ライフサイエンスコーパス: cadaver

1 was predominantly recovered from the insect cadaver.

2 skeletal measurements were recorded for each cadaver.

3 skeletal measurements were obtained for each cadaver.

4 ular and basilic veins was demonstrated in a cadaver.

5 ght-guided vascular access was gained in the cadaver.

6 f 35 serial sections were obtained from each cadaver.

7 s also carried out in three sections of each cadaver.

8 n, and antibiotic preservation of the insect cadaver.

9 rimary means of reproduction is in an insect cadaver.

10 mal interphalangeal (PIP) joints of 5 normal cadavers.

11 and neck obtained from formalin-fixed human cadavers.

12 of 87 aortic plaques obtained from 20 human cadavers.

13 common flexor tendons of the elbow in human cadavers.

14 wer limb (n = 27), and spine (n = 4) from 60 cadavers.

15 l face grafts were procured from human fresh cadavers.

16 IDC was identified in 178 (80%) of the 223 cadavers.

17 ging of the tarsal sinus was performed in 10 cadavers.

18 size of the hypoglossal canal in a sample of cadavers.

19 cessfully performed the procedure on 3 human cadavers.

20 d clinical samples, rare cell populations or cadavers.

21 ip joint injections were planned in 12 human cadavers.

22 ssful shoulder and hip arthrography in human cadavers.

23 therapy from the plentiful source of morgue cadavers.

24 with standard and oblique imaging planes in cadavers.

25 mprising T1 through L5 were removed from 223 cadavers (183 men, 40 women; mean age at death, 67 years

26 of pluripotent cells, ONe was harvested from cadavers 6-18 h postmortem, dissociated, plated and fed

27 roximal femur specimens harvested from human cadavers (91 women, 87 men; mean age at death, 79 years

28 ain radiographs were obtained of a 41 kg pig cadaver after placement of a total of 39 surgical needle

29 from 28 sites in the limbs of formalin-fixed cadavers (age at death 70-101 years) that had been donat

30 t in StrataGraft skin substitute compared to cadaver allograft, the standard of care.

31 In cadaver allografts with deposition of activated platelet

32 In contrast, after reperfusion of cadaver allografts, neutrophil infiltration was detected

33 intractable ventricular arrhythmias and from cadavers, along with intact hearts.

34 reported methods to improve visualization of cadaver and animal eyes for the wet lab, including the u

35 bitor induced allograft nephropathy in first cadaver and human leukocyte antigen non-identical living

36 Our results clearly indicate that ex vivo cadaver and in vivo measurements are not easily equitabl

37 responses of the incus was measured while a cadaver and living sheep was exposed to the sinusoidal a

38 ce in long-term function between organs from cadaver and living sources.

39 h-1H) was used as induction therapy in first cadaver and non-HLA-identical living donor renal transpl

40 were obtained in eight embalmed adult female cadavers and compared with the corresponding linear atte

41 rtebral bodies were removed from three human cadavers and embedded in resin.

42 tor-associated cues: plant-tethered predator cadavers and homogenised shoot-sprayed or soil-infused b

43 stant resting spores within dried gypsy moth cadavers and infectious conidia when freshly killed larv

44 The limited human islet supply from cadavers and poor islet yield and quality remain substan

45 lants placed in jawbones of four fresh human cadavers and the histologic images of bone-implant inter

46 The PIMOC was dissected bilaterally in all cadavers and there were no statistical differences in va

47 within approximately +/-10% for 15 of the 20 cadavers and to within approximately +/-20% for all 20 c

48 istological examination of temporal bones of cadaver animals and the intensity of in-vivo optical sig

49 he glycosaminoglycan content in tendon, five cadaver ankles were examined with MR imaging and immunoh

50 Bone samples extracted from embalmed cadavers are commonly used as controls in the study of b

51 and radiation attenuation characteristics of cadavers are comparable to those of living human tissue.

52 y neuroepithelium obtained from patients and cadavers as described previously.

53 ures and lower extremity fasciotomy in fresh cadavers before and after taking the Advanced Surgical S

54 ia (TG) were resected from 63 formalin-fixed cadavers between 56 and 98 years of age that had been em

55 ight proximal femur excised from a 66-y male cadaver (body mass index, 22.7 kg m(-2)).

