ライフサイエンスコーパス: suction

1 62 days) in patients with more than 60% deep suction.

2 burst away from a continuous point-source of suction.

3 lowed by a cap-assisted snare resection with suction.

4 y 7 min periods of 15 and 30 mmHg lower body suction.

5 mantle forces and drive plates through slab suction.

6 eau subduction and hydrodynamic mantle-wedge suction.

7 marily pull themselves through the water via suction.

8 ortive care, which frequently includes nasal suctioning.

9 crease of functional residual capacity after suctioning.

10 crease of functional residual capacity after suctioning.

11 alveolar collapse during ventilation before suctioning.

12 did influence the recovery of PaO2 following suctioning.

13 chea, without need for conventional tracheal suctioning.

14 order (PaCO2 40 and 80 mm Hg and duration of suctioning 10 and 30 secs).

15 n change in relative DeltaZ before vs. after suctioning, 40.1 +/- 9.1 vs. 41.4 +/- 10.8; p = .30).

16 among the smallest known to capture prey by suction, a mechanism that is not effective in the creepi

17 cing bronchoscopy and respiratory and airway suctioning above baseline (background) values.

18 eta (and thus chi) to soil water content and suction across seed plant groups, leaf phenological type

19 d whether the baseline PaCO2 and duration of suctioning affect gas exchange.

20 While neither baseline CO2 nor duration of suctioning affected the gas exchange alterations induced

21 ution or adsorbed on a surface, are fixed by suction against the aperture of a microchanneled atomic

22 to irrigation of the peritoneal cavity over suction alone during laparoscopic appendectomy for perfo

23 zed trial comparing peritoneal irrigation to suction alone during laparoscopic appendectomy in childr

24 CI, 1.56-1.95 days) in patients with no deep suction and 2.35 days (2.10-2.62 days) in patients with

25 Impact of cardiotomy suction and antifibrinolytics on markers of brain injury

26 (steeping systems without aeration, with air suction and pressurised aeration) revealed that the hete

27 A fourth 15-mm port was utilized for suction and suture passage by a patient-side assistant.

28 f dog drinking (lapping) compared to humans (suction and/or retrieval of water into containers), it s

29 rgery, the liquids from the oral cavity were suctioned and collected into a sterile empty vial.

30 ment Instrument score of 4 to 15 after nasal suctioning and a trial of nebulized albuterol.

31 active chasing and feeding, i.e., skimming, suction, and engulfing with lunging [1].

32 res that include irrigation, tissue rubbing, suction, and even temporary removal of the endoscope for

33 h retreat along the Peruvian plate boundary, suction, and ridge subduction.

34 d by the kinetics of skin displacement after suction, and the delayed barrier recovery as measured by

35 inking techniques: active suction, capillary suction, and viscous dipping.

36 n, wound drain removal, wound care, tracheal suctioning, and femoral sheath removal.

37 ming lung recruiting maneuvers, endotracheal suctioning, and monitoring ventilator parameters.

38 upplies (eg, drugs, reliable oxygen sources, suction apparatus, circuits, and monitoring equipment) a

39 VAFC employs suction applied to a large polyurethane sponge under an

40 crodevice with physiological flow and cyclic suction applied to the side chambers to reproduce rhythm

41 Negative pressure (suction) applied through the pipette had no effect on th

42 y to receive deep suctioning, increased deep suction as a percentage of suction events was associated

43 notably advanced over the past century, from suction assisted lipectomy to techniques with reduced de

44 Here, we describe a suction-assisted endoscope for visualizing fluorescently

45 r a 10-day or 21-day period, with continuous suction at -50 mm Hg via a 7-cm diameter rubber-lined su

46 delayed untwisting, reduced left ventricular suction at rest and on exercise, and higher end-diastoli

47 (1/2), which accounts for the extra viscous "suction" at close proximity to the membrane surface.

