ライフサイエンスコーパス: general anesthesia

1 mizing the clinical safety and management of general anesthesia.

2 be obtained in infants without resorting to general anesthesia.

3 om hospitals that specialized in regional or general anesthesia.

4 one can affect the emergence from isoflurane general anesthesia.

5 ell as the immediate- and long-term risks of general anesthesia.

6 account for persistent memory deficits after general anesthesia.

7 life-threatening conditions associated with general anesthesia.

8 f 71 patients (15.5%) required conversion to general anesthesia.

9 dynamics during active behavior, sleep, and general anesthesia.

10 induced on bilateral maxillary cuspids under general anesthesia.

11 copy without cycloplegia was performed under general anesthesia.

12 o be measured in many children without using general anesthesia.

13 level III study performed on children under general anesthesia.

14 shed in 95 patients, and 9 were converted to general anesthesia.

15 array of small hydrophobic molecules induce general anesthesia.

16 when measuring refraction in children under general anesthesia.

17 operative technique, asepsis/antisepsis, and general anesthesia.

18 is/antisepsis; adoption of the principles of general anesthesia.

19 oom are often painful and frequently require general anesthesia.

20 ial electrocorticograms, during induction of general anesthesia.

21 n studied in detail at steady states of deep general anesthesia.

22 become limited to surgical management under general anesthesia.

23 ogenous sleep pathway likely plays a role in general anesthesia.

24 rgical procedure performed in children under general anesthesia.

25 important determinants of halothane-induced general anesthesia.

26 rly surgical patients following surgery with general anesthesia.

27 dely used intravenously administered drug in general anesthesia.

28 R Surgical, Monrovia, California, USA) under general anesthesia.

29 ibial fracture operation under analgesia and general anesthesia.

30 used to track changes in brain states under general anesthesia.

31 he activation of VLPO neurons contributes to general anesthesia.

32 aps the most fascinating behavioral state of general anesthesia.

33 new approach to tracking brain states under general anesthesia.

34 unicate, such as those requiring sedation or general anesthesia.

35 isticated compared with monitors used during general anesthesia.

36 re widely used to enhance sleep and to cause general anesthesia.

37 n the PnO, breathing, and recovery time from general anesthesia.

38 it requires supplementation with sedation or general anesthesia.

39 ls may contribute to the clinical effects of general anesthesia.

40 the understanding of molecular mechanisms of general anesthesia.

41 e specific behavioral states associated with general anesthesia.

42 ge range, 1 month to 8 years) who were under general anesthesia.

43 A thoracotomy was performed under general anesthesia.

44 The majority of procedures were under general anesthesia.

45 l anesthetic agents and each can be used for general anesthesia.

46 ng cranial nerve damage, wound hematoma, and general anesthesia.

47 to whether regional anesthesia is safer than general anesthesia.

48 products and were followed for 6 hours under general anesthesia.

49 hniques that may have progressed to deep and general anesthesia.

50 e safety of regional anesthesia with that of general anesthesia.

51 ravenous agents, necessitating conversion to general anesthesia.

52 l benefits, has not gained the popularity of general anesthesia.

53 itter uptake that are typical to any type of general anesthesia.

54 cortex (PFC), and caudate nucleus (CN) under general anesthesia.

55 an attain the safety, speed, and efficacy of general anesthesia.

56 that has traditionally been performed under general anesthesia.

57 edation in children is often consistent with general anesthesia.

58 eurochemical inputs are strongly affected by general anesthesia.

59 an-20-one act at GABA(A) receptors to induce general anesthesia.

60 ht underlie a unitary molecular mechanism of general anesthesia.

61 ns that are potentially relevant to clinical general anesthesia.

62 ASDs in adults without the need for TEE and general anesthesia.

63 ducing reanimation, or active emergence from general anesthesia.

64 ulty breathing due to lung edema, trauma, or general anesthesia.

