ライフサイエンスコーパス: incisional

1 9), ventral (3.9% vs. 6.3%, P < 0.0001), and incisional (4.3% vs. 9.1%, P < 0.0001).

2 Moreover, incisional AFL seems to be a common finding in this grou

3 ncisional atrial flutter (AFL), and 6 had LA incisional AFL, which was mapped around the mitral valve

4 e algorithms used to predict the response to incisional and ablative refractive surgery and will also

5 Incisional and circular full-thickness wounds 2 to 10 mm

6 In two different wound healing models, incisional and excisional skin lesions, we show that a s

7 nd steadily up-regulated in skin tissue from incisional and excisional wounds.

8 tissue repair in mice was investigated using incisional and excisional wounds.

9 stay (LOS) and postoperative complications (incisional and organ space infections, percutaneous drai

10 stula was a significant risk factor for both incisional and organ/space SSI.

11 urrent hernias as well as between umbilical, incisional and other ventral hernias.

12 ondary endpoints included bowel obstruction, incisional and parastomal hernia within 5 years, and the

13 Superficial, deep-incisional, and organ-space SSIs, as defined by NSQIP.

14 s to evaluate the risk of bowel obstruction, incisional, and parastomal hernia following laparoscopic

15 term morbidity, including bowel obstruction, incisional, and parastomal hernia following surgery.

16 Four patients had right atrium incisional atrial flutter (AFL), and 6 had LA incisional

17 Incisional atrial tachycardia was excluded in the remain

18 Four patients were exenterated and 2 had incisional biopsies performed.

19 Incisional biopsies were performed, and microscopic exam

20 Incisional biopsies were taken by endoscopic transnasal

21 a medical consultation was requested and two incisional biopsies were taken for pathological evaluati

22 al radiographs were obtained, as well as two incisional biopsies, one placed in formalin for routine

23 Incisional biopsy and excision without adjuvant therapy

24 After incisional biopsy and histpoathological examination of t

25 Incisional biopsy confirmed the presence of a neurofibro

26 Patients undergoing incisional biopsy more frequently developed metastasis (

27 Histopathological evaluation of an incisional biopsy of the left maxilla and genotypic char

28 Incisional biopsy specimens of ventral fornix conjunctiv

29 An incisional biopsy was completed for histopathologic exam

30 In 10 eyes, an incisional biopsy was performed 6 months after therapy t

31 hat of drug-induced gingival enlargement, an incisional biopsy was performed to corroborate chemical

32 An incisional biopsy was taken.

33 uently, each patient underwent excisional or incisional biopsy with histopathologic diagnosis.

34 one barrier or tumor manipulation other than incisional biopsy, and protocol compliance are factors r

35 patients underwent additional excisional or incisional biopsy; FNAB diagnoses and the histopathologi

36 The frequency and severity of persistent incisional breast pain was unaffected by anaesthetic tec

37 perative characteristics with 30-day OSI and incisional complication rates.

38 ve a role in wound healing, especially after incisional corneal wounds.

39 outcome was SSI, defined as any superficial incisional, deep incisional, or organ/space infections w

40 Other alternatives, such as incisional filtration surgery, should be considered foll

41 ations, and less likely to result in further incisional glaucoma filtration surgery than CS alone at

42 d per surgeon doubled, and the percentage of incisional glaucoma operations provided by high-volume s

43 fective at controlling the IOP than laser or incisional glaucoma procedures.

44 The total number of traditional incisional glaucoma surgeries decreased by 11.7%, from 3

45 ates were analyzed to identify all laser and incisional glaucoma surgeries performed from 2008 throug

46 Over the same period, the mean number of incisional glaucoma surgeries performed per surgeon doub

47 , a large shift in practice from traditional incisional glaucoma surgeries to MIGS procedures was obs

48 ialists continue to perform most traditional incisional glaucoma surgeries, many MIGS procedures are

49 The incidence of incisional glaucoma surgery at month 36 was 4.8% in the

50 The percentage of ophthalmologists providing incisional glaucoma surgery dropped from 35% in 1995 to

51 ses with open-angle glaucoma and no previous incisional glaucoma surgery from 9 glaucoma units were e

52 the proportion of ophthalmologists providing incisional glaucoma surgery has declined significantly.

