ライフサイエンスコーパス: injector

1 oss-style injector, termed the "desegmenting injector".

2 by electroosmotic flow, termed the "discrete injector".

3 % had not been prescribed an adrenaline auto-injector.

4 2011 after the introduction of the automatic injector.

5 010 before the introduction of the automatic injector.

6 ny intrawound rotational manipulation of the injector.

7 ls, using a home-built electromagnetic pulse injector.

8 uperior quadrants using a specially designed injector.

9 resolution compared to our previous T-shaped injector.

10 o the results obtained from the static-split injector.

11 UHPLC system to develop has been the sample injector.

12 nel leading from the sample reservoir to the injector.

13 pulse micropump, and a multilevel cross-flow injector.

14 e transient fuel sprays from a high-pressure injector.

15 fully automated mode by using an autosampler injector.

16 r, which allows the channel to act as a Ca2+ injector.

17 ure of 40 degrees C, and a 100-micron twin-T injector.

18 r technical difficulties with the biosimilar injector.

19 less crack formation than the single needle injector.

20 nts (17%) were prescribed an adrenaline auto injector.

21 needle and syringe or disposable-syringe jet injector.

22 ing a Lorentz-force actuated needle-free jet injector.

23 cid methyl esters in the gas chromatographic injector.

24 ould be achieved by using the PDMS microchip injector.

25 wind in the circumferential direction of the injector.

26 d found to be chemically compatible with the injector.

27 appropriate, prescribing an adrenaline auto-injector.

28 ed using a programmed temperature-vaporizing injector.

29 or example, the prevalence of HIV among drug injectors.

30 neity through the thicknesses of the holmium injectors.

31 ers in the aluminium layer using tunnel spin injectors.

32 HCV will likely remain hyperendemic in drug injectors.

33 ion, but not in HAM-D improvement among drug injectors.

34 r to and following the set of eight parallel injectors.

35 herwise be impossible using conventional tee injectors.

36 educed backflow and crack formation for both injectors.

37 injected with EC-ethanol iohexol using both injectors.

38 tron lasers and synchrotron radiation source injectors.

39 apsulated with hBN and contacted via 1D spin injectors.

40 0 mg), for 30 weeks via prefilled PDS290 pen-injectors.

41 edications that may include epinephrine auto-injectors.

42 njectors having equal contact with all other injectors.

43 different offset lengths of a double-T cross-injector, 10 different applied voltages, and 2 different

44 29% of participants remained persistent drug injectors, 20% ceased injection, 14% relapsed once, and

45 t-medium-only protocol with a single-syringe injector; 25 were injected by using a biphasic protocol

46 sisting of a 1 muL automatic internal sample injector, a postinjection splitter with 1:10 splitting r

47 s, and (2) evaluated two speculum-compatible injectors: a custom single needle injector and an extend

48 ither a 150 mug or a 300 mug adrenaline auto-injector (AAI) device depending upon the patient's weigh

49 s for the prescription of an adrenaline auto-injector (AAI), and to discuss other forms of medication

50 to emergency treatments like adrenaline auto-injectors (AAIs).

51 k patients are provided with adrenaline auto-injectors (AAIs).

52 ntial training for emergency adrenaline auto-injector administration alone provides an inadequate saf

53 The injector allows reproducible injections as small as 180

54 Delivering multiple samples to multiple injectors allows the autosampler time to complete its wa

55 tions were observed with a 250-micron twin-T injector, an injection time of 60 s, and a temperature o

56 device has a ferromagnet electrode as a spin injector and a spin Hall detector.

57 The combined use of a power injector and a timing examination improved S/Ns and C/Ns

58 ders of magnitude higher than a conventional injector and accelerator system can deliver.

59 compatible injectors: a custom single needle injector and an extender injector, assembled from off-th

60 g a split-bolus protocol with a dual-syringe injector and an initial bolus of contrast medium followe

61 gency management plan and an adrenaline auto-injector and educated to its use.

62 rotron beamline equipped with high-viscosity injector and high frame-rate detector allows typical cry

63 integrated with a very low volume stop-flow injector and mixing tee.

64 where the haptics emerged "folded" from the injector and quickly recovered their pre-implantation ap

65 The timing of injections from the stimulus injector and the cycle time for the HPLC monitoring of t

66 designed with a strong-coupling between the injector and the upper lasing level for high internal qu

67 dged unnecessary, as well as adrenaline auto-injector and venom immunotherapy prescription.

68 dministration: 31.3 per 100 person-years for injectors and 2.8 per 100 person-years for noninjectors

69 by using two quantum point contacts as spin injectors and detectors.

