ライフサイエンスコーパス: anesthesia

1 gadolinium-based contrast medium under local anesthesia.

2 one safely and efficaciously without general anesthesia.

3 ous oxide but not in those receiving general anesthesia.

4 chocardiography was performed at rest, under anesthesia.

5 of the conscious state and is reduced during anesthesia.

6 wake than when under deep sedation and light anesthesia.

7 ays postop with no intervening procedures or anesthesia.

8 he preoptic hypothalamus does not facilitate anesthesia.

9 ontaneous changes in brain state occur under anesthesia.

10 r non-conscious states, particularly general anesthesia.

11 red to be a robust signature of the state of anesthesia.

12 anesthetic action, from sedation to general anesthesia.

13 but not non-abdominal surgery under general anesthesia.

14 iated with known complications of ophthalmic anesthesia.

15 ut sensory stimulation and even during light anesthesia.

16 elective or emergency surgery under general anesthesia.

17 four brain states reflected graded levels of anesthesia.

18 E, and could undergo thoracoscopy with local anesthesia.

19 cative of the brain-state fluctuation during anesthesia.

20 single pulse IRE PV isolation under general anesthesia.

21 and sex referred for brain MRI under general anesthesia.

22 eption and can reverse unconsciousness under anesthesia.

23 ail to influence the onset or dissipation of anesthesia.

24 cross-scale neuronal dynamic patterns under anesthesia.

25 et of neurons in regulating both arousal and anesthesia.

26 ght emitting diode (LED), resulting in local anesthesia.

27 ect of NMES on BP was dampened by repetitive anesthesia.

28 sten awakening from sleep or light planes of anesthesia.

29 mbles were reactivated during sleep or light anesthesia.

30 c liver transplantation and liver transplant anesthesia.

31 rdiac, nonneurological surgery under general anesthesia.

32 dose-related toxicity was found with cooling anesthesia.

33 (30 mg/kg) or placebo after the induction of anesthesia.

34 ients received a dose of Abx at induction of anesthesia.

35 BA-mediated tone decreases during isoflurane anesthesia.

36 ar dissection with the patient under topical anesthesia.

37 ative pain, and use of adjuncts and regional anesthesia.

38 ated with sicker patients undergoing general anesthesia.

39 ion of 25 x 10 cells per segment under local anesthesia.

40 ich may preferentially be examinations under anesthesia.

41 ts (4 boys; 6-17 y old) were scanned without anesthesia.

42 All patients received general anesthesia.

43 quired additional, subsequent MRI scans with anesthesia.

44 EMG activity was found unexpectedly in deep anesthesia.

45 s elevated in hypertension but reduced under anesthesia.

46 ousness and drug-induced unconsciousness, or anesthesia.

47 ity in patients during wakefulness and light anesthesia.

48 ally relevant effects that accompany general anesthesia.

49 Two deaths were related to brainstem anesthesia.

50 l-regulating systems in the state of general anesthesia.

51 ay affect pain and vascular signaling during anesthesia.

52 ia disrupts rafts and PLD(null) flies resist anesthesia.

53 , and coincident nonocular procedures during anesthesia.

54 5 teeth were extracted, mainly under general anesthesia.

55 effects during induced arousal from general anesthesia.

56 nd 1.5% lidocaine with epinephrine) or local anesthesia (0.5% L-bupivacaine and 1% lidocaine).

57 For anesthesia, 14% used a topical anesthetic with cotton sw

58 gy; and 31.1% [1108 of 3562], radiology) and anesthesia (19.9% [377 of 1895], surgery; 2.6% [70 of 27

59 ples the determined elimination time of post-anesthesia 2-phenoxyethanol was 12 h for the SDME and 24

60 ong patients receiving regional versus local anesthesia (50 of 63 [79%] versus 37 of 63 [59%] patient

61 residents (65.5%, 205/313) and under topical anesthesia (78.0%, 244/313).