53 Prior incisional glaucoma surgery imparted a 3.15 times greate

54 vided by ophthalmologists who do not perform incisional glaucoma surgery increased 19.3% annually (P

55 vided by ophthalmologists who do not perform incisional glaucoma surgery increased at average annual

56 At the same time, the proportion of incisional glaucoma surgery provided by high-volume glau

57 We assessed use of traditional incisional glaucoma surgery techniques (trabeculectomy a

58 Open-angle glaucoma patients without prior incisional glaucoma surgery undergoing phacoemulsificati

59 ma despite medical therapy, without previous incisional glaucoma surgery underwent trabeculectomy (85

60 The cumulative probability of incisional glaucoma surgery was lower in the microstent

61 n-Meier analysis of 1582 eyes that underwent incisional glaucoma surgery yielded a 5-year cumulative

62 pigmentary glaucoma, angle closure, previous incisional glaucoma surgery, or any significant ocular p

63 pressure >/=25 mm Hg; none required laser or incisional glaucoma surgery.

64 ndent on ophthalmologists who do not perform incisional glaucoma surgery.

65 latively constant for at least 5 years after incisional glaucoma surgery.

66 ally uncontrolled glaucoma and no history of incisional glaucoma surgery.

67 cations such as infection (10.5 vs 1.3%) and incisional hernia (7.9 vs 0%) were more common after ope

68 c risk factors independently associated with incisional hernia (IH) and demonstrate the feasibility o

69 Incisional hernia (IH) remains a common, highly morbid,

70 Among 30,998 patients with an incisional hernia (mean age 58.1 +/- 15.9 years; 52.7% f

71 36, 9%), bacterial infections (n = 49, 12%), incisional hernia (n = 22, 6%), pleural effusion requiri

72 Patients suffering from an incisional hernia after abdominal surgery have an impair

73 There were two donor complications: one incisional hernia and one ileus.

74 Patients with incisional hernia benefit substantially from surgery con

75 -LDN was associated with a higher rate of an incisional hernia compared with all other modalities (P

76 r CNF (18% vs 45%; P = 0.002), mainly due to incisional hernia corrections (3% vs 14%; P = 0.047).

77 sk of surgical reintervention, mainly due to incisional hernia corrections.

78 and effectively prevents the development of incisional hernia during 2 years, with an additional mea

79 toperative day (POD) 7, and the incidence of incisional hernia formation was determined on POD 28.

80 A rat model of chronic incisional hernia formation was used.

81 induce early biomechanical wound failure and incisional hernia formation.

82 tion for a complication or open conversion), incisional hernia in 5 patients (1.8%), and anastomotic

83 the abdominal wall is strengthened to reduce incisional hernia incidence.

84 Incisional hernia is one of the most frequent postoperat

85 on abdominal wall function in patients with incisional hernia is sparse.

86 Incisional hernia is the most frequent surgical complica

87 e usefulness of DASH for characterization of incisional hernia is unknown.

88 Patients with an incisional hernia larger than 3 cm and smaller than 15 c

89 One mucosal perforation and one incisional hernia occurred in the open group.

90 : Patients from 7 centers with a midline incisional hernia of a maximum width of 10 cm were rando

91 Compared with laparoscopic IPOM incisional hernia operation, the MILOS repair is associa

92 Propensity score matching of incisional hernia operations comparing the results of th

93 Six hundred fifteen MILOS incisional hernia operations were included.

94 was not lower in recipients who developed an incisional hernia or facial dehiscence (vs. those who di

95 espectively), wound complications (abdominal incisional hernia or infusion port dehiscence/inflammati

96 Postoperative incisional hernia rates were expectedly higher in open (

97 ts in highly favorable outcomes with reduced incisional hernia rates.