70 Current treatment options (epinephrine auto-injectors and manual intramuscular injection) are consid

71 cations as nanoscale spin-polarized electron injectors and molecular wires.

72 idence of heroin use were very different for injectors and noninjectors: Incidence among injectors se

73 seen with prescribing junior adrenaline auto-injectors and oral antibiotics.

74 zation with o-phthaldialdehyde, a flow-gated injector, and a separation channel.

75 the degree of intrawound manipulation of the injector, and the time required to satisfactorily delive

76 cs simulations to online control of the LCLS injector, and transferring knowledge gained from experim

77 axis, who were prescribed an adrenaline auto-injector, and who were allergic to hen's eggs, cow milk,

78 , 2-group, placebo-controlled, participant-, injector-, and assessor-blinded clinical trial enrolled

79 sing a biphasic protocol with a dual-syringe injector; and 25 were injected by using a split-bolus pr

80 al, fluid-contacting materials in this valve injector are composed of ceramics and PEEK (polyethereth

81 New cartridge injectors are increasing in popularity because of their

82 e their long history, needle-free liquid jet injectors are not commonly used as a result of frequent

83 However, current jet injectors are not designed to maintain shallow dermal pe

84 Automated power injectors are used to administer contrast media.

85 rray injectors in place of traditional cross injectors are used to demonstrate gated injection with a

86 rgency delivery, such as pumps and automated injectors, are limited by the low stability of liquid fo

87 ossessed registrations as an adrenaline self-injector (ASJ), and timing of adrenaline administration

88 ustom single needle injector and an extender injector, assembled from off-the-shelf components, to de

89 needle and syringe or disposable-syringe jet injector at a second visit.

90 e of Fluid (VOF) method is used to model the injector at different air-to-liquid mass flow rate ratio

91 s achieved for the first time inside a steel injector at engine-like operating conditions.

92 illiliter of iopamidol by using a mechanical injector at increasing flow rates until the catheter fai

93 is therefore recommended that the choice of injector be matched to the size of the corneal incision.

94 Split-face, patient- and injector-blinded randomized clinical trial at the dermat

95 y photon flux is attenuated within the steel injector body itself, we are posed with a unique challen

96 The design of this simple and effective injector can be adapted for a broad variety of clinical

97 A mixing injector can now be produced from raw components in 100

98 We demonstrate that the injector can reliably deliver liquids to the suprachoroi

99 serial crystallography using high-viscosity injectors can also be routinely employed for room-temper

100 Further research on how HCV treatment for injectors can be scaled up and its impact on prevalence

101 rough which muscimol could be infused via an injector cannula.

102 Here we present an orally dosed liquid auto-injector capable of delivering up to 4-mg doses of a bio

103 er of magnitude over our previously designed injector capsules and up to two orders of magnitude over

104 rting of the experiments, including possible injector carry-over and lack of quality assurance/qualit

105 The injectors' characteristics were measured and correlated

106 ue to fat residues, such as dirtiness in the injector, column clogging or overlapping peaks.

107 The automatic injector combined with 24-h video and electroencephalogr

108 e device incorporated a micropreconcentrator/injector, commercial columns, micro-Deans switches, micr

109 t influenza vaccine given by needle-free jet injector compared with needle and syringe.

110 needle and syringe or disposable-syringe jet injector compromises the immunity generated, although it

111 uirements on hardware such as pumps, valves, injectors, connecting tubing, and columns.

112 s made using fast LC with the segmented flow injector correlated well with measurements made using a

113 Pulsed microjet injectors could be used to deliver drugs for local as we

114 rbon nanotubes as test tubes, and an 'atomic injector' coupled with aberration-corrected transmission

115 Three 2 MW, 160 kV hydrogen neutral beam injectors create a large population of well-confined, hi

116 Each injector created a different level of stress on the corn

117 etermined using the Heidelberg score for IOL injector damage.

118 ush away stagnant sample associated with the injector dead volume.

119 The injector design was optimized to include a pushback chan

120 The Stratis needle-free jet injector device could be used as an alternative method o

121 onse to influenza vaccine given with the jet injector device was non-inferior to the immune response

122 Provision of adrenaline auto-injector devices and education on how and when to use th

123 tradermal fIPV with a disposable syringe jet injector (DSJI) or an intradermal adaptor (IDA) compared

124 xis nor being prescribed an epinephrine auto-injector (EAI) contributed to impairment of HRQL.

125 ile 94% of patients took an epinephrine auto-injector (EAI) into risky situations, only 65% took it i

126 ish the trend of prescribed epinephrine auto-injectors (EAI) among paediatric populations.