65 chanistic role for membrane heterogeneity in general anesthesia.

66 ium channels (NaV) play an important role in general anesthesia.

67 neuronal synchronicity is disrupted by light general anesthesia.

68 nt extent during quiet wakefulness and light general anesthesia.

69 y with multistaged esophageal biopsies under general anesthesia.

70 ic total extra-peritoneal repair (TEP) under general anesthesia.

71 fter orofacial surgery on the left side with general anesthesia.

72 cornea of 36 male Sprague Dawley rats, under general anesthesia.

73 aintenance of and emergence from sevoflurane general anesthesia.

74 All patients received general anesthesia.

75 y in infants undergoing an examination under general anesthesia.

76 er in surgical interventions performed under general anesthesia.

77 mitomycin C (0.2 mg/cc) was performed under general anesthesia.

78 ental changes in brain-state dynamics during general anesthesia.

79 ase), presentation with VT storm, and use of general anesthesia.

80 edative premedication in patients undergoing general anesthesia.

81 illary molar teeth extracted under local and general anesthesia.

82 egional anesthesia and 40,825 (72%) received general anesthesia.

83 Dilations were performed by using general anesthesia.

84 sed to help improve EEG-based monitoring for general anesthesia.

85 Spinal or epidural anesthesia; general anesthesia.

86 Under general anesthesia, 10 beagle dogs underwent atraumatic

87 The duration of general anesthesia (5 vs 71 min, P < .001) and time in t

88 003); and more often received periprocedural general anesthesia (59% versus 29%; P=0.004).

89 ardless of whether the TIPS was placed using general anesthesia (8.5 +/- 3.5 mm Hg vs 10 +/- 3.5 mm H

90 d with a 0.6-day shorter length of stay than general anesthesia (95% CI, -0.8 to -0.4, P < .001).

91 Under general anesthesia, a modified diamond knife was used to

92 neral anesthesia and support the notion that general anesthesia acts at stages beyond cellular coding

93 Under general anesthesia, AF was induced by burst atrial pacin

94 hesized that these symptoms may be caused by general anesthesia affecting the circadian clock.

95 er local anesthesia and could be switched to general anesthesia after stent placement.

96 eomicyn and a pulse generator under local or general anesthesia after the ESOPE (European Standard Op

97 thetic opioid used extensively in humans for general anesthesia and analgesia.

98 Anesthesia NeuroDevelopment Assessment, and General Anesthesia and Apoptosis Study will likely offer

99 ngoing prospective clinical studies such as 'General Anesthesia and Apoptosis Study', 'Pediatric Anes

100 improved by consciousness monitoring during general anesthesia and by drugs intended to modulate hem

101 d our understanding of mechanisms underlying general anesthesia and cortical arousal, and have signif

102 sthesia/analgesia along with preparation for general anesthesia and difficult airway intubation is ad

103 rodevelopmental effects of early exposure to general anesthesia and examines a changing paradigm in t

104 a at 6 months while reducing the duration of general anesthesia and healthcare costs.

105 hod to the EEG of normal subjects undergoing general anesthesia and investigated the finite size effe

106 Twenty-one pigs underwent general anesthesia and left thoracotomy.

107 pe are better performed in the patient under general anesthesia and mechanical ventilation that often

108 l thalamus acting as a key hub through which general anesthesia and natural sleep are initiated.

109 nimal studies suggest an association between general anesthesia and neurodevelopmental delay; however

110 ve vomiting remains a common complication of general anesthesia and occurs more frequently in childre

111 commendations for the clinical management of general anesthesia and sedation in the elderly.

112 e to irreplaceable neuronal commitment under general anesthesia and support the notion that general a

113 Many patients who undergo general anesthesia and surgery experience cognitive dysf

114 General anesthesia and surgery produce changes in the re

115 hope of spontaneous passage and avoidance of general anesthesia and surgical procedure.