98 f 10,822 Washington state patients underwent incisional hernia repair (mean age 58.7 +/- 15.6, 64% fe

99 However, rates of emergent incisional hernia repair among older men rose significan

100 : Laparoscopic and open techniques for incisional hernia repair are recognized treatment option

101 These increasing rates of emergent incisional hernia repair are troublesome owing to the si

102 re primary umbilical/epigastric (umb/epi) or incisional hernia repair from a regional area of 2 milli

103 Incisional hernia repair is associated with high cumulat

104 months after primary umbilical/epigastric or incisional hernia repair underestimated overall risk of

105 Incidence of incisional hernia repair was higher after open AAA repai

106 Rates of emergent incisional hernia repair were high but relatively stable

107 residents assigned ICD9 procedure codes for incisional hernia repair with or without synthetic mater

108 nderwent at least one subsequent reoperative incisional hernia repair within the first 5 years after

109 Of patients undergoing incisional hernia repair, 12.3% underwent at least one s

110 stay, 1-year readmission, repeat AAA repair, incisional hernia repair, and lower extremity amputation

111 ) and major surgical procedures (ie, ventral incisional hernia repair, colectomy, reflux surgery, bar

112 outcome measure was the rate of reoperative incisional hernia repair, length of hospitalization, and

113 After umb/epi and incisional hernia repair, the cumulative risks of reoper

114 Laparoscopic or open ventral incisional hernia repair.

115 patients with umb/epi and 256 patients with incisional hernia repair.

116 rotomy wound failure rate observed following incisional hernia repair.

117 assessing surgical outcome in patients after incisional hernia repair.

118 tionwide cohort study including all elective incisional hernia repairs in Denmark from January 1, 200

119 bdominal wall closures, resulting in 200,000 incisional hernia repairs in the United States each year

120 The use of synthetic mesh in incisional hernia repairs increased from 34.2% in 1987 t

121 ring incisional herniation and its effect on incisional hernia repairs.

122 AWR for incisional hernia specifically improved long-term abdomi

123 study of 18 consecutive patients with large incisional hernia undergoing AWR with linea alba restora

124 inth Revision or Tenth Revision diagnosis of incisional hernia was conducted from 2010 to 2017 in 15

125 A rat model of chronic incisional hernia was used.

126 A total of 109 adults with incisional hernia were enrolled between July 1, 2010, an

127 The estimated "freedom of incisional hernia" curves (Kaplan-Meier estimate) were s

128 rgical risk (pulmonary embolus, leak, death, incisional hernia) than in other patients who underwent

129 ehiscence, impaired healing, lymphocele, and incisional hernia) with the use of these agents.

130 ed an additional surgical procedure: midline incisional hernia, repair ureteral fistula, and repair e

131 imilar between groups except for the rate of incisional hernia, which was significantly greater after

132 or higher have an increased risk to develop incisional hernia.

133 ransverse and craniocaudal dimensions of the incisional hernia.

134 rnia (DASH) is accurate for the diagnosis of incisional hernia.

135 l anastomotic stenosis, marginal ulceration, incisional hernia.

136 ll patients undergoing laparotomy develop an incisional hernia.

137 e an independent factor for recurrence of an incisional hernia.

138 tric bypass was the reduction in the rate of incisional hernia.

139 oing abdominal wall reconstruction (AWR) for incisional hernia.

140 as been proposed in patients at high risk of incisional hernia.

141 llections, superficial wound infections, and incisional herniae were significantly higher in the siro

142 ortions of patients in the step-up group had incisional hernias (23% vs 53%; P = .004), pancreatic ex

143 5 stomal stenoses, 3 bowel obstructions, 26 incisional hernias (nonlaparoscopic), and 1 pulmonary em

144 The incidence of incisional hernias after abdominal aortic aneurysm repai

145 has rare but relevant complications, namely incisional hernias and neuralgia at the trocar sites, wh

146 lymer significantly lowered the incidence of incisional hernias and the recurrence rate after repair.