62 Wrong eye blocks or anesthesia accounted for 20 cases (14.0%), incorrect eye

63 ic or brief optogenetic activations of these anesthesia-activated neurons (AANs) strongly promote slo

64 r intra-operative monitoring of the depth of anesthesia, an application of fundamental importance to

65 is decreased (p <= 0.02) during sevoflurane anesthesia, an expected finding, but was not restored du

66 se patients undergoing surgery under general anesthesia, an intraoperative mechanical ventilation str

67 s of anesthesia (n = 15) or after 6 hours of anesthesia and 10 days of recovery (n = 5) served as con

68 , including 183 (49.7%) who received general anesthesia and 185 (50.3%) who received procedural sedat

69 tal of 44 eyes were treated, 22 with cooling anesthesia and 22 with SOC.

70 a partial resistance to entering isoflurane anesthesia and a more pronounced ability to exit both is

71 or elective noncardiac surgery under general anesthesia and an indication for continuous invasive blo

72 tive shifts in neuronal activity (isoflurane anesthesia and CaMKIIa Gi DREADD activation) also increa

73 Despite associations between general anesthesia and changes in physical properties such as el

74 results from randomized controlled trials of anesthesia and critical care interventions and to determ

75 Statistically significant results in anesthesia and critical care randomized controlled trial

76 al structures not previously associated with anesthesia and demonstrate that selective targeting of G

77 from behavioral responsiveness, both during anesthesia and during normal sleep, and in the same stud

78 symptom burden on families and the impact of anesthesia and emotional trauma of nonsedated office pro

79 of mechanical ventilation under both general anesthesia and in acute respiratory distress syndrome pa

80 nts treated with laser therapy under general anesthesia and infants treated with intravitreal bevaciz

81 Six animals (sham group) underwent anesthesia and instrumentation without cardiac arrest.

82 FA waveforms: either monophasic with general anesthesia and paralytics to minimize muscle contraction

83 Epoprostenol, epidural anesthesia and postoperative hemodialysis may have contr

84 ablish a membrane-mediated target of inhaled anesthesia and suggest PA helps set thresholds of anesth

85 ceive standard of care (SOC) lidocaine-based anesthesia and the other eye received cooling-anesthesia

86 ation of neuroscientific data obtained under anesthesia and the understanding of the neuronal basis o

87 transapical delivery performed under general anesthesia and with guidance from transesophageal echoca

88 rs from cardiology, maternal fetal medicine, anesthesia, and nursing.

89 d and CSF were sampled at the time of spinal anesthesia, and participants were assessed daily postope

90 Epoprostenol, epidural anesthesia, and postoperative hemodialysis may have cont

91 provider satisfaction, need for supplemental anesthesia, and surgical complications.

92 Endogenous sleep and general anesthesia are distinct states that share similar traits

93 on, peripheral nerve destruction and sensory anesthesia are rare.

94 nstem region named the mesopontine tegmental anesthesia area (MPTA).

95 copy as a screening modality and the rise of anesthesia-assisted colonoscopy in the United States in

96 nesthesia and the other eye received cooling-anesthesia at 1 of 5 different temperatures and cooling

97 uman studies have indicated that exposure to anesthesia at an early age can impact neuronal developme

98 dergoing major surgery and receiving general anesthesia at Barnes-Jewish Hospital in St Louis.

99 dence for a mechanistic overlap of sleep and anesthesia at the level of an individual nucleus might n

100 during late gestation under general maternal anesthesia become more prevalent.

101 Anesthesia blocks consciousness and memory while sparing

102 Under local anesthesia, both uterine arteries were embolized.

103 hiocephalic AVF creation to receive regional anesthesia (brachial plexus block; 0.5% L-bupivacaine an

104 ypothesis is based on network changes during anesthesia, but it is unclear whether these changes repr

105 2-week-old domestic male swine under general anesthesia by using fluoroscopic guidance between Septem

106 Local anesthesia can be repeatedly triggered.

107 dling during abdominal surgery under general anesthesia can impact adversely on fetal cardiometabolic

108 BACKGROUND & AIMS: Use of monitored anesthesia care (MAC) for gastrointestinal endoscopy has

109 mplications, higher-acuity setting, advanced anesthesia care, or postoperative hospitalization.