116 General anesthesia and transapical access were used.

117 ter (CD) was measured in children undergoing general anesthesia and was stratified according to age.

118 way is routinely used for patients receiving general anesthesia and, increasingly, in patient resusci

119 refractory" status epilepticus (resistant to general anesthesia), and functional sequelae on day 90.

120 The MST treatments were administered under general anesthesia, and a stimulator coil consisting of

121 ke, urgent/emergent repair, age >/=80 years, general anesthesia, and dissection pathology.

122 intravenous alteplase administration, use of general anesthesia, and endovascular techniques offer ma

123 ce of status epilepticus despite use of deep general anesthesia, and it has high morbidity and mortal

124 strength (PSS) of EEG during consciousness, general anesthesia, and recovery.

125 mic analgesia in adults having surgery under general anesthesia, and reporting on mortality or any mo

126 bing beyond 1 year of age in a facility with general anesthesia are equally effective.

127 ar targets and neural circuits that underlie general anesthesia are not fully elucidated.

128 Mechanisms driving emergence from general anesthesia are not well understood.

129 ng from administration of high Fio(2) during general anesthesia are responsible for the increased CSF

130 y areas, including pediatric, obstetric, and general anesthesia, as well as intensive care medicine.

131 1,432,855 patients undergoing surgery under general anesthesia at 315 US hospitals participating in

132 heduled for various elective surgeries under general anesthesia at 5 French teaching hospitals (in Ma

133 patients undergoing emergency surgery under general anesthesia at Geneva University Hospitals.

134 Providing general anesthesia at locations away from the operating

135 true for electroencephalography (EEG) during general anesthesia because of the significant alteration

136 g-term adverse neurodevelopmental effects of general anesthesia become better understood, pediatric g

137 As the distinction between deep sedation and general anesthesia becomes less clear, it has become inc

138 6-11 who had undergone a procedure requiring general anesthesia before age 1 were compared with 28 ag

139 rmed in the lateral decubitus position under general anesthesia, before surgery for other reasons.

140 24h following general anesthesia, brains were collected for analysis.

141 e-induced diabetes insipidus not only during general anesthesia but also in the intensive care settin

142 comparable rate to that in published data on general anesthesia by anesthesiologists.

143 Outflow facility was measured under general anesthesia by two-level constant pressure perfus

144 We propose that the stepwise emergence from general anesthesia can serve as a reproducible model to

145 In adults having surgery under general anesthesia, concomitant epidural analgesia reduc

146 However, the molecular mechanism of general anesthesia continues to be a matter of importanc

147 n ChR2+ mice during continuous, steady-state general anesthesia (CSSGA) with isoflurane produced beha

148 en under 12 years of age who were undergoing general anesthesia, cycloplegic refraction was measured

149 versial whether adding epidural analgesia to general anesthesia decreases postoperative morbidity and

150 dergoing thrombectomy, conscious sedation vs general anesthesia did not result in greater improvement

151 shift in the sun-compass rapidly induced by general anesthesia does not alter the accuracy or speed

152 date do indicate that exposure of animals to general anesthesia during active synaptogenesis is most

153 A single exposure to general anesthesia during inguinal hernia surgery in the

154 Taken together, our results suggest that general anesthesia during the day causes a persistent an

155 e patients had surgical procedures requiring general anesthesia, except for 18 who had endoscopic or

156 Associations between general anesthesia exposure early in life and attention

157 General anesthesia, fluoroscopy, and echocardiographic g

158 All animals underwent uneventful general anesthesia for a period of up to 7 h.

159 y in infants undergoing an examination under general anesthesia for a range of retinal vasculopathies

160 Regional analgesia for labor pain and general anesthesia for cesarean section in the morbidly

161 a glottal lesion in the operating room under general anesthesia for diagnosis.

