ライフサイエンスコーパス: upright

1 h T cells and peptide on the apical surface (upright).

2 prises acrocyanosis and dependent edema when upright).

3 l direction, and the front teeth become more upright.

4 ius and soleus while five participants stood upright.

5 supramolecules to be oriented preferentially upright.

6 does prevent the normal lowering of ICP when upright.

7 cardiac output, especially when patients are upright.

8 were measured with patients both supine and upright.

9 relationships that are essential to standing upright.

10 the E5 helix was found to be inserted almost upright.

11 onally by -21.1 degrees when the patient was upright.

12 with CIPA failed to maintain blood pressure upright.

13 re normal and increased when the patient was upright.

14 hat the peptide is largely alpha-helical and upright.

15 We found that MSNA increased from supine to upright (17+/-8 (S.D.) versus 38+/-12 bursts min-1; P<0.

16 oreflex sensitivity increased from supine to upright (-292+/-180 versus -718+/-362 units beat-1 mmHg-

17 in the total [98.7 s vs 12.6 s (p < 0.01)], upright [58.6 s vs 13.1 s (p < 0.01)], and recumbent pos

18 Subjects were upright 80 degrees for 30 min or until syncope.

19 The more upright adsorption geometry of the porphyrins bearing th

20 after both treatments (both P < 0.05), while upright aldosterone was greater after hydrochlorothiazid

21 Bacteria stood upright and "walked" with trajectories optimized for two

22 Olfaction was tested for all subjects in upright and 6 degrees head-down tilt positions using two

23 increased appropriately when the patient was upright and after furosemide-induced volume depletion.

24 Here, we use upright and inverted cell culture configurations to show

25 Using results from both upright and inverted cultures, we propose that nanoparti

26 and Kanwisher (this issue of Neuron) altered upright and inverted face and house characteristics duri

27 mined fetal head turns to visually presented upright and inverted face-like stimuli.

28 ine condition with schematic house adaptors, upright and inverted schematic faces adapted the N170 to

29 ower Ca(2+) concentration alternated between upright and lying-down conformations, where the latter i

30 he monkey in different spatial orientations (upright and rolled left/right ear down) and then compare

31 tion dimensions with observers oriented both upright and side-down relative to gravity.

32 With the head upright and stationary, ocular torsion is confined by Li

33 AAS included an upright chest radiograph and upright and supine abdominal radiographs.

34 nge in the degree of vertical deviation with upright and supine head position.

35 CA, new automated quantification of combined upright and supine HS-SPECT shows high diagnostic accura

36 Reference limits for upright and supine HS-SPECT were created from studies of

37 We studied 142 patients undergoing upright and supine HS-SPECT, including 56 consecutive pa

38 y of an automated quantification of combined upright and supine myocardial SPECT for detection of cor

39 Subjects were studied in the upright and supine position, during acute zero gravity (

40 and manometry (36 sensors) were performed in upright and supine subjects before and after a meal; the

41 altering: (1) subject posture (supine versus upright) and (2) pedal frequency (80 versus 60 revolutio

42 annel operational orientations (inverted and upright), and flow rates.

43 Spectralis EDI, Spectralis inverted, Cirrus upright, and Bioptigen inverted.

44 Leaves of zmbri1-RNAi plants are dark green, upright, and twisted, with decreased auricle formation.

45 es of rearing: phase 1, rearing up; phase 2, upright; and phase 3, rearing down.

46 We performed upright bicycle hemodynamics in 10 patients (9 men) aged

47 of hominin evolution are the development of upright bipedal stance and reduction in body hair.

48 s ramidus have characters indicative of both upright bipedal walking and movement in trees.

49 o increase when the patient was upright, yet upright blood pressure was well maintained.

50 Morning upright blood pressure, stroke volume, cardiac output, s

51 n which the visual information was either an upright (body-related stimulus; experiment 1) or inverte

52 Upright BP was lower in Asians, even in pre-pregnancy (P

53 in three planes facilitated the formation of upright bushy body plans and enabled the invasion of lan

54 s with shadows cast by light-from-above when upright, but as angled objects when inverted.

55 els of plasma norepinephrine both supine and upright, but in contrast to patients with CIPA failed to

56 AAS included an upright chest radiograph and upright and supine abdomina

57 se it is unclear how this specialization for upright (compared to inverted) face processing emerges i

58 r of pregnancy is more likely to engage with upright configural stimuli when contrasted to inverted v

59 ally, more nanoparticles are taken up in the upright configuration than in the inverted one, and nano

60 vered, consistent with Fn adsorbed in a more upright conformation at the highest surface-Fn concentra

61 ated the appended recognition block a better upright conformation for hybridization, demonstrating it

62 the probe portion of the strand to adopt an upright conformation suited for efficient hybridization.