110 ess to safe, affordable, timely surgical and anesthesia care, with a focus on laparotomy, caesarean s

111 cities to improve and strengthen surgery and anesthesia care.

112 cross-sectional study utilized the National Anesthesia Clinical Outcomes Registry, a multicenter qua

113 terials and among patients receiving general anesthesia compared with pretreatment concentrations.

114 d outcomes for patients who received general anesthesia compared with procedural sedation.

115 ombectomy, the use of protocol-based general anesthesia, compared with procedural sedation, was signi

116 Anesthesia complications among endoscopic procedures in

117 n, yet limited data are available describing anesthesia complications in this population.

118 r results suggest that unconsciousness under anesthesia comprises several distinct shifts in brain st

119 h for the SDME and 24 h for the SPME, at the anesthesia concentrations evaluated (450-1050 mug mL(-1)

120 adoxical, desynchronized brain state in deep anesthesia contends the generally presumed monotonic, do

121 derwent bilateral uterine artery ligation or anesthesia (control) at e19.5.

122 Anesthesia controls were mechanically ventilated for 7 h

123 reased serum and renal tissue AP compared to anesthesia controls.

124 environmental stress of carbon dioxide (CO2) anesthesia converts an asymptomatic rhabdovirus infectio

125 ffect when needed and where the intensity of anesthesia could be easily adjustable according to patie

126 databases: Hospital patient data management, anesthesia database, local data of the German Resuscitat

127 As anesthesia deepened the spike rate of neurons decreased

128 of cardioprotection by RIPC during propofol anesthesia depends on inhibition of release of humoral f

129 tients, exposure to appendectomy surgery and anesthesia did not increase the subsequent rate of ADRD.

130 In the whole brain of flies, anesthesia disrupts rafts and PLD(null) flies resist ane

131 re of 36.8 degrees C +/- 0.4 degrees C, with anesthesia distributed evenly to each nose cone (2.9 +/-

132 that a mechanistic overlap between sleep and anesthesia does not explain the anesthetized brain.

133 ics and narcotics administered, surgical and anesthesia duration, and measured complications and seve

134 s of age who did not receive any sedation or anesthesia during magnetic resonance imaging METHOD: Art

135 The surprising finding was that anesthesia during surgery, preventing the chronic nocice

136 General anesthesia during thrombectomy for acute ischemic stroke

137 Millions of children undergo general anesthesia each year, and animal and human studies have

138 mplications typical for retro- or parabulbar anesthesia, especially in patients with preexisting Opti

139 wide array of changes that were specific to anesthesia-exposed subjects, which supports previous stu

140 es that have pointed to a link between early anesthesia exposure and the development of learning and

141 lness is not associated with the surgery and anesthesia exposure but is predicted by baseline educati

142 ampus after a clinically relevant isoflurane anesthesia exposure conducted at an early postnatal age.

143 ng was used to assess the impact of neonatal anesthesia exposure on behavioral learning in adolescent

144 is impairment is attributable to surgery and anesthesia exposure versus patients' baseline factors an

145 study the independent association of surgery/anesthesia exposure with cognitive outcomes, adjusting i

146 dure based on facility fee, surgeon fee, and anesthesia fee.

147 went bedside chest tube insertion with local anesthesia followed by administration of 4 g of sterile

148 Patients with sepsis often require general anesthesia for procedures and imaging studies.

149 e photostimulations under isoflurane-induced anesthesia from an optical probe positioned above the me

150 the safety and efficacy of CS versus general anesthesia (GA) are available.

151 General anesthesia (GA) can produce analgesia (loss of pain) ind

152 How general anesthesia (GA) induces loss of consciousness remains un

153 General anesthesia (GA) is a reversible drug-induced state of al

154 unconscious state in sleep, akin to general anesthesia (GA), and hence is incapable of meaningful co

155 ore was 2.8 (95% CI, 2.5-3.1) in the general anesthesia group vs 3.2 (95% CI, 3.0-3.5) in the procedu

156 ere significantly more common in the general anesthesia group.