162 ss whether conscious sedation is superior to general anesthesia for early neurological improvement am

163 In patients undergoing general anesthesia for emergency procedures, erythromyci

164 cohort study of 736 adult patients receiving general anesthesia for major elective surgery.

165 itrous oxide has been used as a component of general anesthesia for over 160 years and has contribute

166 prove graft survival (P=0.5726) but required general anesthesia for removal in the operating room, le

167 ong-term survival when used as an adjunct to general anesthesia (GA) during elective AAA surgery is u

168 ) with Monitored Anesthesia Care (RA-MAC) or General Anesthesia (GA) for open globe injury repair.

169 between monitored anesthesia care (MAC) and general anesthesia (GA) in patients presenting with vert

170 General anesthesia (GA) is a reversible drug-induced sta

171 omized (1:1) to undergo this procedure under general anesthesia (GA) or moderate sedation (MS).

172 1110 AF ablation procedures performed under general anesthesia (GA) over 9 years.

173 nconsciousness is a fundamental component of general anesthesia (GA), but anesthesiologists have no r

174 edation mode (ie, conscious sedation [CS] vs general anesthesia [GA]) affects the angiographic workfl

175 was not significantly different between the general anesthesia group (mean NIHSS score, 16.8 at admi

176 ients were randomly assigned to an intubated general anesthesia group (n = 73) or a nonintubated cons

177 S score, 0 to 2 after 3 months [37.0% in the general anesthesia group vs 18.2% in the conscious sedat

178 The goal of precisely dosed general anesthesia guided by brain monitoring remains el

179 The type of general anesthesia had no significant effect on syndecan

180 Regional anesthesia during general anesthesia has become increasingly popular in re

181 General anesthesia has been shown to impair spatial memo

182 ectomy with bilateral neck exploration under general anesthesia has been the standard of care for the

183 sive procedures the need for prolonged, deep general anesthesia has decreased.

184 tients undergoing emergency procedures under general anesthesia have impaired gastric emptying and ar

185 al surgery, neurosurgery, emergency surgery, general anesthesia, head and neck surgery, vascular surg

186 rological disease and may have benefits over general anesthesia; however, a conservative approach is

187 guous clues about the sites or mechanisms of general anesthesia; however, the universality of anesthe

188 r the surrogate measure of the components of general anesthesia, hypnosis (bispectral index scale, en

189 n and is commonly observed at deep levels of general anesthesia, hypothermia, and in pathological con

190 To discuss the use of continuous infusions, general anesthesia, hypothermia, and ketogenic diet as t

191 usly with intravenous opioids, local or even general anesthesia if needed.

192 were evaluated after establishment of stable general anesthesia in 14 patients who underwent needle b

193 d using RA-MAC in 351/448 (78%) patients and general anesthesia in 97/448 (22%) patients.

194 distant metastases, were treated while under general anesthesia in a 1.5-T MR unit.

195 MS, and after PPVI; all were performed under general anesthesia in an x-ray/magnetic resonance hybrid

196 0-day mortality in comparison with TAVR with general anesthesia in both unadjusted and adjusted analy

197 ong-term postoperative risks associated with general anesthesia in children undergoing ocular surgery

198 ography during gradual induction of propofol general anesthesia in humans, we discovered a rapid drug

199 These findings suggest that general anesthesia in infancy impairs recollection later

200 erative morbidity and mortality comparing to general anesthesia in patients with significant medical

201 By using a 0.5-T open MR imaging system and general anesthesia in patients, one to five (mean, 2.4)

202 on, confusion, and delirium are common after general anesthesia in the elderly, with symptoms persist

203 ng room must meet all standards mandated for general anesthesia in the operating suite.