63 ilibrium is significantly shifted toward the upright conformation.

64 trong electrostatic interaction induces the "upright" conformation on mica, whereas the hydrophobic i

65 jection fraction, 68+/-1%) underwent maximum upright cycle ergometry cardiopulmonary exercise testing

66 performance throughout prolonged submaximal upright cycle ergometry in 40 carefully screened healthy

67 ricular hypertrophy underwent maximal-effort upright cycle ergometry with radionuclide ventriculograp

68 erformance occur during prolonged submaximal upright cycle ergometry, analogous to those observed dur

69 s old, mean = 66 +/- 9 years (older), during upright cycle exercise at 70% of peak cycle oxygen consu

70 erminants were assessed during rest and peak upright cycle exercise.

71 the , at least in young subjects performing upright cycle exercise.

72 le subjects performed three exercise trials: upright cycling at 60 r.p.m.

73 (SupEX) and upright cycling at 80 r.p.m. to enhance the muscle pump

74 d as a multiphasic examination that includes upright double-contrast views with a high-density barium

75 Upright dynamic knee extension against various levels of

76 age 70 +/- 10 years underwent maximal-effort upright ergometry tests on two separate days after recei

77 endoscopy (n = 101), pH monitoring (n = 27), upright esophagram (n = 90), gastric emptying (n = 26),

78 asive measures of pulmonary pressures during upright exercise is good among the subset of patients wi

79 Seven patients also underwent upright exercise testing on a bicycle ergometer with ana

80 wo-dimensional and doppler echocardiography, upright exercise testing, and Holter monitoring.

81 diography, ambulatory Holter monitoring, and upright exercise testing.

82 ivities of daily living with symptom-limited upright exercise.

83 preparations, making an extrapolation to an upright exercising human problematic due to the lack of

84 plitude depended on the presence of a whole, upright face and features were interpreted according to

85 i, both groups spent more time exploring the upright face-like object, suggesting that they both perc

86 ldren were more likely to look first towards upright face-like objects than children with ASD, showin

87 eted according to their position in a whole, upright face.

88 ugh identical changes are unmistakable in an upright face.

89 The N170-effects elicited by upright faces and isolated inner components were similar

90 increased sensitivity to eye orientation in upright faces resisted changes in screen location and wa

91 ther these neurons respond differentially to upright faces with inverted features.

92 ed N170 amplitude for inverted compared with upright faces) was only observed with broadband and low-

93 With upright faces, identification performance in a delayed m

94 ptor stimuli preceded naturalistic images of upright faces, inverted faces, or isolated eyes.

95 ount suggests the mechanisms are specific to upright faces, whereas the expertise view proposes the m

96 f upside-down (inverted) stimuli relative to upright faces-and the face-selective fMRI response in th

97 axes of a face space specialized for whole, upright faces.

98 competence is the human ability to recognize upright faces.

99 based motion-encoding system specialized for upright faces.

100 t to produce the adaptation effect found for upright facial stimuli, which appears to truly reflect i

101 g chimpanzees and/or gorillas (for instance, upright feeding, male dominance displays, tool use, cult

102 the substrate, where the bacterium lies, and upright filaments (also called Z filaments), both orient

103 The hydraulic contribution to upright filtered flow at 35 degrees tilt, the product of

104 more in APC than in TCPC patients (supine-to-upright flow rate ratio 3.2 versus 2.1, respectively; P:

105 the effect of respiration, and the supine-to-upright flow rate ratio was calculated to assess the eff

106 The upright flutter waves in the inferior leads in patients

107 lecules stack in layers with their long axis upright from the surface.

108 ng from the upper surface are one to several upright gametangiophores bearing multiple gametangia.

109 ned internodes, increased tiller number, and upright growth.

110 minerals and provides mechanical support for upright growth.

111 pectralis inverted = Spectralis EDI > Cirrus upright > Bioptigen inverted.

112 load and suggest that tendencies to maintain upright head posture may help constrain computational pr

113 Upright heart rate and total peripheral resistance were

114 ately 12% and approximately 7% and decreased upright heart rate by 9 beats/min [1, 17 beats/min].

115 ol volume, correlating well with the maximum upright heart rate.