127 n managing anaphylaxis, but epinephrine auto-injectors (EAIs) are underutilized by patients and their

128 This in-column injector employs a photopolymerized oligonucleotide-modi

129 rous C18 particles operated at 5 mL/min, the injector enabled separation of 3 components at 1 s/sampl

130 is commonly formed in the near field of the injector exit by the vane swirler and used to stabilize

131 ly(dimethylsiloxane) (PDMS) microchip sample injector featuring a pneumatic microvalve that separates

132 -control study of HCV seroconversion in drug injectors, focusing on transmission within networks.

133 work, we report the development of a droplet injector for capillary electrophoresis (CE) which delive

134 We describe a concentric-flow electrokinetic injector for efficiently delivering microcrystals for se

135 trap functioned as a nanoconcentrator and an injector for gas chromatography (GC).

136 A six-port loop injector for introducing stimulating solutions (stimulus

137 receive the Tan EndoGlide or the EndoSerter injector for lenticule insertion.

138 avidin-modified photopolymerized capture gel injector for microchip capillary electrophoresis (microC

139 ity received the recommended adrenaline auto-injector for self-administration at discharge.

140 or early laryngeal oedema and an epinephrine injector for severe reactions) but provision of this tre

141 ve, completely mechanical and cost-effective injector for targeting tissue reliably and precisely.

142 to serve as an in situ and local polysulfide injector for the activation of commercial Li(2)S (70 wt%

143 The microchannel plate features a novel injector for uniform sieving matrix loading as well as h

144 The DIHEN offers optimal sensitivity at low injector gas flow rates (approximately 0.25 L/min) and h

145 It was found that a 250 microm double-T injector gave a 35% increase in peak signal compared to

146 Microcapillary injector geometries are being designed to allow increase

147 ethod to reveal the relationship between the injector geometry and the in-nozzle cavitation quantitat

148 serum samples were included (575 in the jet injector group and 574 in the needle and syringe group).

149 The jet injector group met the geometric mean titre criterion fo

150 The jet injector group met the seroconversion rate criterion for

151 The immune response of the jet injector group was regarded as non-inferior to that of t

152 Persistent injectors had the shortest follow-up and the highest mor

153 ice with an efficient in-line affinity-based injector has been developed for genetic analysis.

154 A high-pressure (> 3 MPa) on-chip injector has been developed for microchip applications i

155 lly available, remotely controlled automatic injector has been used in the pediatric epilepsy unit in

156 ns, where 5% of the clients are at any time, injectors have less access to harm reduction measures th

157 radermal adapters and disposable-syringe jet injectors, have also been developed and evaluated as alt

158 hematical models assume perfect mixing, with injectors having equal contact with all other injectors.

159 Here, we present cross and tee injectors having narrow sample channels.

160 The injector holder is designed to be flexible, allowing eac

161 three 10.0-F Leonard catheters with a power injector in an in vitro study.

162 sing a programmable temperature vaporization injector in place of a rotary valve or backflush system

163 e of ictal injection by use of the automatic injector in the pediatric population.

164 tified as having received a 150 mug strength injector in their most recent AAI prescription; of these

165 More rapid onset of HCV infection in drug injectors in developing/transitional countries resembles

166 ally available liners and fits into standard injectors in place of the normal liners without any need

167 , using 200-nm pore-diameter capillary array injectors in place of traditional cross injectors are us

168 rate of doctors prescribing adrenaline auto-injectors in the ED setting underlines the need to train

169 red with microdialysis probes in the NAc and injectors in the PVN.

170 jector system were the sum of scores for all injectors in this model.

171 study randomized 202 long-term street opioid injectors in Vancouver, British Columbia, Canada.

172 omising pathway for optimizing flow-blurring injectors in various applications.

173 and used to compare 7 commercially available injectors in widespread clinical use.

174 bability of injection cessation among active injectors, independent of individual characteristics and

175 owed inside the entire torch, i.e., from the injector inlet up to the ionization and reaching the sam

176 ding the beads into a gas chromatograph (GC) injector insert for subsequent desorption of the collect

177 Using the narrow sample channel tee injector instead of conventional cross and double-tee in

178 70%) using the ACIST CVi automated contrast injector (iopamidol; left coronary: rate of 4 mL/s, volu

179 The mechanical injector is implemented using in situ photopolymerizatio

180 If an adrenaline auto-injector is prescribed, education on when and how to use

181 njection valve assembly showed that this new injector is suitable for both isocratic and gradient ope

182 The injector is unique among polymer-based valves as it func

183 The jet injector is used to first inject a small volume of physi

184 to distinct migrating populations within the injector itself.