204 to a specific bispectral index value during general anesthesia in the pediatric age group is associa

205 Although strong frontal power during general anesthesia-induced unconsciousness--termed anter

206 How general anesthesia interferes with sensory processing to

207 General anesthesia is a relatively safe medical procedur

208 ral investigators have thus examined whether general anesthesia is associated with AD, with some stud

209 General anesthesia is believed to be a risk factor for A

210 The ongoing debate is whether general anesthesia is better than local anesthesia with

211 How anesthetic drugs create the state of general anesthesia is considered a major mystery of mode

212 Placing a patient in a state of general anesthesia is crucial for safely and humanely pe

213 s are treated using regional anesthesia, but general anesthesia is currently the technique of choice

214 Neuraxial anesthesia during general anesthesia is especially controversial.

215 The role of general anesthesia is implicated but remains unproven.

216 Our analysis shows that general anesthesia is less mysterious than currently bel

217 ment of both genuine and spurious PSS during general anesthesia is necessary in order to avoid incorr

218 intraoperative awareness, which occurs when general anesthesia is not achieved or maintained, affect

219 When general anesthesia is required, modifications to standar

220 The definition of local vs. general anesthesia is still unclear.

221 The transition from wakefulness to general anesthesia is widely attributed to suppressive a

222 anesthesia, either alone or as an adjunct to general anesthesia, is at an all-time high.

223 Regional anesthesia, alone or combined with general anesthesia, is becoming a preferred technique in

224 astinoscopy, an invasive procedure requiring general anesthesia, is currently regarded as the diagnos

225 earn a pure odorant, first experienced under general anesthesia, is indeed compromised.

226 ng major abdominal or pelvic operation under general anesthesia lasting more than 45 minutes were ass

227 ries an increased risk of being placed under general anesthesia making topical anesthesia a safer opt

228 Furthermore, suggesting possible roles in general anesthesia, mammalian Kv1.2 and Kv1.5 channels d

229 We therefore agree with Billings that general anesthesia may be indicated for patients who pre

230 Taken together, these data suggest that general anesthesia may suppress astrocyte calcium signal

231 uscimol was sufficient to sustain whole-body general anesthesia; microinjection as little as 0.5 mm o

232 erwent either conventional exploration under general anesthesia (n = 107) or minimally invasive parat

233 ndomized and operated using either TEP under general anesthesia (n = 193) or LLA (n = 191).

234 ge range, 1 month to 8 years) who were under general anesthesia (n=15) or deep sedation (n=8) and wer

235 However, the direct effect of general anesthesia on astrocyte signaling in awake anima

236 We further evaluated the effects of general anesthesia on glycocalyx shedding and its associ

237 amined the potentially neurotoxic effects of general anesthesia on the developing child's brain.

238 In the RF group, one patient required general anesthesia, one patient required supplemental na

239 in the paravertebral group compared with the general anesthesia-only group of patients.

240 ion, procedures can be performed safely with general anesthesia or conscious sedation, provided that

241 fewer collateral effects when compared with general anesthesia or more central neural blockade.

242 treatment (bilateral neck exploration under general anesthesia) or extended minimally invasive parat

243 sified by expected anesthesia type as major (general anesthesia) or minor (nongeneral anesthesia).

244 racetamol, aspirin, tea drinking, history of general anesthesia, or gastric ulcers.

245 Program Early Computed Tomography Score, and general anesthesia (P = .82).

246 Following general anesthesia, people are often confused about the

247 ain-state transitions.SIGNIFICANCE STATEMENT General anesthesia permits pain-free surgery.

248 nhancements have generated successful mobile general anesthesia platforms.