48 nimization of gastric distension, subglottic suctioning, avoidance of ventilator circuit changes/mani

49 Here we show that transitions between suction-based and biting modes of prey capture, which re

50 se results were achieved using a superficial suction-based device; greater levels of weight loss coul

51 oint was not significantly different between suction-based extraction and control (21.4% vs 24.2%, re

52 bral embolic protection devices (n = 118 for suction-based extraction and n = 133 for intra-aortic fi

53 gnificant differences in mortality (3.4% for suction-based extraction vs 1.7% for control; and 2.3% f

54 Delirium at postoperative day 7 was 6.3% for suction-based extraction vs 15.3% for control (between-g

55 from CNS infarction at 7 days was 32.0% with suction-based extraction vs 33.3% with control (between-

56 5% for control) or clinical stroke (5.1% for suction-based extraction vs 5.8% for control; and 8.3% f

57 chronous chronic heart failure may attenuate suction, because regional relaxation and contraction ove

58 s high-flow oxygen therapy with frequency of suctioning being the indicator of readiness for decannul

59 on when water-immersed, negatively pressured suction bladders are triggered.

60 f STAT3 mutant neutrophils emigrating into a suction blister at 16 hours was the same as the percenta

61 Using dermal microdialysis, suction blister epidermal samples, and sweat collection,

62 Profiling lipid mediators in biopsies and suction blister fluid can support studies investigating

63 hingolipids, in human dermis, epidermis, and suction blister fluid.

64 is indicated a primarily epidermal origin of suction blister fluid.

65 Whole-genome microarray analysis of suction-blister epidermis obtained throughout the day re

66 Suction blistering captured epidermal and most immune ce

67 show that by using cutting-edge technology, suction blistering offers several advantages over conven

68 pathways between blister and biopsy AD, but suction blistering was superior in cell-specific resolut

69 We used skin suction blistering, a painless and nonscarring procedure

70 Cellular infiltrate was isolated by suction blisters and examined by flow cytometry.

71 Fluids from suction blisters formed on top of LPRs induced by using

72 assessed in fluids aspirated from epidermal suction blisters raised over EM lesions and skin of unin

73 obtained from fluid aspirated from epidermal suction blisters raised over secondary syphilis skin les

74 Suction blisters were created in Ze-NO-treated and contr

75 Suction blisters were induced in 1 subject, and exudate

76 Five eyes had suction breaks during the laser procedure that led to th

77 ray eel (Muraena retifera) overcomes reduced suction capacity by launching raptorial pharyngeal jaws

78 ify three nectar drinking techniques: active suction, capillary suction, and viscous dipping.

79 s, including changes in ventilator settings, suctioning, chest drains, positioning and physiotherapy.

80 d with NCD and less influenced by cardiotomy suction compared with S-100beta.

81 "Air Suction" could extremely shorten capture.

82 protruding linear electrode inside a plastic suction cup was used for ablation.

83 for delivering fluid, a video camera, and a suction cup) extends their capabilities.

84 We utilized suction cup-attached biologging tags equipped with stere

85 imagery collected at a similar time, and use suction-cup archival logger data to make an adjustment f

86 t -50 mm Hg via a 7-cm diameter rubber-lined suction-cup device.

87 Soil solution was sampled by micro suction cups from the undisturbed soil-root system once

88 ed on a structural protein produced in squid suction cups that has a segmented copolymer structure wi

89 position of individual roots relative to the suction cups was followed by X-ray computed tomography (

90 Water samples from drains, suction cups, and groundwater wells showed leaching of t

91 releg tarsi of males are equipped with large suction cups, believed to help holding the female during

92 Most abortions are done by suction curettage under local anesthesia in a freestandi

93 tion (strain) leading to reduced ventricular suction, delayed untwisting, and impaired early diastoli

94 A suction device was required in only 40 (32%) of the case

95 A linear suction device with a single 35-mm long and 6-mm wide pr

96 Nasal mucus was collected with a suction device, tryptically digested, and analyzed by us

97 ss index [BMI] <32 kg/m2), the use of closed suction drains, modifications of surgical technique, and

98 ics in which the pumping action results from suction due to elastic wave propagation in the heart tub

99 ponses to rapid changes in neck pressure and suction during steady state static exercise.

