ライフサイエンスコーパス: autograft

1 transplantation in CR1 (25 MRD, 5 MUD, and 6 autografts).

2 e needed to assess the natural course of the autograft.

3 CAR and NAC before implantation of the renal autograft.

4 rization after grafting than split-thickness autograft.

5 remain alive in CR 5, 7, and 15 months after autograft.

6 cine valves, aortic homograft, and pulmonary autograft.

7 rocedure to accommodate the larger pulmonary autograft.

8 f the pulmonary valve preclude its use as an autograft.

9 d the potential growth and durability of the autograft.

10 usion of autoaggressive lymphocytes with the autograft.

11 mary closure, or resection with conjunctival autograft.

12 e clonogenic myeloma cell populations in the autograft.

13 ed to soft tissue surgery plus either LCC or autograft.

14 lapse risk than patients who received purged autografts.

15 compared with patients who received unpurged autografts.

16 for CSS was less than for conventional skin autografts.

17 tly greater than for conventional 4:1 meshed autografts.

18 These parameters remained unchanged in autografts.

19 th patients grafted with conventional meshed autografts.

20 d the inferior mesenteric arteries served as autografts.

21 ed to recipients of non-T-cell-depleted PBSC autografts.

22 th or without cultured autologous epithelial autografts.

23 mit their outcomes compared with native skin autografts.

24 stological damage was apparent 3 weeks after autografting.

25 iable tissues, allowing successful immediate autografting.

26 iable subeschar tissues precluded successful autografting.

27 ants of the success of high-dose therapy and autografting.

28 ull-thickness skin defects for 1 week before autografting.

29 the previous group (homografts 1.5+/-0.3 cm, autografts 1.4+/-0.2 cm).

30 ere randomized to receive either a pulmonary autograft (24 patients aged 40+/-11 years) or an aortic

31 84 (11%) had 4 glands removed with immediate autograft, 40/84 (47%) 3 to 3.5 glands, whereas 35/84 (4

32 ar in both groups (homografts, 5.0+/-0.9 cm; autografts, 5.2+/-0.6 cm; P=NS), and no patient in eithe

33 Cells retrieved from thymic autografts 60 days after implantation exhibited the same

34 ained in both groups (homografts 67+/-15 mL, autografts 67+/-16 mL; P=NS).

35 ches that match or exceed the performance of autografts across critically sized nerve gaps.

36 ogene was developed and used to purge marrow autografts administered to allograft-ineligible chronic

37 also has been used in place of conjunctival autografting after pterygium excision and to reconstruct

38 insulin clearance in two recipients of islet autografts after pancreatectomy for pancreatitis versus

39 n substitutes (CSS) and split-thickness skin autograft (AG) was performed to assess whether donor-sit

40 can match the regenerative potential of the autograft, all facets of nerve tissue must be incorporat

41 es or methods of replacement using unstented autograft, allograft, or xenograft tissue valves that be

42 Early excision with autograft-allograft closure is standard in severe burn m

43 ed to be treated with either Integra or with autograft-allograft technique.

44 tion-free survival was 96% at 2 years in the autograft/allograft group and 80% at 2 years and 75% at

45 ed two mild strokes and one pacemaker in the autograft/allograft group and three deaths and two pacem

46 vent-free survival was 96% at 2 years in the autograft/allograft group compared with 67% at 2 years a

47 Among autograft/allograft recipients, 16 patients underwent 27

48 transplants can be roughly categorized into autografts, allografts and xenografts.

49 Control osteonecrotic defects received autografts alone; test sites received autografts treated

50 Tissue biopsies from cold stored kidney autografts also failed to show evidence of peroxynitrite

51 eceived melphalan 200 mg/m2 with their first autograft and 32 patients proceeded to a second transpla

52 Islet function was compared in autograft and allograft recipients.

53 For 99 patients randomized between autograft and chemotherapy, 5-year survival was 51% in e

54 Eight autograft and eight allograft recipients, insulin indepe

55 t recapitulates the clinical aspects of live autograft and processed allograft healing.