157 General anesthesia has been the requisite component of surgical

158 pression, often suggesting excessive general anesthesia, has been associated with postoperative delir

159 at, compared with local anesthesia, regional anesthesia improves primary AVF patency at 3 months.

160 Regional anesthesia improves short-term blood flow through arteri

161 his technique, we avoided the use of general anesthesia in 47 MRI studies in 42 newborns.

162 n right and left atrial access under general anesthesia in healthy swine.

163 including different sleep stages as well as anesthesia in humans.

164 The use of general anesthesia in infants involves both short-term and long-

165 o evaluate the efficacy of brain MRI without anesthesia in infants younger than 3-month-old immobiliz

166 adverse peripheral and central responses to anesthesia in malignant hyperthermia susceptible mice.

167 desirable to avoid the confounding factor of anesthesia in mouse-brain response.

168 toward exposing the molecular mechanisms of anesthesia in recent years.

169 Regarding the type of anesthesia in the closed claims, retrobulbar and peribul

170 acrimal duct probing conducted under topical anesthesia in the operating theatre.

171 n-Expandable Valves and General Versus Local Anesthesia in Transcatheter Aortic Valve Implantation) t

172 caution in avoiding excessive use of general anesthesia in young children and neonates.

173 There were 5 claims related to general anesthesia including 4 deaths and 1 tooth loss during in

174 that reduced neuronal activity under general anesthesia increases microglial process velocity, extens

175 Surgery and anesthesia induce inflammatory changes in the central ne

176 learning and sensory systems associated with anesthesia-induced learning impairment.

177 In summary, anesthesia-induced LOC disrupts auditory processing in a

178 These studies advance our understanding of anesthesia-induced unconsciousness and altered arousal a

179 e of its molecular and cellular effects, how anesthesia induces loss of consciousness (LOC) and affec

180 Collectively, we demonstrate that general anesthesia is not restricted to the domain of modern med

181 er, in small and medium-sized animal models, anesthesia is often required for these procedures and ca

182 dynamically transitioning brain states under anesthesia is unclear.

183 racic, nonintracranial surgery under general anesthesia lasting more than 2 hours in a tertiary hospi

184 Previously, we documented induction of an anesthesia-like state in rats by microinjection of small

185 Cats progressed to a deeper plane of anesthesia (lower HR, smaller DeltaHR, decreased reflexe

186 x (OSDI) (<=13, >13) and Schirmer I (without anesthesia) (<10 mm, >=10 mm) showed significant differe

187 hs of strength training, an experiment under anesthesia mapped potential responses to CST and RST sti

188 pain control or are correlated with type of anesthesia modality.

189 care during endoscopic procedures, including anesthesia monitoring.

190 ce euthanatized immediately after 6 hours of anesthesia (n = 15) or after 6 hours of anesthesia and 1

191 d the lids and facial nerve (n = 6), topical anesthesia (n = 5), and general anesthesia (n = 5).

192 6), topical anesthesia (n = 5), and general anesthesia (n = 5).

193 The mechanism of anesthesia neurotoxicity remains largely to be determine

194 LncRNAs would serve as the mechanism of the anesthesia neurotoxicity.

195 re unclear because of technical limitations (anesthesia, nonselective neuronal actuators).

196 tivity, delineates wakefulness from propofol anesthesia, NREM and REM sleep.

197 inators, perfusionists, transplant surgeons, anesthesia, nurses, blood bank as well as laboratory sta

198 Following general anesthesia, OCT scans of the optic nerve and retina were

199 Understanding the effects of anesthesia on cortical neuronal spiking and information

200 o study the effects of regional versus local anesthesia on longer-term AVF patency, we performed an o

201 thereby avoiding the confounding effects of anesthesia on the PET reading.