100 Complications included loss of suction during trephination (n = 2, 2.3%) and perforatio

101 lling by electrophoretic dye delivery from a suction electrode directly through the neuronal sheath o

102 ere normal in individual rods (recorded with suction electrode methods) from Cav-1 knock-out (KO) mic

103 ans-retinal electroretinogram or single-cell suction electrode recording displayed dark-adapted kinet

104 sour stimuli we developed a method in which suction electrode recording is combined with UV photolys

105 Suction electrode recordings from individual photorecept

106 Suction electrode recordings from individual rods indica

107 First, we used suction electrode recordings from single rods to compare

108 Suction electrode recordings from single rods were perfo

109 Suction electrode recordings revealed no difference in t

110 Flash responses measured by suction electrode recordings showed that cone arrestin r

111 s of Xenopus tadpole rods were measured with suction electrode recordings, and guanylate cyclase acti

112 ic measurements of pigment concentration and suction-electrode recording of electrical responses over

113 Suction-electrode recording of single rods from dark-rea

114 We have used suction-electrode recording to measure the early recepto

115 Suction-electrode recordings from single mouse rods show

116 The CAP amplitude was recorded using suction electrodes in isolated control and injured optic

117 des the inner segment photovoltages and with suction electrodes the outer segment photocurrents of La

118 Here, using suction electrodes to record light-dependent changes in

119 gle touch to the body wall and used multiple suction electrodes to record simultaneously the response

120 ad preparation with the brain removed, glass suction electrodes were used to stimulate nIV with train

121 ion (between 5 and 90 s) were recorded using suction electrodes.

122 the hospital perspective included subglottic suction endotracheal tubes, probiotics, and the Institut

123 e suctions with open probability rising with suction even in the presence of relevant enzyme inhibito

124 low cannula contact with the endocardium and suction events or ablation of specific anatomic origins

125 g, increased deep suction as a percentage of suction events was associated with increased LOS with a

126 sion and lapses greater than 4 hours between suctioning events were associated with longer LOS.

127 muscles, we measured the power required for suction expansion in largemouth bass and compared it to

128 ly contribute but were the primary source of suction expansion power and generated up to 95% of peak

129 may not be able to produce enough power for suction expansion.

130 : In C. caretta and L. kempii the ability to suction feed does not seem to be as well developed as th

131 When bmp4 is overexpressed in the obligate suction feeder Danio rerio, mandibular morphology exhibi

132 derived ichthyosauriforms, it was probably a suction feeder.

133 results provide the first rationale for why suction feeders typically pollinate flowers with lower s

134 ore varied morphologies than closely related suction feeders, and this pattern reflects the weakened

135 hat knifefish (Apteronotus albifrons) during suction feeding can produce millimeter-sized cavitation

136 g was preceded by raptorial feeding and that suction feeding evolved separately within a clade remove

137 inematics of S. stimpsoni with those for two suction feeding gobiids (Awaous guamensis and Lentipes c

138 been crucial for the evolution of high-power suction feeding in ray-finned fishes.

139 To determine whether suction feeding is powered primarily by axial muscles, w

140 Jaw protrusion substantially enhances the suction feeding mechanism found in all fish.

141 To understand what makes suction feeding possible on the small scale of bladderwo

142 he greatest differences between scraping and suction feeding taxa.

143 The key innovation of suction feeding with piercing mouthparts is identified a

144 nsus on when in the fish-tetrapod transition suction feeding, the primary method of prey capture in t

145 hewing to piercing mouthparts in relation to suction feeding.

146 lculate the instantaneous power required for suction feeding.

147 uscles could contribute substantial power to suction feeding.

148 Moray eels display much less effective suction-feeding abilities.

149 hesis suggests that teeth were lost during a suction-feeding stage of mysticete evolution and that ba

150 increase speed of jaw rotation for improved suction-feeding.

151 receiver cells, we present a high-throughput suction-flow device for probing mechanosensitive ion cha

152 er, bladderworts' ability to generate strong suction flows comes at considerable energetic expense.

153 of bladderwort traps, we characterised their suction flows experimentally (using particle image veloc

154 Bladderwort traps generate much stronger suction flows than larval fish with similar gape sizes b

155 the generation of fast and energy-efficient suction flows.

156 min after, and then every 2 mins after open suctioning for 30 mins.