116 dal thickness was greater in inverted versus upright images captured by Bioptigen (P </= 0.003) and S

117 Contrast was higher in inverted versus upright images captured by Bioptigen (P </= 0.02) and Sp

118 However, using upright imaging, we show surprising asymmetries in STAT

119 The flutter waves in the inferior leads were upright in 9 of the 15 patients (60%) with prior LA abla

120 works while human participants were standing upright in four different conditions.

121 Tassel branches are few and upright in the wab1 revertant tassel and have an increas

122 ients with exertional intolerance undergoing upright invasive exercise testing, tricuspid regurgitati

123 raffe head between ground level and standing upright is the largest of all animals yet loss of consci

124 he liguleless genes have contributed to more upright leaves.

125 1 mutants lack ligules and auricles and have upright leaves.

126 Supine Pv was not different in POTS, but upright leg Pv tended to be increased above control.

127 POTS compared with control subjects (P=0.01, upright legs).

128 for another well trained stimulus category, upright letters of the roman alphabet as well as for unf

129 oradrenaline concentrations above pre-flight upright levels.

130 ost patch-clamp setups on either inverted or upright microscopes, which would facilitate research in

131 ears after implementation of the Progressive Upright Mobility Protocol Plus program (UF Health Shands

132 Implementation of Progressive Upright Mobility Protocol Plus.

133 ields a SERS spectrum consistent with a more upright molecular orientation.

134 tual obstacle were made toward targets on an upright monitor.

135 ced detection rates during the perception of upright Mooney faces, while responses to inverted stimul

136 Both supine and upright MSNA became greater after hydrochlorothiazide tr

137 The change in upright MSNA by the treatment was correlated with the ch

138 Thus, chronic renin inhibition may reduce upright MSNA through suppressed renin activity, while di

139 13 vs. 64 +/- 8 bursts (100 beats)(-1)), but upright MSNA was lower (74 +/- 15 vs. 85 +/- 10 bursts (

140 ile devices had markedly elevated supine and upright muscle sympathetic nerve activity (mean+/-SD, 43

141 eatures (e.g., the eyes) only when faces are upright, not when faces are upside down.

142 all measures of offensive aggression (i.e., upright offensive attacks, lateral attacks, flank/rump b

143 -on, is prevented by mounting the porphyrins upright on a molecular platform.

144 ometer in the supine position on 58 eyes and upright on a subset of 8 eyes.

145 When epithelial cells grown upright on inserts were incubated with T cells and OVA(3

146 ated to one nanoparticle, show that CO bonds upright on the nanoparticle top facets as expected from

147 4,4'-diphenylethyne linker sit somewhat more upright on the surface than those containing the p-pheny

148 mol(-1)) and confirmation that the NHC sits upright on the surface.

149 assembles with very different morphologies, "upright" on mica and "flat" on the highly oriented pyrol

150 Langerhans, and of hippocampal neurons under upright optical microscope.

151 se contrast or the use of high magnification upright optics difficult.

152 Subjects discriminated pairs of upright or inverted faces or house stimuli that differed

153 ng activity in nine observers as they viewed upright or inverted faces presented at five different an

154 ber with glass windows allowing imaging with upright or inverted microscopes.

155 were cultured on cell inserts in either the upright or inverted position.

156 r physiologic loading stress performed in an upright or sitting position or under axial loading by us

157 e pMHC ligand recognition surface versus the upright orientation of TCRalphabeta would alter the dire

158 ying the chemisorbed monolayer, prompting an upright orientation of the DNA, and moving the terminal

159 rface and the ferrocene while maintaining an upright orientation of the porphyrin.

160 e surface was 16.5 +/- 2.8 nm, indicating an upright orientation of the rod-shaped t-SNARE/v-SNARE co

161 ompact tripodal linker are not due to a more upright orientation on the surface.

162 d ZnPS(4) SAMs bind to the surface in a more upright orientation than the porphyrins in the ZnPS(1),

163 s with the porphyrin ring in a somewhat more upright orientation with respect to the surface than the

164 surface charge density (despite the lack of upright orientation) of the triallyl-tripodal porphyrin

165 body orientation (better performance in the upright orientation).

166 complex are known to be flipped into a fully upright orientation, with a helix tilt close to 180 degr

167 n, with the steroids adopting the canonical, upright orientation.

168 chemisorbed molecules are in a predominantly upright orientation.

169 found between meal ingestion and time spent upright (P > 0.2).