249 Under general anesthesia, probes to measure intracranial press

250 Recent data also reveal that general anesthesia produces enduring cognitive impairmen

251 ning and immobilization, sedation, local and general anesthesia, radiopharmaceutical doses, radiation

252 Many of these cases require general anesthesia rather than sedation, and require man

253 Although general anesthesia reduced the accommodative tone in mos

254 While general anesthesia remains the gold standard, expanded u

255 A favored hypothesis proposes that general anesthesia results from direct multisite interac

256 g patients undergoing elective surgery under general anesthesia, sedative premedication with lorazepa

257 Although it is evident that general anesthesia should affect impulse activity and ne

258 ive recall has plagued the administration of general anesthesia since the technique was first describ

259 ique for additional work on the mechanism of general anesthesia, some of it presented in the companio

260 757 matched patients (5.8%) who lived near a general anesthesia-specialized hospital (instrumental va

261 s with PH undergoing noncardiac surgery with general anesthesia, specific clinical, diagnostic, and i

262 e heavily fluorinated ether commonly used in general anesthesia, specifically activates K-Shaw2 curre

263 Although CBIs allow the avoidance of general anesthesia, sternotomy, and cardiopulmonary bypa

264 in the waking state, during sleep, and under general anesthesia, suggesting that spontaneous neuronal

265 Most US patients underwent general anesthesia (THA, 61.8%; TKA, 59.4%); Canadian pa

266 are associated with changes in the state of general anesthesia, the extent to which these patterns a

267 h fluorouracil-based chemotherapy) and under general anesthesia, the same surgeon estimated tumor res

268 very promising for inducing and maintaining general anesthesia through intravenous delivery of volat

269 awal of ventilator support should be offered general anesthesia to fully protect against suffering.

270 T studies in animals have until now required general anesthesia to immobilize the subject, which prec

271 s with a heating pad (30 degrees C), and (c) general anesthesia using isoflurane or ketamine/xylazine

272 As humans are induced into a state of general anesthesia via propofol, the normal alpha rhythm

273 on computed tomography and was removed under general anesthesia via submandibular incision.

274 In the general anesthesia vs the conscious sedation group, subs

275 mothership, and 43% (22 minutes) longer when general anesthesia was administered.

276 the use of regional anesthesia compared with general anesthesia was not associated with lower 30-day

277 Conversion from conscious sedation to general anesthesia was noted in 102 of 1737 (5.9%) of co

278 ntional bilateral cervical exploration under general anesthesia was performed in 613 patients and MIP

279 Experimental PPV under general anesthesia was performed on porcine eyes (Yorksh

280 ocedural success with conscious sedation and general anesthesia was similar (98.2% versus 98.5%, P=0.

281 ynaptic transmission is a major mechanism of general anesthesia, we examined the effects of isofluran

282 the ex-MIP group who required conversion to general anesthesia were analyzed in the ex-MIP group on

283 ajor surgery lasting 2 hours or longer under general anesthesia were enrolled from December 4, 2012,

284 Eight males undergoing prostatectomy under general anesthesia were included.

285 tional single ventricle undergoing CMR under general anesthesia were prospectively enrolled.

286 o identify cases that had to be converted to general anesthesia, which may influence the outcome.

287 obings should be treated in a facility under general anesthesia with a balloon catheter or intubation

288 ve cognitive dysfunction, the association of general anesthesia with cognitive dysfunction is less cl

289 The study was performed on pigs under general anesthesia with endotracheal intubation.

290 noncardiac surgical procedures and requiring general anesthesia with endotracheal intubation.

291 ts with normal pulmonary function undergoing general anesthesia with endotracheal intubation.

292 Adult mongrel pigs underwent general anesthesia with Isoflurane and were then randomi

293 horacic surgery requiring 2 hours or more of general anesthesia with mechanical ventilation from May

294 rwent surgery for colorectal carcinoma under general anesthesia with or without peridural analgesia.

295 med to compare patients undergoing TAVR with general anesthesia with patients undergoing TAVR with co

296 Diverse molecules induce general anesthesia with potency strongly correlated with

297 At brain MR imaging during general anesthesia with propofol, two FLAIR sequences we

298 The biopsies were performed under general anesthesia with standard 25-gauge vitrectomy equ

299 on laboratory or hybrid operating room under general anesthesia with transesophageal echocardiographi

300 volving patients at high risk for awareness, general anesthesia with volatile agents guided by bispec