185 s for microcrystals in solution using liquid injectors, LCP-SFX reduces protein consumption by 2-3 or

186 The main advantage of using this injector lies in the fact that it does not involve time-

187 pensive modification to a gas chromatography injector liner is reported that facilitates continuous a

188 concentration either directly in the sample injector loop or within the microchannel leading from th

189 nse to Afluria when given by needle-free jet injector met the criteria for non-inferiority for all si

190 columns, micro-Deans switches, microthermal injectors, microphotoionization detectors, data acquisit

191 tudy METHODS: The nozzle tip damage of three injector models (Emerald, iTec, and Simplicity) was dete

192 Although different injector models exhibited varying degrees of damage to t

193 ing degrees of damage to the nozzle tip, all injector models generally showed relatively good results

194 Newer generations of IOL injector models tend to perform better in terms of nozzl

195 The tip angle for three injector models was 35 degrees (Emerald), 45 degrees (iT

196 For six preloaded injectors: multiSert (Hoya Surgical Optics) [System 1],

197 ts to receive vaccination by needle-free jet injector (n=627) or needle and syringe (n=623).

198 Study data comparing opioid-dependent daily injectors (N=1167) with opioid misusers who never progre

199 ction loop using a conventional autosampler (injector) needle pickup from a sample vial.

200 ed in Greece (2013-2015) and focused on drug injector networks.

201 Using a double-tee injector, no precise voltage control of the electrolyte

202 the options for many long-term street opioid injectors not attracted into or retained in available tr

203 a a deactivated fused silica capillary to an injector of a gas chromatograph.

204 derivatized amino acids into the flow-gated injector of a high-speed capillary electrophoresis-laser

205 dence interval: 0.33, 0.67) and higher among injectors of methamphetamine (adjusted prevalence ratio

206 focused in particular on the so-called "jet injectors," of which one of the most valid representativ

207 ated separation channels connected to sample injectors on the perimeter of the 10-cm-diameter wafer.

208 The injector operated robustly over 60 days and over 1000 in

209 ametric computational investigation of an FB injector operating with air and various liquids at ambie

210 ed into the fast-GC module using a common GC injector or any GC x GC modulator.

211 nated by intradermal injection using the jet injector or subcutaneous needle injection exhibited comp

212 ce prescribing of paediatric adrenaline auto-injectors or anti-reflux medications, or maternal featur

213 eceive protease inhibitors were current drug injectors (OR, 0.5; 95% CI, 0.3-1.0) and those recently

214 eation of drug courts to keep offending drug injectors out of prison might help to reduce transmissio

215 The participant, injector, outcome assessor, and statistician were blinde

216 Scotland's IDUs, using over 2,500 anonymous injector participants who were interviewed in Scotland's

217 30 min after symptom onset, adrenaline auto-injector prescription is a necessity.

218 Additionally, the extender injector produced significantly less crack formation tha

219 actuated, the luminal unfolding microneedle injector provided a faster pharmacokinetic uptake profil

220 hila with P. aeruginosa: needle-pricking and injector-pumping.

221 hese categories respectively found that meth injectors reported higher prevalence of new sex partners

222 ns during intraocular lens implantation by 7 injectors revealed different levels of induced stress on

223 n margins, and its level correlated with the injector's external circumference.

224 correlated with in-situ imaging of the fuel injector's hydraulically-actuated valve (needle).

225 tect recent infections, TRIP classified drug injector "Seeds" into groups: Recent Seeds (RS), and Con

226 injectors and noninjectors: Incidence among injectors seemed to be stable, while in noninjectors it

227 the operator pushes the syringe plunger, the injector senses the loss-of-resistance on encountering a

228 by two common problems: the relatively large injector size and volume of injected fluid, and poor con

229 ation temperature, channel length and depth, injector size, and injection parameters were optimized.

230 n parameters such as selectivity, diffusion, injector size, device length, and channel folding was in

231 amide (LPA) were used to optimize the twin-T injector size, injection conditions, and temperature.

232 ency virus (HIV)-1 seroprevalence among drug injectors stabilizes at 30-70% for many years without se

233 ither intramuscularly with a needle-free jet injector (Stratis; PharmaJet, Golden, CO, USA) or with n

234 y achieved through cross, double-tee, or tee injector structures.

235 Among 767 drug injectors studied in 1991-1993, during a period of stabl

236 latively heavy n-type doping in the electron injectors substantially reduces the threshold current an

237 theoretical plates, although analysis of the injector suggested that improvements may be possible.