157 Basing the decision to decannulate on suctioning frequency plus continuous high-flow oxygen th

158 using rapid pulses of neck pressure and neck suction from +40 to -80 mmHg, while heart rate (HR), mea

159 bleeding (blood volume between 60 and 250 mL suctioned from the thoracic cavity in a period of 5 minu

160 the calculation points corresponding to the suctions from 100 cm to 1000 cm.

161 wipe group and 50 (6) breaths per min in the suction group (difference of means 1 breath per min, 95%

162 th a bulb syringe of the mouth and nostrils (suction group).

163 e authors fashioned an 18-gauge experimental suction guide needle and evaluated the incidence of pneu

164 exchange alterations induced by endotracheal suction, high levels of PEEP can help to avoid the assoc

165 s an alternative method to oronasopharyngeal suction in delivery-room management of neonates, but whe

166 efficacy to routine use of oronasopharyngeal suction in neonates born at or beyond 35 weeks' gestatio

167 nstead of the singularity point at air-entry suction in the pore-solid fractal (PSF) model, which add

168 cs of particular interest include the use of suction in the presence of both clear and meconium-stain

169 hypercarbia occurs following the use of open suctioning in lung lavage injured sheep and whether the

170 admitted with bronchiolitis, the use of deep suctioning in the first 24 hours after admission and lap

171 rse weighting for propensity to receive deep suctioning, increased deep suction as a percentage of su

172 Knifefish may use this powerful suction-induced cavitation to cause physical damage on p

173 istinguish proximal (propulsion) and distal (suction) influences on coronary blood flow and is purpor

174 separation from the cytosol during vigorous suction into a capillary tube.

175 past, treatment has consisted of nasogastric suction, intravenous fluids, correction of electrolyte a

176 A battery-powered laparoscopic suction/irrigator was used in all cases.

177 motic downshocks, but because 1.8 times more suction is required to gate MscL than YggB under patch c

178 Suction is transmitted upstream, allowing fluid to be dr

179 ts intubated with endotracheal tubes (ETTs), suctioning is routinely performed to remove mucus from w

180 es than one based on the frequency of airway suctioning is unclear.

181 ed with a Hi-Lo Evac, Mallinckrodt ETT (CASS suction kept at < or =20 mm Hg).

182 An increased number of suctioning lapses was also associated with increased LOS

183 During suctioning, layers 1, 2, and 3 showed a negative change

184 t 60 deg, 10 min combined HUT and lower body suction (LBNP) at -20 mmHg followed by LBNP at -40 mmHg.

185 ation, breast reduction, abdominoplasty, and suction lipectomy.

186 , posterior capsule rupture (3 eyes, 0.27%), suction loss (5 eyes, 0.45%), iris hemorrhage (1 eye, 0.

187 ed distance visual acuity, the occurrence of suction loss during the procedure, and the need for enha

188 gmatism more than 3.00 D, and intraoperative suction loss were significant risk factors for enhanceme

189 cedure was aborted because of intraoperative suction loss.

190 matism, and the occurrence of intraoperative suction loss.

191 loss was -9.8 (-3.0 mL/kg) during the first suctioning maneuver, -16.1 (-5.4 mL/kg) during the secon

192 mechanical ventilation during a standardized suctioning maneuver, we evaluated regional and global re

193 hanical ventilation remained unchanged after suctioning (mean change in relative DeltaZ before vs. af

194 on their anterior bodies using leading-edge suction mechanics, much like an airfoil.

195 t hydrodynamic constraints on the ubiquitous suction mechanism in first-feeding larvae limit their ab

196 Most bony fishes rely on suction mechanisms to capture and transport prey.

197 tical tissue, and individually loaded onto a suction micropipette.

198 ntraoperative complications included loss of suction (n = 1) and perforation (n = 4).

199 suctioning were randomly assigned to undergo suctioning (n = 170, group 1) or not (n = 182, group 2).

200 Neither the duration of suctioning nor the baseline level of CO2 had an importan

201 ng 5 s pulses of neck pressure (NP) and neck suction (NS) from +40 to -80 Torr (+5.33 to -10.67 kPa).

202 ng 5 s pulses of neck pressure (NP) and neck suction (NS) from +40 to -80 Torr, while transfer functi

203 using the rapid neck pressure (NP) and neck suction (NS) protocol.