56 ecently emerged as a valuable alternative to cadaver bowel transplant.

57 labeling in mice and (14)C content in human cadaver brains.

58 e nematodes grow and reproduce in the insect cadaver by feeding on the Photorhabdus biomass.

59 Dosimetry was performed in three of the cadavers by accessing organs of interest and affixing pa

60 ll child recipients of living donor (LD) and cadaver (CAD) adult-size kidneys (ASKs), pediatric CAD k

61 Results were subdivided by donor source: cadaver (CAD) and living donor (LD).

62 Between September 1994 and May 1998, 63 cadaver (CAD) renal transplant recipients of either one

63 urrent disease, leaving 1587 recipients (757 cadaver [CAD], 830 living donor [LD]) who would be at ri

64 iomechanical properties in phantom and human cadaver carotid arteries.

65 terval between cohort years, from 74% of 147 cadaver (CD) grafts in 1988 to 91% of 200 CD grafts in 1

66 In human cadaver CNS, we found Gb(3) in neurons and endothelial c

67 Testing with a human cadaver comminuted metaphyseal tibia fracture specimen d

68 (6) microm(3)) were significantly greater in cadaver compared with living kidney donors, respectively

69 Thirty-four cadavers consisting of 26 dentate jaws and eight jaws in

70 es of 6 mm diameter buttons of matched human cadaver cornea pairs.

71 Human donor cadaver corneas not suitable for transplantation were di

72 We show that muOCT images of cadaver coronary arteries provide clear pictures of cell

73 In seven of 20 cadavers, CT-guided biopsy provided additional histopath

74 gene amplicons of 27 postmortem samples from cadavers demonstrated statistically significant time-, o

75 One adult cadaver demonstrating calcification in the retro-odontoi

76 nee OA prevalence in the United States using cadaver-derived skeletons of people aged >/=50 y whose B

77 This model, based on data from only 20 cadavers, did not account for sex differences in TSSV.

78 The first part consisted of 10 procedures on cadaver digits followed by dissection to analyze the eff

79 transplant recipients (341 living donor, 136 cadaver) discontinued prednisone on postoperative day 6,

80 Assessment of a cartilage defect in a human cadaver distal metacarpophalangeal (MCP) joint with the

81 IP is an effective method of protecting cadaver donor allografts from cold ischemia and subseque

82 Cadaver donor bone marrow cells (DBMC) are capable of a

83 ilar but modified protocol was performed for cadaver donor candidates, all of whom were highly sensit

84 o increased during reperfusion of living and cadaver donor grafts but differences were not observed b

85 ased more than 13-fold during reperfusion of cadaver donor grafts.

86 One- and 4-year patient survival rates for cadaver donor kidneys were 91.4% and 78.7% for non-Afric

87 for orthotopic liver transplantation from a cadaver donor or possible living-related liver transplan

88 jor focus on more effective use of available cadaver donor organs to balance the competing principles

89 ection may allow wider geographic sharing of cadaver donor organs without actually performing the cro

90 nd the relatively static number of available cadaver donor organs.

91 We isolated islets from 114 human cadaver donor pancreases by the automated Ricordi method

92 ive mechanism for immediate expansion of the cadaver donor pool that can reduce dependence upon livin

93 nd chemokine receptor genes in living versus cadaver donor renal allografts before and after reperfus

94 gonists for a prolonged period de novo after cadaver donor renal transplantation may facilitate recov

95 White race and cadaver donor sources are risk factors not reported befo

96 blood lymphocytes stimulated with irradiated cadaver donor spleen cells.

97 ction may be of special clinical interest in cadaver donor transplantation.

98 frequency in white children (P=0.003) and in cadaver donor transplants (P=0.019), but there was no si

99 duced risk of death: 0.84 (0.72 to 0.99) for cadaver donor transplants and 0.69 (0.56 to 0.85) for li

100 ntation was 0.75 (0.67 to 0.84) among 25,758 cadaver donor transplants and 0.73 (0.64 to 0.83) among

101 from cadaver donors, and the proportions of cadaver donor transplants that were preemptive changed l

102 iving donor transplants is better than after cadaver donor transplants.