202 D that required additional examination under anesthesia or additional surgery.

203 field imaging, circumventing requirement for anesthesia or restraint, costly software/hardware, or fl

204 , 95% CI 1.06-2.51), the absence of epidural anesthesia (OR 1.59, 95% CI 1.17-2.16), neuroendocrine o

205 (OR, 3.84; 95% CI, 1.09, 13.57) and general anesthesia (OR, 4.71; 95% CI, 1.20, 18.50), adjusting fo

206 ale/female differences in total influx under anesthesia, or across the anterior/posterior axis of the

207 ting would change the perioperative medical, anesthesia, or surgical approaches.

208 in patients receiving -10 degrees C cooling anesthesia (P = 0.8).

209 of surgical cases requiring various types of anesthesia performed over the 10.5-year study period, se

210 lopment of national surgical, obstetric, and anesthesia plans.

211 s included age younger than 18 years, use of anesthesia, pre-existing cardiac or respiratory arrest,

212 ctors for clinical jaundice included general anesthesia, pregnancy, fasting > 12 h, pregnancy, and lo

213 ended for subjects with GS in the setting of anesthesia, pregnancy, treatment with DAAs, deliveries,

214 njection protocol parameter, such as type of anesthesia, preparation, or post-injection medication, i

215 Specifically, it is unclear whether anesthesia primarily disrupts thalamocortical relay or i

216 We show that a single isoflurane anesthesia produces antidepressant-like behavioural effe

217 e concerning the hypothesis that surgery and anesthesia promotes ADRD.

218 Surgeon and anesthesia provider satisfaction was similar between the

219 Secondary outcomes included surgeon and anesthesia provider satisfaction, need for supplemental

220 entified setting, routine vs complex coding, anesthesia provider type, duration, and any postoperativ

221 ipants included midlevel surgical residents, anesthesia providers, scrub nurses, and circulating nurs

222 Even under anesthesia, pupil dynamics correlate with brain-state fl

223 pping; (iii) EEG-synchronized imaging during anesthesia recovery; and (iv) microvascular connectivity

224 We demonstrate that, as expected, general anesthesia reduces connectivity.

225 Glymphatic flow is highest during sleep and anesthesia regimens that induce a slow-wave sleep-like s

226 ously demonstrated that, compared with local anesthesia, regional anesthesia improves primary AVF pat

227 Compared with local anesthesia, regional anesthesia significantly improved b

228 d for a secondary intervention under general anesthesia, related to the previous diagnosis of acute n

229 Sixty-three anesthesia-related claims or suits were filed by 50 plai

230 The 5 topical with sedation anesthesia-related claims were due to inadequate pain co

231 The outcome of interest was serious anesthesia-related complication defined as cardiovascula

232 Anesthesia-related injuries included globe perforation (

233 The precise mechanism of general anesthesia remains unclear.

234 s, carbachol-induced reversal of sevoflurane anesthesia represents a unique state that combines wakef

235 a convenience sample of nursing students and anesthesia residents at the institution.

236 M) as well as protein synthesis-independent, anesthesia-resistant memory (ARM).

237 ependent long-term memory (PSD-LTM), but not anesthesia-resistant memory.

238 tap, as a surrogate for sedation and general anesthesia, respectively.

239 Regional anesthesia resulted in net savings of pound 195.10 (US$2

240 Age, sex, ethnic group, anesthesia risk score and fusion were variables associat

241 n awake uptake period was considered for the anesthesia scans.

242 General anesthesia serves a critically important function in the

243 Anesthesia services for endoscopic procedures have proli

244 Operating room use and anesthesia services were major drivers of higher cost, w

245 Examination under anesthesia showed multiple free-floating cysts in the pu

246 Compared with local anesthesia, regional anesthesia significantly improved both primary and funct

247 imited, possibly confounded by the effect of anesthesia, small regional size, and tracer injection vo

248 (2) removal from the Xe-based closed-circuit anesthesia system.

249 Under general anesthesia, the left anterior descending coronary artery

250 In 10 animals, under general anesthesia, the lower esophagus was deflected toward the

251 y considered the cardinal feature of general anesthesia, this endpoint is only strictly applicable to

252 y shown that, conversely, under induction of anesthesia those modes become more stable and thus less

253 ay [OR 1.08; 95% CI (1.02-1.15), P = 0.015], anesthesia time [9 min; 95% CI (8-10), P < 0.001], and c

254 Anesthesia time was longer in simultaneous bilateral tha

255 However, prolonged anesthesia time was not accompanied by a decrease of oxy

256 The mean anesthesia time was shortest in the US-Cat (91.62 +/- 26

257 g the type and duration of surgery and total anesthesia time were recorded.