204 500 ms) train of neck pressure (NP) and neck suction (NS) ranging from +40 to -80 Torr.

205 roreceptor input: neck pressure (NP) or neck suction (NS).

206 +40 Torr neck pressure (NP) to -80 Torr neck suction (NS).

207 ses of neck pressure (NP, +35 Torr) and neck suction (NS, -80 Torr).

208 (NP, simulated carotid hypotension) and neck suction (NS, simulated carotid hypertension) will decrea

209 5; 95% CI, 1.14-2.69) or who received airway suctioning (odds ratio, 1.66; 95% CI, 1.23-2.25), noninv

210 ich a low-pressure zone is equivalent to the suction of convective downwellings.

211 o confirm the effect of subglottic secretion suctioning on ventilator-associated pneumonia prevalence

212 erence in abscess rate, which was 19.1% with suction only and 18.3% with irrigation (P = 1.0).

213 perative time was 38.7 +/- 14.9 minutes with suction only and 42.8 +/- 16.7 minutes with irrigation (

214 tion of hospitalization was 5.5 +/- 3.0 with suction only and 5.4 +/- 2.7 days with group (P = 0.93).

215 n with a minimum of 500 mL normal saline, or suction only during laparoscopic appendectomy.

216 e necessary in one case (0.9%) randomized to suction only.

217 This suction opens the inlet valve and is required for fillin

218 methods (high-volume evacuators, low volume suction, or none), the methods of microbial sampling (pe

219 n response to application of focal pressure, suction, or osmotic challenge.

220 saturation and the recovery of PO2 following suctioning (p < .05).

221 ctional residual capacity after endotracheal suctioning, patients profiting from a consecutive recrui

222 er group was inadvertently inoculated with a suction pen previously used with high inocula, but rinse

223 a2+]i by making simultaneous measurements of suction pipette current and [Ca2+]i from isolated rods o

224 We parameterized the model with respect to suction pipette current recordings from single cells sti

225 ying simultaneous whole-cell patch-clamp and suction pipette recording revealed that both the fast an

226 single-cell level as observed by single-cell suction pipette recordings.

227 th the outer segment drawn part way into the suction pipette, presentation of flashes to the base of

228 Here we used suction-pipette recordings from isolated ORNs of OMP(-/-

229 Because suction plays a major role in fluid entry to the lymphat

230 acheal tube suctioning treatment or standard suctioning plus Mucus Shaver use until extubation.

231 rent degrees of severity at the level of the suction port of the ETT.

232 e Mucus Slurper is a novel ETT with built-in suction ports arranged radially at its tip.

233 al tissue motion safely and effectively at a suction pressure of 50 mm Hg.

234 To maintain flow rate of 60L/min, suction pressure of around 20-cmH2O for Diskus((R)) and

235 de definitive evidence for the existence of 'suction pressure' in collecting lymphatic vessels, which

236 ind inspiratory resistances by calculation (=suction pressure/flow rate) at each flow rate.

237 f elastic energy ensures strong and constant suction pressure; the trap door's fast opening ensures e

238 at 6, 30, 60, 90, and 120L/min, we read off suction pressures and find inspiratory resistances by ca

239 because of the traps' considerably stronger suction pressures.

240 eeping flow by generating strong, fast-onset suction pressures.

241 from a small boat, and the small size of the suction probe allows the determination of dissolved gase

242 Patients received a standard suctioning procedure with disconnection of the ventilato

243 ive transmural pressure is required for this suction, providing the energy required to reopen the ves

244 heart, the HH17 AV segment functions like a suction pump, with the cushions expanding in a wave duri

245 rough monolithic systems of pinch valves and suction pumps for purging of sweat as a reset mechanism

246 cient mouse rods was measured by single-cell suction recordings.

247 Subglottic secretion suctioning resulted in a significant reduction of ventil

248 h whole plant inspections, pitfall traps and suction sampler.

249 before and 11.8 +/- 6.9 mL.cm H2O after the suctioning sequence (p = .90).

250 Cardiotomy suction significantly elevated S-100b levels, whereas NS

251 ease when fish initiate bursts closer to the suction source where flow velocity is higher.