170 Meal ingestion (P < 0.01) and time spent upright (P < 0.001) were significantly associated with s

171 ridges (PFP-p) and the PFP groups denoted as upright (PFP-u), whose aromatic rings do not interact wi

172 eutralize some of the cationic groups on the upright PGLa helices.

173 However, during the upright phase of rearing, transmission was increased whe

174 al stimulation was delivered only during the upright phase, so its occurrence became predictable over

175 ge of individual folded pilus subunits in an upright pilus growth orientation, but is insufficient fo

176 increased breathing frequency during dynamic upright pitch at 0.25 Hz (15 cycles min-1) and 0.5 Hz (3

177 ion, in which the rat's head was in the most upright position (mimicking posture during the awake sta

178 er in the recumbent position compared to the upright position [11. vs 5.3 (p = 0.01)].

179 tail was poor at US were reevaluated in the upright position after ingesting 2 cups (500 mL) of wate

180 eadgroups were slightly reoriented toward an upright position after OEG incorporation, and polarizati

181 -2.5 mmHg lower than intracameral IOP in the upright position and 5.4+/- 3.1 mmHg in the supine posit

182 -1.6 mmHg lower than intracameral IOP in the upright position and 7.9 +/- 2.3 mmHg lower in the supin

183 aximal exercise testing were assessed in the upright position before and after training.

184 dly impaired in head-down tilt compared with upright position in the combined subjects (6.05 (95% CI

185 ent of the difference between IOP and ICP in upright position may offer new understanding of the path

186 lized ssDNA molecules reorient toward a more upright position on the MEG monolayer.

187 nctioning have used animals locomoting in an upright position or ascending/descending a vertical wall

188 at HS-ssDNA oligomers reorient toward a more-upright position upon MCU incorporation.

189 IOP was measured in the upright position with a Goldmann Applanation Tonometer (

190 With change from the supine to upright position, PAWP decreased (-5+/-4 mm Hg; P<0.001)

191 mal proximal exposure, which occurred in the upright position, was observed in 19 patients (70%).

192 isit in cooperative children in the standard upright position.

193 ted at the top of the syringe's valve in the upright position.

194 nt was imaged in a reclined compared with an upright position.

195 ith healthy controls, either in supine or in upright position.

196 s a fall in blood pressure after assuming an upright position.

197 ssive reduction in stroke volume (SV) in the upright position.

198 hlorhexidine oral rinse, twice per day, plus upright positioning during feeding, could reduce the inc

199 ry threshold in head-down tilt compared with upright positioning, but not for smell identification.

200 l resistance was decreased in the supine and upright positions in patients with POTS compared with co

201 nt responses among individuals in supine and upright positions, respectively (P < .001).

202 ration and expiration in both the supine and upright positions.

203 strictive response might be exaggerated with upright posture and may contribute to the subsequent ort

204 ation associated with the development of the upright posture and venous stasis in the lower extremiti

205 ICP was lower when seated in the 90 deg upright posture compared to lying supine (seated, 4 +/-

206 coordinates that are relevant to maintaining upright posture of the whole body.

207 to the levels observed in the 90 deg seated upright posture on Earth.

208 to the levels observed in the 90 deg seated upright posture on Earth.

209 pace impairs sympathetic neural responses to upright posture on Earth.

210 structured to focus, an autonomic system, an upright posture, etc. coping with specific kinds of envi

211 e differences between the leg and arm during upright posture, we hypothesized that the responsiveness

212 e activity (MSNA) decreases during prolonged upright posture.

213 Water enhances tolerance of upright posture.

214 an exaggerated tachycardia when assuming the upright posture.

215 ts with postural tachycardia syndrome during upright posture.

216 ts compared with controls in both supine and upright postures.

217 pressure variability while supine and while upright, producing significant peripheral vasoconstricti

218 out, so that the orientation of S2 formed an upright representation of the body in cortex.

219 ated in the Rod and Frame Illusion (RFI): an upright rod appears slanted in the opposite direction of

220 , respectively; P < 0.05) and during dynamic upright roll (delta2 +/- 1 and delta4 +/- 1, respectivel

221 the otolith organs and semicircular canals (upright roll and on tail yaw) produced higher VOR gains

222 curl, dumbbell squat, and standing dumbbell upright row.

223 significant changes in Q and TVC in both the upright seated and supine positions (P < 0.001).

224 anges in mean arterial pressure (MAP) in the upright seated and supine positions.