258 f the mouse brain are usually performed with anesthesia to immobilize the animal.

259 treatment resulting in comparable levels of anesthesia to SOC with a reduction in procedure time.

260 We used anesthesia to study how regional cortical disruption, me

261 3 and 7 d after TAC, under ketamine-xylazine anesthesia to suppress cardiomyocyte glucose uptake.

262 the role of perioperative factors, including anesthesia, transfusions, hypothermia, and postoperative

263 , 18.50), adjusting for age, sex, ASA class, anesthesia type, inpatient status, portal hypertension h

264 ter induction of halothane (HAL) maintenance anesthesia under experimental conditions that maintain n

265 n-Alcohols induce anesthesia up to a specific chain length and then lose p

266 nd resource utilization (operating room use, anesthesia use).

267 pant rates of billing for operating room and anesthesia use.

268 5 seconds for patients treated with cooling anesthesia versus 395 +/- 40 seconds for SOC (P < 0.0001

269 rded in 32% of patients treated with cooling anesthesia versus 44% of patients receiving SOC.

270 A handheld device was developed to provide anesthesia via cooling to a focal area on the surface of

271 ted tomography and was removed under general anesthesia via submandibular incision.

272 onversion from conscious sedation to general anesthesia was noted in 102 of 1737 (5.9%) of conscious

273 In 2 cases, the exact type of anesthesia was unknown but not general.

274 Ultra-rapid cooling of the eye for anesthesia was well tolerated, with -10 degrees C treatm

275 onkey (4.5 kg, intravenous ketamine/xylazine anesthesia) was examined with the dopamine transporter r

276 in male rats during slow oscillations under anesthesia, we identified a reliable sequential activati

277 ensory processing in patients or using local anesthesia, we used a behavioral study with a programmab

278 4 hours after IVT in eyes receiving cooling anesthesia were compared with eyes receiving SOC.

279 gery lasting 2 hours or longer under general anesthesia were enrolled from December 4, 2012, through

280 dren <=5 years of age undergoing sedation or anesthesia were enrolled.

281 males undergoing prostatectomy under general anesthesia were included.

282 in glymphatic influx under ketamine/xylazine anesthesia were not altered by sex.

283 of age presenting for surgery under general anesthesia were prospectively recruited for participatio

284 No serious adverse events with treatment or anesthesia were reported for either treatment method.

285 disease collected during examinations under anesthesia were reviewed.

286 ts undergoing simultaneous examination under anesthesia were reviewed.

287 aluation of the mouse hotel, temperature and anesthesia were tested for uniformity in conjunction wit

288 he closed claims, retrobulbar and peribulbar anesthesia were the most common types (n = 16 each), fol

289 factory bulb degrade under ketamine/xylazine anesthesia while responses immediately downstream, in pi

290 In clinical practice, local anesthesia with conscious sedation (CS) is performed in

291 The subconjunctival anesthesia with local anesthetics is considered as a low

292 surgery requiring 2 hours or more of general anesthesia with mechanical ventilation from May to Novem

293 ompare patients undergoing TAVR with general anesthesia with patients undergoing TAVR with conscious

294 Rats received continuous anesthesia with pentobarbital (Pento, 40 mg/kg body weig

295 -rapid eye movement sleep (NREM) and general anesthesia with propofol are prominent states of reduced

296 tent with previous reports, brief periods of anesthesia with propofol were sufficient to significantl

297 l dissection of primary tumors in mice under anesthesia with sevoflurane leads to significantly more

298 sually challenging in patients under general anesthesia, with reported success rate at the first atte

299 han infants treated with laser under general anesthesia, with the differences persisting at least to

300 intraocular pressure was <=16.0 mm Hg under anesthesia without or with topical medications, respecti