147 While adhesions and incisional hernias are common and well recognized, other

148 The cumulative incidence of incisional hernias at 2-year follow-up after conventiona

149 The primary endpoint was the incidence of incisional hernias at 2-year follow-up.

150 terventions; colonic ischemia, bleeding, and incisional hernias caused 30%, 22%, and 22% of OSR reint

151 Incisional hernias complicate 11% of abdominal wall clos

152 he "hernia-treatment" experiments, recurrent incisional hernias developed in 86% of control-rod incis

153 In the "hernia-prevention" experiments, incisional hernias developed in 90% of untreated incisio

154 recovery at 3 weeks after repair of midline incisional hernias does not differ between LR and OR, bu

155 P, conversion in 62.2%, surgically repair of incisional hernias in 21% after LDP, or an average 2.3 d

156 ormed on a second group of rats with chronic incisional hernias or acute anterior abdominal wall myof

157 ws minimally invasive transhernial repair of incisional hernias using large retromuscular/preperitone

158 reduce the high incidence of abdominal wall incisional hernias using sustained release growth factor

159 In a second group, incisional hernias were repaired with either bFGF or con

160 ven patients underwent repair of inguinal or incisional hernias with no mortality.

161 steroids, the incidence of wound infections, incisional hernias, and fascial dehiscence is low in kid

162 10, including three internal hernias, three incisional hernias, and four nonincisional ventral herni

163 was to quantify the risk of incarceration of incisional hernias.

164 ed to reinforce the repair of abdominal wall incisional hernias.

165 midline laparotomy incisions developed into incisional hernias.

166 of management apply equally to inguinal and incisional hernias.

167 ove outcomes in the repair of abdominal wall incisional hernias.

168 latation, late small bowel obstructions, and incisional hernias.

169 A majority of the defects (68%) were incisional hernias.

170 hic histologic and mechanical changes during incisional herniation and its effect on incisional herni

171 Standard incisional human wounds were stained with antibodies spe

172 Standard incisional human wounds were studied at several time poi

173 aroscopy was associated with a lower risk of incisional infection [odds ratio (OR) 0.37, 95% confiden

174 copy was associated with a decreased risk of incisional infection but with an increased risk of OSI.

175 infections (4.2% vs. 8.6%, P=0.008) and deep incisional infections (1% vs. 3%, P=0.05) but not agains

176 han povidone-iodine against both superficial incisional infections (4.2% vs. 8.6%, P=0.008) and deep

177 ded abscesses (58%), peritonitis (28%), deep incisional infections (8%), and cholangitis (6%).

178 ative variables, and the primary outcomes of incisional infections and OSIs were recorded.

179 tomy has been associated with lower rates of incisional infections than an open approach, the relatio

180 Primary outcomes of incisional infections, infectious and major complication

181 t alter pain relief-induced CPP in rats with incisional injury.

182 High-level evidence indicates that incisional iNPWT reduces the risk of SSI with limited he

183 Incisional keratotomies have been employed to treat high

184 The biomechanical effects of incisional keratotomy on post-keratoplasty corneas conti

185 to isolate RNA from wound keratinocytes from incisional mouse skin wounds and adjacent normal skin ke

186 Incisional negative pressure wound therapy (n = 785), wh

187 ccurred in 5.84% (45 of 770 patients) of the incisional negative pressure wound therapy group and in

188 t 90 days (11.4% [72 of 629 patients] in the incisional negative pressure wound therapy group vs 13.2

189 The findings do not support the use of incisional negative pressure wound therapy in this setti

190 trauma-related lower limb fractures, use of incisional negative pressure wound therapy, compared wit

191 medically uncontrolled glaucoma and no prior incisional ocular surgery.

192 Incisional or ablation injury to the corneal stroma is r

193 reatment, and the patient did not require an incisional or excisional biopsy.

194 Incisional or inguinal hernia caused obstruction in seve

195 The primary outcome was complex (deep incisional or organ space) S. aureus SSIs.

196 defined as any superficial incisional, deep incisional, or organ/space infections within 30 days aft

197 no difference in risk of bowel obstruction, incisional, or parastomal hernia following laparoscopic

198 ave generated new treatments for alleviating incisional pain and narcotic drug withdrawal symptoms, w

199 The secondary outcome was incisional pain at 6 months and 12 months.

200 Incisional pain was reported by 442 (52%) of 856 patient

201 ssary for mechanical hypersensitivity during incisional pain, and, to a lesser extent, CFA-induced in

202 t to breast cancer recurrence and persistent incisional pain.