56 ural and functional changes in the implanted autograft and subsequent aortic root dilatation and neoa

57 Both sites were immediately autografted and serially evaluated clinically and histol

58 hr posttransplant when transcription in both autografts and allografts was 30-fold higher than in all

59 and SOD, but not nitrotyrosine, occurred in autografts and allografts with blocked alloimmune respon

60 pective randomized trial comparing pulmonary autografts and aortic homografts who have had previous a

61 basis for engineering cerebral cortex tissue autografts and ii) a biofidelic 3D culture model for inv

62 greater in clinically accepted grafts versus autografts and in rejected grafts versus accepted (P < 0

63 demonstrates continued deterioration of the autografts and need for reoperation in a substantial per

64 The aortic media was thicker in both autografts and normal donors (P:<0.01), and there was a

65 al cultivar, Cabernet Sauvignon, using their autografts and reciprocal grafts.

66 largest and most accessible organ, epidermal autografts and tissue-engineered skin equivalents have b

67 often treated by regenerative therapy using autografts and/or allografts.

68 The best outcome procedure (autograft) and alternative options should be reviewed wi

69 ncil (UK MRC) AML protocols: 141 received an autograft, and 170 received a matched sibling allograft

70 Eventual tumor recurrence is a problem after autografting, and the development of novel maintenance c

71 hirty-seven patients had previously received autografts, and 21 were in complete remission (CR) at tr

72 more efficacious purging of tumor cells from autografts, and enhancement of autologous anti-multiple

73 ontaminating tumor cells in multiple myeloma autografts, and most importantly, the persistence of min

74 We therefore compared these outcomes after autograft aortic root replacement (Ross procedure) versu

75 f the PA (P:<0.01); however, the 4-month-old autograft appeared to show adaptation in mechanical beha

76 Conventional meshed autografts are superior to CEA for containing hospital c

77 Histology of the thymic autografts at explantation revealed viable thymus with p

78 with L-WNT3A restored osteogenic capacity to autografts back to levels observed in autografts from yo

79 To improve autografting, better ablative regimens, more efficacious

80 bable) for GBR using a bovine bone xenograft/autograft bone composite in defects surrounding dental i

81 the effectiveness and risks of conjunctival autograft (CAG) compared with amniotic membrane transpla

82 e the incidence of relapse provided that the autograft can be protected by transfer of a drug-resista

83 wever, when combined with a peripheral nerve autograft, ChABC treatment resulted in lengthy regenerat

84 also raises concerns about contamination of autografts contributing to relapse.

85 Five groups were studied: untreated autograft controls (n=4), untreated allograft controls (

86 The autograft controls survived indefinitely, while untreate

87 autografts, subepithelial connective tissue autografts, coronally positioned flaps, sinus augmentati

88 Limbal-conjunctival autografts could be a favored option for managing advanc

89 l grafts, we determined that 3% to 7% of the autografts could be recovered with spermatogenesis proce

90 sitive cells migrating from the keratolimbal autografts decreased rapidly during the first 4 weeks an

91 Independent risk factors for pulmonary autograft degeneration were pre-operative large aortic a

92 Whereas syngeneic tracheal autografts demonstrated normal mucociliary function afte

93 Autograft diameter was measured early postoperatively an

94 y, analyses demonstrated that cells from the autograft directly contributed to repair of an osteonecr

95 145+/-34 mL, end-systolic volume 78+/-23 mL; autografts: end-diastolic volume 157+/-33 mL, end-systol

96 Questions such as why limbal autografts fail, the long-term results of LAT, and wheth

97 The pulmonary autograft first performed by Ross came closest to achiev

98 ioning and repositioning of the conjunctival autograft (flap time) was significantly shorter in the f

99 eatment consisted of high-dose melphalan and autograft followed by 2-Gy total body irradiation, with

100 arm trial, 54 patients with myeloma received autografts followed by ex vivo anti-CD3/anti-CD28 costim

101 oplastic cells, reinfused with the remission autografts following myeloablative therapy, can potentia

102 The use of a pulmonary autograft for rereplacement of the aortic valve has both

103 All recipients also received skin autografts for comparison.

104 Patients who received unpurged autografts for low-grade NHL had a five-fold (P =.008) g

105 nts in culture that can be used as epidermal autografts for wound repair as well as for the delivery

106 Pre-treating autografts from aged animals with L-WNT3A restored osteo

107 elomere length in healed cultured epithelial autografts from four patients with burns, and noted that

108 ity to autografts back to levels observed in autografts from young animals.

109 luding biochemical assessment of parathyroid autograft function.

