 countries was conducted by the Critical Care Nephrology Section of the European Society of Pediatric

264 l of the American Society of Nephrology, and Nephrology Self-Assessment Program; others-including ASN

265 Mean length of stay for admissions to the nephrology service (n = 114) was 6.3 days compared with

266 nsultations versus 0.5 consultations for the nephrology service (P = 0.001).

267 is of the referrals evaluated by a pediatric nephrology service.

268 ties and health care professionals providing nephrology services were randomly assigned to ETC partic

269 a sources were renal registries, followed by nephrology societies, health ministries, academic center

270 with sampling of key stakeholders (national nephrology society leadership, policy makers, and patien

271 a cross-sectional study at the Institute of Nephrology, Southeast University, involving 103 HD patie

272 In nephrology, ST technologies have helped to decipher the

273 Nephrology stakeholders have an urgent obligation to ini

274 Nephrology studies keep increasing in number but still l

275 ology consultations and identifying suitable nephrology subspecialties was assessed.

276 We also discuss special issues in nephrology, such as inverse risk factor associations in

277 experts from different disciplines, such as nephrology, surgery, immunology, pathology, infectious d

278 nitiatives (education/advocacy, preventative nephrology, sustainable dialysis, promoting transplant/h

279 Nephrology teams should take the lead in symptom managem

280 nces in understanding kidney function and in nephrology that made kidney transplantation feasible may

281 or role in my contributions to investigative nephrology that range from basic mechanisms of immune de

282 There is evidence, especially in nephrology, that the majority of patients with progressi

283 pecialty Professors, the American Society of Nephrology, the American Geriatrics Society, the Nationa

284 The American Society of Nephrology, the European Renal Association-European Dial

285 Transplant Surgeons, The American Society of Nephrology, The United Resource Networks, The United Net

286 and DWT methods can be successfully used in nephrology to detect subtle nuclear morphological altera

287 ncology and cellular therapy, immunology and nephrology, to address the challenges of introducing cel

288 complete reporting of race and ethnicity in nephrology trials is needed.

289 Nephrology visit rates increased with higher kidney fail

290 At the first nephrology visit, mean (SD) serum creatinine was 3.2 (1.

291 ients, 79 (57.7%; 95% CI, 48.4%-64.7%) had a nephrology visit.

292 old, 3208 (41.5%; 95% CI, 40.3%-42.4%) had a nephrology visit.

293 In addition, if fewer than five nephrology visits occur, death risks are increased by 15

294 n ED visits, hospitalization, and outpatient nephrology visits were obtained from Medicare claims dat

295 lthough cSLE subjects had a higher number of nephrology visits.

296 d the impact of, biomolecular condensates in nephrology, where initial concentration buffering by HOP

297 that fortify the subspecialty of transplant nephrology will ultimately improve the lives of patients

298 e first application of precision medicine in nephrology with the aim of developing targeted therapies

299 aduate students showed increased interest in nephrology, with rank scores of 5.6+/-0.2 before to 7.5+

300 ource allocation and support systems for the nephrology workforce.