238 oping semiconductors as the external carrier injectors surrounding the legs is developed.

239 ance and clinical usefulness of an automated injector system (AIS) that administers an automated inje

240 A closed-loop naloxone injector system has the potential to complement existing

241 we present a new method for fabricating the injector system that leads to simpler, faster, and more

242 We report a closed-loop wearable injector system that measures respiration and apneic mot

243 Here, a droplet injector system was established that replaces the autosa

244 The total scores for each injector system were the sum of scores for all injectors

245 Total scores of the three injector systems were evaluated and compared.

246 The injector temperature and gas flow rates are adjusted to

247 at is directed to a microfluidic cross-style injector, termed the "desegmenting injector".

248 In the hot injector, the analytes collected on the NTD were thermal

249 instead of conventional cross and double-tee injectors, the number of reservoirs in multiplexed syste

250 Unlike the traditional cross-injector, this method enables efficient capture and inje

251 cting insulin without a needle employs a jet injector to administer a high-pressure stream of medicat

252 We used the injector to analyze microcrystals of Geobacillus stearot

253 Here we utilize a modified needle-free injector to deliver immunizations to the sublingual and

254 approximately 5 micros) between exiting the injector to intersecting with the X-ray beam, our result

255 tate cooler and pneumatically driven syringe injector to measure cardiac output once per minute.

256 advice is poor--doctors give an epinephrine injector to patients, without training or advice on nut

257 t) was installed in between eluent mixer and injector to reduce contamination.

258 ample in a 4 mL reactor coupled with a GC-MS injector to simulate on line in situ derivatization-vola

259 e samples to be transferred from the AS loop injector to the nanoscale column at flow rates up to 5 m

260 ate reader equipped with software-controlled injectors to deliver a reproducible mechanical stimulus

261 oup education; the CG received standard auto-injector training only.

262 ntric spray chamber, and released through an injector tube with a diameter of 1 mm such that a LIBS p

263 3% allergic participants reported adrenaline injector usage.

264 ith food allergy, trained in adrenaline auto-injector use, were recruited from a hospital-based paedi

265 the efficiency and robustness of the mixing injectors used to initiate the reaction and propel the s

266 ection analysis without an external pump and injector valve.

267 trometric detection using the segmented flow injector was applied to a screen of inhibitors of a cyto

268 BsAg) using a novel real-time controlled jet injector was assessed by comparison with intradermal and

269 adient generator integrated with a stop-flow injector was developed and evaluated using an on-column

270 indicated an extravasation event, the power injector was set into a pause mode.

271 In 15 inpatients, a power injector was used and a timing examination was performed

272 A 30-gauge prototype injector was used to attach a shape memory nitinol clip

273 A triple-barrel micropipet injector was used to exogenously apply three different c

274 introducing stimulating solutions (stimulus injector) was placed in-line between the syringe pump an

275 solely by voltage control (no pumps, values, injectors), we adapted the original protein electrophore

276 suggest that while handling adrenaline auto-injectors, we should keep in mind the possibility of acc

277 d microscopy, DNA sample profiles within the injector were analyzed by deconvolving the geometrical i

278 and mixing with air with an automotive fuel injector were performed at temperatures sufficiently low

279 e active GCC and the passive Stiletto needle injector were readily visualized.

280 The virtues of the novel injectors were demonstrated with poly(dimethylsiloxane)-

281 Needle-free liquid jet injectors were invented >50 years ago for the delivery o

282 Adrenaline auto-injectors were prescribed to 84 patients.

283 le, termed the luminal unfolding microneedle injector, which allows for the oral delivery of biologic

284 in peak signal compared to a straight-cross injector, which is less than expected based on injected

285 lts guided development of a custom hand-held injector, which was used to locate and ablate the upper

286 ugs can be delivered transdermally using jet injectors, which can be an advantageous route compared t

287 ipette by means of a pressure-driven droplet injector with 1% reliability in volume delivery.

288 travenous cannula and connected to the power injector with a cable to monitor electrical skin impedan

289 formance of cFFR using an automated contrast injector with a standardized volume and rate of delivery

290 Using a cross injector with reduced sample channel width, resolution,

291 ce are obtained by replacing the F8 electron injector with ZnO, which is directly deposited onto the

292 od resolution can also be obtained using tee injectors with narrow sample channels, which would other

293 ribe the interface of XFEL compatible mixing injectors with rapid freeze-quenching and X-band EPR spe

294 atitis C virus (HCV) is hyperendemic in drug injectors, yet social structural and behavioral factors