110 substitute (HF-DDS), compared to a gingival autograft (GA) consisting of donor tissue harvested from

111 Estimated peak autograft gradient was 55 mm Hg in one patient and <10 m

112 ths, 10 patients (10.0%) in the conjunctival autograft group and 1 patient (1.0%) in the limbal-conju

113 he follow-up (100 eyes from the conjunctival autograft group and 105 eyes from the limbal-conjunctiva

114 , FGF-2, and IL-8 for the LCC group over the autograft group at the early stages of wound repair.

115 tion in mortality in the cultured epithelial autograft group compared with controls, from 48% to 14%

116 1 patient (1.0%) in the limbal-conjunctival autograft group developed recurrence.

117 Two patients in the autograft group had postoperative neurological weakness;

118 At 10 years, four patients died in the autograft group versus 15 in the homograft group.

119 l survival at 10 years was 97% (SD 2) in the autograft group versus 83% (4) in the homograft group.

120 ere was one (<1%) perioperative death in the autograft group versus three (3%) in the homograft group

121 Survival of patients in the autograft group was similar to that in an age-matched an

122 up and 105 eyes from the limbal-conjunctival autograft group).

123 trend for the PA media to be thicker in the autograft group.

124 and 1 late (7 months) death occurred in the autograft group.

125 smoke inhalation in the cultured epithelial autograft group.

126 limited regarding survival, reintervention, autograft growth, and function.

127 neic transplants, and recipients of unpurged autografts had a two-fold (P =.0009) greater relapse ris

128 yes in which virally transduced keratolimbal autografts had been implanted.

129 mononuclear cell accumulations, whereas the autografts had only occasional eccentric intimal changes

130 For myeloma, reduction of tumor burden in autografts has been accomplished and been associated wit

131 ling nerve gaps, the autologous nerve graft (autograft), has several drawbacks.

132 attempts for root coverage with soft tissue autografts have resulted in residual recession defects o

133 es showed that both factors are required for autograft healing.

134 Like the pulmonary autograft, homograft AVR results in an excellent hemodyn

135 ents randomized to receive or not receive an autograft in first CR and in a donor-versus-no donor ana

136 The future application of this form of an autograft in REPs can fulfill a yet unmet need for a sui

137 A total of 30 kidneys were autografted in six groups.

138 have been conducted to evaluate the role of autografting in acute myeloid leukemia.

139 have been conducted to evaluate the role of autografting in AML.

140 onfirm the efficacy of high-dose therapy and autografting in recurrent or refractory HD.

141 trate an advantage for high-dose therapy and autografting in the sustained control of Hodgkin's disea

142 collections of hematopoietic cells used for autografts in breast cancer patients.

143 us strategies that are being used to "purge" autografts in patients undergoing autologous bone marrow

144 n glue for the repositioning of conjunctival autografts in pterygium surgery was associated with a si

145 trachomatis infection of fimbria and ampulla autografts in subcutaneous pockets in Macaca nemestrina

146 nerve gap, with results close to that of the autografts in terms of functional and histological asses

147 In contrast, islet autografts, infused at the time of pancreatectomy for ch

148 No patient developed significant autograft insufficiency or required autograft reinterven

149 Mild autograft insufficiency was seen in 4 patients; 13 had n

150 ts receptor did not develop into tumors when autografted into immunocompetent mice.

151 bare sclera excision, conjunctival or limbal autograft, intraoperative mitomycin C, postoperative mit

152 l transplantation (SCT) after a prior failed autograft is associated with a transplant-related mortal

153 acement of the aortic valve with a pulmonary autograft is feasible and safe in patients aged 14 to 60

154 The exact rate of SVD of the pulmonary autograft is uncertain.

155 ft coverage to stabilize the wound bed until autografting is possible.

156 nizes and eliminates the cancer cells in the autografts is not understood.

157 her total body irradiation or carmustine and autografting (median follow-up, 3.6 years; range, 1.1 to

158 e significantly higher in allografts than in autografts (median 3 vs. 1, P=0.042).

159 igated in the New Zealand White rabbit renal autograft model using near-infrared spectroscopy and lig

160 The kidneys were evaluated using an autograft model with immediate contralateral nephrectomy

161 ly all PBSC harvests, it is conceivable that autografted myeloma cells contribute to relapse after au

162 ortic valve replacements were performed with autografts (n = 19) or allografts (n = 6).