103 ) to be significant in both living donor and cadaver donor transplants.

104 ge, recipient race) were significant only in cadaver donor transplants.

105 Cell subpopulations were isolated from cadaver donor vertebral-body bone marrow cells (DBMC) by

106 "Maximizing Use of Organs Recovered From the Cadaver Donor" held March 28 to 29, 2001, in Crystal Cit

107 transplants in adults (752 living donor, 447 cadaver donor) done between January 1, 1985 and December

108 When looking at all patients, living and cadaver donor, the median waiting times are 220 days for

109 ique that creates 2 allografts from a single cadaver donor.

110 d superior results obtained with living (vs. cadaver) donor kidney transplants, we have adopted a ver

111 by exchanging kidneys through a living-donor-cadaver-donor exchange (list paired exchange).

112 limbal allograft and 10 eyes (71%) underwent cadaver-donor keratolimbal allograft surgery.

113 transplantation alone followed by a solitary cadaver-donor pancreas transplant (PAK) have been the tr

114 With the current shortage of cadaver donors and the increasing number of diabetic pat

115 > or = 26 but <30) and obese (BMI > or = 30) cadaver donors are suitable for islet isolation and tran

116 Seventeen of 23 cadaver donors did not have detectable proteinuria (albu

117 ancreas, and liver was used in 13 multiorgan cadaver donors during a 26-month period, with transplant

118 ed Network for Organ Sharing recorded 42,340 cadaver donors of whom 397 had a past history of a CNS t

119 Preemptive transplants using cadaver donors were more likely among recipients aged 0

120 7 to October 2001, LKTs with organs from 899 cadaver donors were reported to the United Network for O

121 sing 39% of preemptive transplants were from cadaver donors, and the proportions of cadaver donor tra

122 in 90 first renal transplant recipients from cadaver donors, group A received Thymoglobulin, group B

123 e upon reperfusion than those retrieved from cadaver donors, where cold ischemia times are significan

124 cells available for grafting from living or cadaver donors.

125 ctal cells in normal pancreatic tissues from cadaver donors.

126 tion compared with kidneys transplanted from cadaver donors.

127 unrelated donors and from extended criteria cadaver donors.

128 angle glaucoma (POAG) TM were collected from cadaver donors.

129 ft survival associated with the use of older cadaver donors; however, studies on the effect of living

130 In one cadaver, early myocardial infarction of the papillary mu

131 The ulnar collateral ligament in four cadavers (eight elbows) was blindly evaluated with US by

132 ge quality was assessed by using three human cadavers embalmed with the Thiel technique, which result

133 vivo data are consistent with corresponding cadaver experiments and model analyses.

134 Cadaver eye IOP measurements were 3.1+/-2.5 mmHg lower t

135 Human cadaver eye SEM showed a much smoother capsulotomy edge

136 eloped to guide an OCT laser beam onto human cadaver eye tissue samples to detect CCs.

137 Human cadaver eye tissue was prepared for imaging.

138 RPE flatmounts prepared from 22 adult human cadaver eyes (11 pairs; ages 19-87) were stained for apo

139 embrane explants were prepared from 16 human cadaver eyes (7 eyes age <50 years; 9 eyes >50 years) by

140 ciliary body of adult mice, rats, and human cadaver eyes and determined quantitative growth characte

141 ot been examined comparatively in both human cadaver eyes and in live human eyes.

142 Of 661 pseudophakic cadaver eyes obtained, 13 had 3-piece hydrophobic acryli

143 Human cadaver eyes were similarly examined ex vivo.

144 imbus, cornea and conjunctiva of post-mortem cadaver eyes with laser microdissection (LMD) technique

145 metallothioneins (MTs) in human tissues from cadaver eyes with microarray-based analysis.

146 In cadaver eyes with primary open-angle glaucoma (POAG), TS

147 dicular corneal wound (CPCW) in fresh rabbit cadaver eyes.

148 er zonular stress compared with CCC in human cadaver eyes.