203 nal anaesthesia-analgesia reduces persistent incisional pain.

204 surgery for congenital glaucoma consists of incisional procedures on the anterior chamber angle: gon

205 individuals with glaucoma required 1 or more incisional procedures to control high intraocular pressu

206 An incisional punch biopsy specimen revealed an atypical me

207 Diarrhea, peri-incisional rash, renal failure, and seizures were variab

208 after a full-thickness flap procedure in an incisional rat model.

209 this review, we go over the past history of incisional refractive surgery and also report the curren

210 The use of incisional refractive surgery has become limited due to

211 There are still indications for incisional refractive surgery in cataract and post-surgi

212 This has made some forms of incisional refractive surgery practically obsolete.

213 A total of 3242 patients with incisional repair were included.

214 ons and Relevance: Among patients undergoing incisional repair, sutured repair was associated with a

215 In patients with postoperative right atrial incisional scar and flutter, multiple ablation lines tha

216 Patients with AFL and incisional scars have a complex atrial substrate that ma

217 wenty-nine patients with single right atrial incisional scars undergoing ablation for scar-dependent

218 flutter (AFL) and postoperative right atrial incisional scars, we sought to assess if the use of addi

219 Incisional skin swabs from this patient demonstrated a s

220 Furthermore, full-thickness incisional skin wound healing was impaired, and skin fib

221 However, neither the tensile strength of incisional skin wounds nor the rate of closure of excisi

222 ession and the development of fibroplasia in incisional skin wounds.

223 The outcome of interest was a diagnosis of incisional SSI as defined by the Center of Disease Contr

224 atic fistula would decrease the incidence of incisional SSI as well as organ/space SSI after pancreat

225 performed on those variables associated with incisional SSI by univariate analysis to determine their

226 cted and analyzed for their association with incisional SSI development in this patient cohort.

227 The incidence of incisional SSI in patients undergoing elective colorecta

228 wed a trend toward lower risk of superficial incisional SSI in the postimplementation period compared

229 in this study was compared with the rates of incisional SSI in this patient population reported in th

230 the significant risk factors for developing incisional SSI were preoperative biliary drainage (odds

231 ccurrence of a composite superficial or deep incisional SSI within 30 days after the procedure.

232 Fifty-one patients developed incisional SSI, and 39 developed organ/space SSI.

233 d etiology of surgical complications such as incisional SSI, to rationally approach their reduction a

234 race (0.35; 0.13-0.86) were associated with incisional SSI.

235 perative hypotension independently predicted incisional SSI.

236 selected patients to reduce the incidence of incisional SSI.

237 719 (6.9%), superficial SSI; 207 (2%), deep-incisional SSI; and 1287 (12.4%), organ-space SSI.

238 ); 28 (13.9%), superficial SSI; 8 (4%), deep-incisional SSI; and 24 (11.9%), organ-space SSI.

239 ting was confirmed as a risk factor for deep incisional SSIs (p = 0.044).

240 We hypothesize that incisional SSIs following elective colorectal resection

241 Given the increased risk of deep incisional SSIs, preoperative biliary stenting in patien

242 SSIs; and eleven (58%) developed superficial incisional SSIs.

243 ed to graft loss; six (31.5%) developed deep incisional SSIs; and eleven (58%) developed superficial

244 toxin ("chemodenervation group") or standard incisional strabismus surgery ("surgery group").

245 emodenervation procedure was not inferior to incisional strabismus surgery at 6 months.

246 Circular and incisional stromal wounds were exposed to Pseudomonas ae

247 o be successful in eyes with a history of <3 incisional surgeries, <3 glaucoma drops, or IOP <=30 mm

248 .11 members; P < 0.001), and higher rates of incisional surgery (odds ratio, 1.5; 95% confidence inte

249 In 2009, <3% of patients with OAG underwent incisional surgery and approximately 5% had laser trabec

250 yback intraocular lens implantation, corneal incisional surgery and laser correction.

251 34 mmHg or less at all time points; no prior incisional surgery for OAG or OHT; and no known nonrespo

252 culectomy continues to be the most effective incisional surgery for uncontrolled glaucoma.