163 Autografts (n = 5) and SLA(cc) to SLA(cc) allografts (mi

164 tion, parallel CSS samples (n = 5) or murine autografts (n = 5) were grafted orthotopically to athymi

165 on indications for reoperation were isolated autograft (neoaortic) regurgitation in 11 cases (20), is

166 Dilatation of the autograft occurred during the first year after surgery a

167 In autografts, only class II Langerhans or dendritic-like c

168 ratolimbal explants were transduced ex vivo, autografted onto their original sites, and assessed for

169 The pulmonary autograft operation (the Ross procedure) involves excisi

170 assigned in a one-to-one ratio to receive an autograft or a homograft aortic root replacement in one

171 atients were randomly assigned to receive an autograft or a homograft aortic root replacement.

172 ies of the ACL, surgical reconstruction with autograft or allograft tissue is the current treatment o

173 ic valve replacement with either a pulmonary autograft or an aortic homograft leads to a degree of pe

174 ty-five patients undergoing either pulmonary autograft or homograft replacement of the aortic valve a

175 xcision compared with conjunctival or limbal autograft or mitomycin C alone.

176 Third-order bronchi from autografted or allografted lungs were either cut into ri

177 on of the pterygium followed by conjunctival autografting or intraoperative or postoperative mitomyci

178 rtic valve replacement in children with only autografts or allografts achieves good early results.

179 in culture and reintroduced into patients as autografts or allografts.

180 some patients were treated with insertion of autografts or allografts.

181 Use of conjunctival or limbal autografts or mitomycin C during or after pterygium exci

182 e in effect between patients who received an autograft (OR = 2.39; CIs = 1.24-4.62) and patients who

183 me patients when harvesting the conjunctival autograft, or from other patients undergoing extracapsul

184 The place of autografting, particularly now that it is possible to ob

185 nchymal stem cells (PCDSCs) from the healing autograft periosteum.

186 Aortic root autograft plus arterial switch procedure is a good optio

187 at limbus, surgical technique (conjunctival autograft plus suturing versus tissue glue), graft alter

188 g sedimentation of islets in the COBE bag in autograft preparations.

189 demonstrated that the conjunctival or limbal autograft procedure is more efficacious than amniotic me

190 s, and in bone grafts from two pigs that had autograft procedures performed.

191 In autograft purifications, more islets were recovered with

192 One autograft recipient required reoperation for pulmonary a

193 equivalents per kg body weight (IE/kg) than autograft recipients (9958+/-6229 IE/kg vs. 4589+/-1232

194 In contrast, both allo- and autograft recipients had glucagon responses to intraveno

195 The islet autograft recipients were studied 63 +/- 19 months postt

196 ipients were normoglycemic (fasting glucose: autograft recipients, 5.6 +/- 0.1 mmol/l; allograft reci

197 cose excursion were similar in allograft and autograft recipients, despite the latter group receiving

198 patients-1855 (55%) allograft and 1524 (45%) autograft recipients.

199 guiding antiviral treatment in seropositive autograft recipients.

200 er significantly between islet allograft and autograft recipients.

201 ipients to a greater extent than in those of autografted recipients.

202 that mitomycin C and conjunctival or limbal autografts reduce the recurrence rate after surgical exc

203 rgitation/dilatation in 8 (14), and combined autograft regurgitation and pulmonary conduit regurgitat

204 t regurgitation/stenosis in 9 (16), combined autograft regurgitation/dilatation in 8 (14), and combin

205 nificant autograft insufficiency or required autograft reintervention during the follow-up period.

206 dysfunction was 87% at 8 years; freedom from autograft reintervention was 100%.

207 F are necessary and sufficient for efficient autograft remodeling and can be transferred using rAAV t

208 ansduces all Hh signals at the onset of bone autograft repair via a tamoxifen-inducible RosaCreER mou

209 After pulmonary autograft replacement of the aortic valve and root, the

210 Survival after autograft replacement of the AV (Ross Operation) was sig

211 yclophosphamide and rATG with a non-selected autograft results in sustained improvement in skin thick

212 ther techniques, such as implantation of the autograft root within a synthetic vascular graft, are kn

213 omograft, stented heterograft, and pulmonary autograft (Ross procedure), and none of the available va

214 The pulmonary autograft (Ross) technique for aortic valve replacement

215 human dental pulp to be used as a potential autograft scaffold.