149 roscopy (SEM) of PPC were conducted in human cadaver eyes.

150 A total of 40 pairs of excised cadaver femurs (mean patient age at time of death, 82 ye

151 In 19 of the 20 cadavers, findings at postmortem CT angiography in combi

152 used, and imaging was repeated twice in each cadaver, for a total of five standard clinical protocols

153 Thirteen Achilles tendons in 10 cadavers (four male, six female; age range, 70-90 years)

154 The use of human cadavers fulfilled the requirements of the institutional

155 We examined IE63 expression in cadaver ganglia using a high-potency rabbit anti-IE63 an

156 Twenty one (21) fresh human cadaver globes were Intracamerally IOP adjusted and meas

157 eruption and subsequent sporulation on host cadavers greatly reduced in the mutant.

158 redicted from results previously seen in the cadaver group, despite four times fewer DBMC infused.

159 Cadavers have also proven instrumental for the measureme

160 tifications of gastro-oesophageal anatomy in cadavers have led some to identify the lower oesophageal

161 For decades, embalmed cadavers have played an important role in teaching anato

162 e thickness of buccal and lingual plates, 28 cadaver heads (68% male and 32% female) with an average

163 Tissue biotypes of 22 fresh cadaver heads were assessed clinically and radiographica

164 Thirty lingual nerves from 18 cadaver heads were dissected, and the vertical distance

165 Two cadaver heads were randomly selected and exposed to cone

166 In a split-mouth design involving 11 cadaver heads, each specimen received two implants, one

167 ves in relation to mandibular teeth in fresh cadaver heads.

168 Ten human cadaver hearts were imaged with IVOCT (n=14 coronary art

169 e probability of fungal sporulation on aphid cadavers, hence lowering the rate of transmission of the

170 Four fresh-frozen cadaver hip joints from two male donors, ages 43 and 46

171 dy was to evaluate maxillary tuberosities in cadavers histologically and histomorphometrically.

172 Enucleated porcine (n = 140) and cadaver human eyes (n = 20) were exposed to water (contr

173 stratified layers molded into the shape of a cadaver human mandibular condyle.

174 Cadaver images (elbow, hand, knee, and foot) demonstrate

175 rom a phantom, and qualitative evaluation of cadaver images for potential diagnostic value and image

176 ed, whereupon they reassociate and leave the cadaver in search of new prey.

177 nd to within approximately +/-20% for all 20 cadavers in this study.

178 he included trials were divided into animal, cadaver, inanimate, and virtual-reality models.

179 teria kill the insect larvae and convert the cadaver into a food source suitable for nematode growth

180 the bacteria before emerging from the insect cadaver into the soil to search for a new host.

181 h a whole pancreas and a liver from a single cadaver is always anatomically feasible.

182 ation, transdifferentiation, or expansion of cadaver islets or residual endogenous beta-cells.

183 rterial sites (42 coronary arteries) from 17 cadavers; IVUS and OCT images were acquired on the same

184 , emphasis on early referral, and changes in cadaver kidney allocation could increase the number of p

185 Simultaneous cadaver kidney and pancreas transplantation (SPK) and li

186 ion techniques is often present in excellent cadaver kidney donors and is not detected by dipstick te

187 timed urine protein excretion in 23 "normal" cadaver kidney donors, and correlated results with urine

188 and electron microscopy in 83 living and 53 cadaver kidney donors.

189 ed in tissues derived from normal living and cadaver kidney donors.

190 The wait for a cadaver kidney might be 2-5 years.

191 Locally procured cadaver kidney pairs undergoing MP were randomized to VS

192 lular matrix swelling is associated with the cadaver kidney preservation process.

193 pecific bone marrow cell (DBMC) infusions in cadaver kidney transplant recipients, there appeared to

194 an shortage and increasing waiting times for cadaver kidney transplantation, dual-kidney transplantat

195 ntation) of this practice among 74,297 first cadaver kidney transplantations in 1988 to 1998 was exam

196 enal Data System was used to study all first cadaver kidney transplantations performed during the yea

197 o the 87% and 50% rates for more than 26,000 cadaver kidney transplants during the same period.