253 orementioned patients, these indications for incisional surgery will likely become more limited.

254 iques, cataract surgery has evolved to small-incisional surgery with rapid visual recovery, good visu

255 stic procedures, medication fills, laser and incisional surgery, and mean eye care costs per benefici

256 sponse to laser in situ keratomileusis after incisional surgery, intracorneal rings, collagen cross-l

257 vision, combined surgery, previous glaucoma incisional surgery, intraoperative 5-fluorouracil, or fo

258 Despite continued advances in laser and incisional surgery, medical therapy still appears to be

259 ostent and 169 trabeculectomy) with no prior incisional surgery.

260 ed a lower 30-day incidence of postoperative incisional surgical site infection (3.2% vs 9.0%, P < 0.

261 3140; 11.8%), bleeding (n = 2032; 7.6%), and incisional surgical site infection (n = 1873; 7.0%).

262 esults in a significantly lower incidence of incisional surgical site infection, anastomotic leakage,

263 infection, ventilator-associated pneumonia, incisional surgical site infection, and primary bloodstr

264 We found incisional surgical site infections (adjusted hazard rat

265 had a significantly higher incidence of deep incisional surgical site infections (SSIs) (p = 0.038).

266 tilator-associated pneumonia, 6 versus 3 for incisional surgical site infections, and 2 versus 0 for

267 g superficial surgical site infections, deep incisional surgical site infections, sepsis, and septic

268 glaucomas that are refractory to medical and incisional surgical therapies, transscleral diode cyclop

269 losing, and a post-operative dressing of the incisional surgical wound with a sterile absorbent cover

270 Both excimer laser and incisional techniques may be used to correct astigmatism

271 taract surgery can be accomplished either by incisional techniques, such as use of a cataract incisio

272 are more predictable and accurate than with incisional techniques.

273 ital image analysis was performed around one incisional tooth, and color data were expressed in terms

274 ative repair is the definitive treatment for incisional ventral hernias but is often deferred if the

275 nd long-lasting analgesia in mouse models of incisional wound and inflammatory pain, inhibited releas

276 thogen-based inflammation and (ii) a plantar incisional wound as a model of tissue injury-based infla

277 EMD improves oral mucosa incisional wound healing by promoting formation of blood

278 Incisional wound healing is not affected.

279 ate the role of endogenous EGFR in cutaneous incisional wound healing, we examined EGFR null- and wil

280 unnel incision that may have interfered with incisional wound healing.

281 nces and potential clinical relevance of the incisional wound model compared with the CFA model.

282 ate marker to compare the characteristics of incisional wound repair after surgery with the free-elec

283 n throughout the processes of excisional and incisional wound repair.

284 NOS protein, and immunohistochemistry of the incisional wound was mildly positive.

285 nt controlled trial, patients with bilateral incisional wounds (>/=10 mm) after laparoscopic surgery

286 a mechanical tension device for 4-10 days on incisional wounds and imaged up to 1 month after device

287 Incisional wounds and subcutaneously implanted polyvinyl

288 ers in tissue repair, accelerates closure of incisional wounds in mice.

289 previously showed that epithelialization of incisional wounds is accelerated in mice null for Smad3,

290 ylactic negative pressure dressing of closed incisional wounds on SSI rate is unknown.

291 was used to measure the tensile strength of incisional wounds over a 60-day time course; overall, Ho

292 Histological evaluation of incisional wounds shows that 7-day-old Hoxb13 KO wounds

293 Incisional wounds were made on Col1a1(tm1Jae) homozygous

294 -beta, show accelerated healing of cutaneous incisional wounds with reduced inflammation and accumula

295 n embryonic macrophages are not recruited to incisional wounds, but are able to recognise and phagocy

296 aneously implanted PVA sponges and cutaneous incisional wounds, differ significantly in terms of host

297 exhibited a marked delay in repair of acute incisional wounds, which was reversed by the topical app

298 ression patterns in rabbit partial-thickness incisional wounds.

299 cumulation and increased tensile strength of incisional wounds.

300 in the reduction of scar formation in human incisional wounds.