216 .1 cm/s, LR 6.0+/-1.8 versus 8.9+/-3.0 cm/s; autografts: SE 1.4+/-0.4 versus 2.2+/-0.4 cm, SR 5.8+/-3

217 Four autografts served as control samples, having received no

218 Better preservation of islet mass in the autograft setting is likely related to the lack of autoi

219 Autografts showed no evidence of rejection.

220 s has substantially reduced the morbidity of autografting, so that disease relapse now represents the

221 Marrow autograft studies showed gut toxicity as limiting MMF si

222 ant surgery, epithelialized free soft tissue autografts, subepithelial connective tissue autografts,

223 the end product will be the equivalent of an autograft such that the recipient will not require any a

224 eries of 18 patients who underwent pulmonary autograft surgery and 8 normal organ donors, samples fro

225 orta from 9 patients who underwent pulmonary autograft surgery and from 1 patient in whom a 4-month-o

226 dergone either aortic homograft or pulmonary autograft surgery were studied between 6 and 35 months a

227 Islet function is more resilient in autografts than allografts.

228 cause of death after a melphalan-conditioned autograft, the mechanism remains unclear.

229 Periodontists have found the gingival autograft to be an effective and predictable technique t

230 The establishment of a thymokidney by thymic autografting to the renal subcapsular space results in n

231 ian age 7 months) have undergone aortic root autograft translocation plus arterial switch to correct

232 current pterygia underwent free conjunctival autograft transplant (112 eyes) or limbal-conjunctival a

233 transplant (112 eyes) or limbal-conjunctival autograft transplant (112 eyes).

234 le to the established method of conjunctival autograft transplantation (CG) and it is especially indi

235 Patients who have undergone autograft transplantation after TBI-containing regimens

236 Recent clinical studies on limbal autograft transplantation also underscore the importance

237 ceived autografts alone; test sites received autografts treated ex vivo with L-WNT3A.

238 nse of autologous BMT, suggest that delay of autograft until second remission in these two groups may

239 More aggressive T cell depletion of the autograft, use of a myeloablative regimen, or use of an

240 tcome of pterygium surgery with conjunctival autograft using Vicryl sutures (Ethicon, NJ), Evicel fib

241 The autograft valve required replacement in 21 cases (38) an

242 ere was a trend toward inferior survival for autograft versus chemotherapy (OR = 1.18; 95% CI, 0.99-1

243 randomization) and from randomized trials of autograft versus chemotherapy.

244 ery and from 1 patient in whom a 4-month-old autograft was explanted.

245 Limbal conjunctival autograft was more effective than intraoperative MMC in

246 Total parathyroidectomy with parathyroid autograft was performed in 26 of 34 primary procedures.

247 One patient who received a pulmonary autograft was reoperated on for inflammatory pulmonary s

248 Conjunctival or limbal autograft was superior to amniotic membrane graft surger

249 No beneficial effect of autografting was seen compared with chemotherapy in this

250 Finally, function of cold stored canine autografts was not affected by the scavenging of peroxyn

251 The same figures for patients undergoing autograft were 80.8% and 89.3%, respectively.

252 Control values for murine autograft were 870 +/- 245 pF at 2 wk, and 87 +/- 30 pF

253 ment with an aortic homograft or a pulmonary autograft were followed up echocardiographically for up

254 The outcomes of conjunctival or limbal autograft were similar to outcomes for intraoperative mi

255 dergoing pterygium surgery with conjunctival autografting were randomized into groups receiving 10-0

256 Allografts or autografts were harvested serially 3-90 days after trans

257 adjacent wounds, 0.005- or 0.017-inch-thick autografts were implanted.

258 Pancreatic tissue densities from autografts were significantly higher than in allograft p

259 However, CML autografts will almost certainly contain malignant stem

260 In the autograft with 16 sutures, the 20% wt/vol of the ([G1]-P

261 In the autograft with eight sutures, the ([G1]-PGLSA-MA)(2)-PEG

262 pterygium excision with conjunctival-limbal autograft with fibrin glue application was done.

263 sing a combination of conjunctival or limbal autograft with mitomycin C further reduces the recurrenc

264 Autografting with in vivo-purged stem cells may induce p

265 Autografting with Philadelphia-negative progenitor cells

266 The pulmonary autograft, with its native aortic valve properties, has

267 en high-dose cyclophosphamide is used alone, autografting, with its potential for reinfusing autoreac

268 n of antitumor effector cells in a mobilized autograft without impairing the hematologic engraftment,

269 g throughout the hospital stay, prompt sheet autograft wound closure as soon as practical, and the se

270 Autografting yielded significantly more relapse (68%; 95

271 In a subgroup, the mean autograft z score increased significantly from the posto