198 We analyzed 788 first cadaver kidney transplants that were performed in our ce

199 eased incidence of delayed graft function of cadaver kidneys compared with those from living donors.

200 Recipients receiving cadaver kidneys from pediatric and adult donors between

201 splantation has prompted many centers to use cadaver kidneys from pediatric donors.

202 scheme currently used for the allocation of cadaver kidneys in the United Kingdom includes factors d

203 The potential supply of transplantable cadaver kidneys is often expressed as donors per million

204 One- and 5-year graft survival rates for cadaver kidneys were 84.6% and 73.7% for non-African-Ame

205 Six healthy volunteer and 10 cadaver knees were imaged at 1.5 T.

206 , cognitive training, and participation in a cadaver lab.

207 ry 29, 2016, at Maryland State Anatomy Board cadaver laboratories included 40 surgical residents and

208 inical study is to investigate whether IP of cadaver livers prior to retrieval confers protection on

209 In the second 12 cadavers, lymphatic channels were identified by staining

210 cular bone in four sequential steps from six cadaver mandible sections, radiographing the sections af

211 randomly assigned maxillary tuberosity of 20 cadavers (nine females and 11 males).

212 ndons were evaluated in 16 fresh, unembalmed cadavers of 11 women with a median age of 85 years (rang

213 ause neurospheres have been established from cadavers of both sexes from 50 to 95 years old at time o

214 n vertebrae were harvested from four donated cadavers of elderly female individuals (mean age, 82 yea

215 remities were harvested from the nonembalmed cadavers of four women and six men (age range at death,

216 Ninety-eight patients of primary cadaver or living donor kidneys at low immunologic risk

217 Tendon samples were obtained from cadavers or from patients undergoing surgical procedures

218 not getting transplants due to low levels of cadaver organ donation in many countries, thereby increa

219 More information is needed about cadaver organ donor pathophysiology.

220 e-matched, iliac artery grafts procured from cadaver organ donors to reconstruct transplant renal art

221 from eight patients with CHI and from adult cadaver organ donors.

222 A cadaver organ source and treatment for acute rejection w

223 eoretically attractive mechanism to increase cadaver organ supply, split-liver transplantation has be

224 in part the less satisfactory performance of cadaver organs in human transplantation compared with th

225 he transplant type (living related donor vs. cadaver, P=NS).

226 94, and September 30, 1998, we performed 123 cadaver PAK transplants.

227 Patient and primary cadaver pancreas graft functional (insulin-independence)

228 (usually from a living donor) followed by a cadaver pancreas has become an attractive option.

229 rformed 30 SPLK procedures, coordinating the cadaver pancreas transplant with simultaneous transplant

230 Combining cadaver pancreas transplantation with living-donor kidne

231 We retrospectively analyzed all cadaver pancreas transplants performed at the University

232 A total of 914 cadaver pancreas transplants were performed in the follo

233 We first performed a cadaver-to-cadaver penile transplantation as preparation.

234 considered, risk factors were the same: for cadaver recipients, risk factors were acute rejection, D

235 ; 944 were in African-Americans (663 primary cadaver renal transplants and 253 primary Living donor r

236 accuracy and utility of this nomogram in all cadaver renal transplants performed at a single transpla

237 cyclosporin was examined in 19 recipients of cadaver renal transplants.

238 ned; institutional review board approval for cadaver research was also obtained.

239 ng should be reported in studies using human cadaver samples.

240 In 24 cadavers, samples were taken from right, transverse, des

241 ollected within 36 hours after death from 11 cadavers (six men, five women; age range at death, 33-65

242 s) have been used to pierce animal and human cadaver skin and thereby enable TD delivery of small mol

243 ing temporary coverage with allogeneic human cadaver skin grafts or synthetic skin substitutes.

244 les into hairless rat skin in vivo and human cadaver skin in vitro and then imaged infusion of dye mo

245 Cadaver skin is associated with risks such as antigenici

246 evels in cynomolgus monkeys and showed human cadaver skin permeability, thus making it an effective t

247 hexyl ester, in excised full-thickness human cadaver skin were visualized and quantified.