252 ensors play a role in detecting a continuous suction source.

253 ation); circuit prophylactic methods (closed suctioning systems, early tracheotomy, aerosolized antib

254 is study, the advanced technique of TDC with suction (TDCS) was developed to reduce the consumption a

255 tained with slow-pull (SP) and with standard suction technique (SS).

256 tive Interdecadal Pacific Oscillation, Ekman suction that results in warmer water being moved upward

257 g ensures effectively instantaneous onset of suction; the short channel leading into the trap ensures

258 r surfaces to generate forward thrust (i.e., suction thrust).

259 Most aquatic vertebrates use suction to capture food, relying on rapid expansion of t

260 of spontaneous breathing, 30 mmHg lower body suction to simulate standing in space, and 10 min of 60

261 nnel activity was also increased by applying suction to the patch pipette or by dilution of the bathi

262 Applying moderate suction to the pipette flattens the membrane, reducing t

263 ttle missions, with graded neck pressure and suction, to elicit sigmoid, vagally mediated carotid bar

264 Slurper, compared with conventional tracheal suction, to prevent airway obstruction in sheep with the

265 llected in the fields and in the 12.2 m high suction trap at Rothamsted, and there were many widespre

266 The suction trap genotypes sample were slightly different fr

267 n the unique 50-year data set amassed by the suction trap network run by the Rothamsted Insect Survey

268 Insect Survey (RIS) runs a network of 12.2-m suction-traps throughout the year to collect migrating a

269 bation to receive standard endotracheal tube suctioning treatment or standard suctioning plus Mucus S

270 A suction tube with a diameter of 2 to 3 mm stabilizes the

271 e intubation success, including upper airway suctioning (used in 43% of attempts resulting in success

272 ctions for different textured soils when the suction values were >/=100 cm.

273 The equipment needed to provide suction, ventilation, and reintubation should be readily

274 al in POTS before training, though diastolic suction was impaired (P = 0.023).

275 In 0.8% (14 eyes), suction was lost during surgery.

276 In the control group, tracheal suction was performed every 6 hrs or as required.

277 n or bleb formation: channel inactivation by suction was readily reversible, stable over tens of minu

278 Open suctioning was performed on each animal.

279 After PAVR, despite a fall in basal suction wave (1.9+/-0.3 versus 1.1+/-0.1x10(-5) W . m(-2

280 The dominant backward-traveling suction wave (18.2+/-13.7 x 10(3) W m(-2)s(-1), 30%) was

281 s, we calculated the intracoronary diastolic suction wave (the principal accelerator of coronary bloo

282 forward-traveling pushing wave; and later a suction wave caused by relief of myocardial microcircula

283 hen heart rate rises, the coronary diastolic suction wave decreases.

284 Before PAVR, the basal myocardial suction wave intensity was 1.9+/-0.3x10(-5) W . m(-2) .

285 In LVH, the dominant backward-traveling suction wave percentage was significantly decreased (33.

286 improving LV relaxation, might increase this suction wave, improving coronary flow.

287 compression-the dominant backward-traveling suction wave.

288 stolic function confirming the origin of the suction wave.

289 s in diastole because of the dominance of a "suction" wave generated by myocardial microcirculatory d

290 mined by a backward-traveling decompression (suction) wave in diastole.

291 ity of the diastolic backward decompression (suction) wave increased by 26% (18%-54%) (P=0.005).

292 e dominant diastolic backward decompression (suction) wave.

293 ic coronary backward-traveling expansion, or suction, wave on second exercise (P<0.05), indicating im

294 rebral blood flow velocity during lower body suction were significant before spaceflight (P < 0.05, r

295 n (+/- S.E.M.) heart rates before lower body suction were similar pre-flight and in flight.

296 tracheal secretions collected during routine suctioning were assayed for pepsin; of these, 31.3% were

297 tracheal tube allowing subglottic secretion suctioning were randomly assigned to undergo suctioning

298 that it captured prey primarily by means of suction, which suggests that it may have bitten directly

299 dent), and nose with a towel (wipe group) or suction with a bulb syringe of the mouth and nostrils (s

300 V4 can be activated by tens of mm Hg pipette suctions with open probability rising with suction even