248 severe burns without the associated risks of cadaver skin.

249 and a high delivery efficiency into porcine cadaver skin.

250 delivery efficiency of about 90% in porcine cadaver skin.

251 feldt-Jakob disease due to administration of cadaver-sourced growth hormone during childhood are stil

252 Cadaver sources for these organs are stable, therefore l

253 model of acutely created fractures in fresh cadaver specimens.

254 In 12 cadavers, specimens were stained with hematoxylin and eo

255 Diabetes (RR=1.44; P=0.18) and a cadaver SPK transplant (RR=1.55; P=0.12) tended toward i

256 In eras 3 and 4 combined for primary cadaver SPK transplants, pancreas graft survival rates w

257 el approaches to liver replacement including cadaver split liver transplantation and adult living don

258 prosthetic osteolysis have been validated in cadaver studies.

259 Hence, it was the purpose of this cadaver study to determine an average cortical bone thic

260 sults No complications were found during the cadaver study.

261 upper UExt and concomitant scenarios using a cadaver study.

262 host, are consistently superior to those of cadavers suggests an effect of brain death (BD) on organ

263 an cardiac computed tomographic analysis and cadaver testing.

264 In the remaining 8 specimens from 4 cadavers, the upper eyelid was everted.

265 US, and vascular access could be gained in a cadaver; the sonic flashlight is ready for clinical tria

266 In 10 fresh human cadavers, tissue samples were harvested in the anterior

267 atterns on I. hexagonus and uses wild-animal cadavers to illustrate the importance of abiotic and bio

268 We first performed a cadaver-to-cadaver penile transplantation as preparation

269 Recipients of a first or second cadaver transplant between June 1988 and April 1994 were

270 Overall, 24 cadaver transplant recipients (47%) developed DGF (CRR2

271 prospective study, 41 consecutive high-risk cadaver transplant recipients (panel reactive antibody l

272 For all cadaver transplant recipients, risk factors were acute r

273 elated donor (LURD) before proceeding with a cadaver transplant.

274 g donor-LRD or LURD-before proceeding with a cadaver transplant.

275 Two patients underwent cadaver transplantation with kidneys from a donor with a

276 ively evaluated before being wait-listed for cadaver transplantation.

277 These rejection episodes occurred earlier in cadaver transplants (median, 7 d) and later in living do

278 The retransplants consisted of 83 cadaver transplants and 17 living donor transplants.

279 Pancreas graft survival rates with primary cadaver transplants have significantly increased, from 1

280 However, in cadaver transplants that experienced early acute rejecti

281 nd the superior results of living donor (vs. cadaver) transplants, a thorough search should be made f

282 om 118 aortic plaque specimens from 14 human cadavers under static and deforming conditions (0 to 200

283 stitutional policies were followed regarding cadaver use.

284 ted, each performing procedures on different cadavers using image overlay guidance.

285 the elimination of the high mortality on the cadaver waiting list (approximately 30%) represents a su

286 host haemolymph and conidiation on the host cadaver was reduced.

287 All cadavers were edentulous distal to the second bicuspid t

288 Initial studies in animals and human cadavers were followed up by left atrial puncture with m

289 of the institutional review boards, and all cadavers were in legal custody of the study institution.

290 d choroidal endothelial cells from six human cadavers were incubated with either Toxoplasma gondii ta

291 Five fresh cadavers were obtained and dissections were performed to

292 Bilateral dissections of 35 fresh cadavers were performed to study individual tissue compo

293 In this study, 10 male and 10 female cadavers were subjected to whole-body CT scans.

294 Twenty male and 20 female cadavers were subjected to whole-body CT.

295 paired fresh human donor corneas (from seven cadavers) were transduced with VIP shRNA or the control

296 d graft survival equal to 1086 recipients of cadaver whole-organ grafts from donors ages 10-40 years

297 mes, recipient outcomes, and experience with cadaver, whole-organ transplantation.

298 Additional studies were performed in a human cadaver with pathology as an independent gold standard f

299 ostmortem in situ scans were acquired from 6 cadavers with MS on a 3T MRI machine.

300 Two cadavers with proved ARVD were imaged with identical seq