225 HRM was done in the upright, seated position with a solid-state assembly.

226 +/- 1.1 ml min(-1) mmHg(-1) , P < 0.05) and upright-seated (control: 12.3 +/- 2.0; L -NMMA: 6.4 +/-

227 l: 4.2 +/- 1.3; supine L -NMMA: 3.4 +/- 0.8; upright-seated control: 4.5 +/- 0.8; upright-seated L -N

228 /- 0.8; upright-seated control: 4.5 +/- 0.8; upright-seated L -NMMA: 3.4 +/- 0.8 ml min(-1) mmHg(-1)

229 ssure (FPP) by moving from the supine to the upright-seated posture augments the vasodilatory respons

230 In the upright-seated posture, NOS inhibition attenuated the FP

231 common femoral artery in both the supine and upright-seated posture.

232 ular thicknesses consistent with the desired upright-shaft arrangement.

233 ound that inversion and Ethrel treatments of upright shoots caused significant increases in hydroxypr

234 Ethylene treatment of upright shoots inhibited elongation in 1.5 hours.

235 ce tomography with enhanced depth imaging in upright (sitting) and supine positions.

236 jects underwent tonometry in both eyes while upright (sitting), after instillation of topical anesthe

237 l ornamental traits such as a purple-colored upright spathe, profuse flowering, and floral scent, som

238 ction (CSJ) visualization in inverted versus upright spectral-domain optical coherence tomography (SD

239 (PF) movements, in a pattern consistent with upright stance control.

240 Our model predictions suggest that upright stance probably evolved for nonthermoregulatory

241 back was similar to feedback that stabilizes upright stance with near-minimum muscle activation, but

242 ve been proposed to describe body sway in an upright standing position, however, due to the statistic

243 k of the outer protein capsid is composed of upright standing pseudohexameric capsomers organized on

244 termediate conformers and finally to a fully upright state.

245 ntrations were as much as 100 times those in upright stems or in top halves of horizontal stems.

246 be difficult or impossible with a seated or upright, straight-legged posture.

247 we applied low-frequency ankle rotations to upright subjects who were supported at the waist allowin

248 Here, for upright subjects, we settle this issue by measuring the

249 0, and 50 mL) in individuals in 3 positions (upright, supine, and semisupine).

250 pright (U-TPD), supine (S-TPD), and combined upright-supine acquisitions (C-TPD).

251 port-by around 10% compared with traditional upright swimming.

252 Upright sympathetic BRS remained unchanged after either

253 The apparatus combines an upright, table-mounted two-photon microscope with a sphe

254 e transition of plants from an aquatic to an upright terrestrial lifestyle.

255 oung participants gave slower responses with upright than inverted displays when the shadow-like part

256 ve region (OFA), showed a higher response to upright than inverted faces.

257 to differences between faces when they were upright than inverted, suggesting a possible neural mech

258 nts (3:1 matching) who had head tremor while upright, the prevalence of supine (ie, resting) head tre

259 Upright THF and the oxametallacycle intermediate are obs

260 R), and MSNA were measured during supine and upright tilt (30 deg and 60 deg for 5 min each) in 9 Asi

261 ics were measured supine and during a graded upright tilt (30 deg for 6 min, 60 deg for 45 min or til

262 resistance was related to MSNA during 45 min upright tilt (r=0.82+/-0.15, P<0.05).

263 ppropriate for the haemodynamic challenge of upright tilt and were unaffected by spaceflight.

264 volume, and chamber function during initial upright tilt are associated with a subsequent positive t

265 light, muscle sympathetic nerve responses to upright tilt are normal.

266 uring lower body suction in space (or during upright tilt following the Neurolab mission).

267 NA) were measured when supine, during 60 deg upright tilt for 45 min or until presyncope, and during

268 s were measured supine, at 30 deg and 60 deg upright tilt for 5 min each.

269 ere measured supine and during 45 min 60 deg upright tilt in 13 healthy individuals.

270 nding in space, and 10 min of 60 deg passive upright tilt on Earth.

271 ith the subject in the supine and the 40 deg upright tilt positions during 20 min of controlled breat

272 In the control condition, upright tilt significantly increased the scaling exponen

273 atient was supine and at steady state during upright tilt to 35 degrees.

274 re studied in the supine position and during upright tilt to 70 degrees for 30 minutes and subgrouped

275 ng exponents nor their change in response to upright tilt were reproducible (Lin's concordance coeffi

276 .) cerebral blood flow velocity after 10 min upright tilt were smaller after than before spaceflight

277 syncope but who had presyncope during 60 deg upright tilt were studied; 10 matched controls who compl

278 siological states, supine and passive 40 deg upright tilt, before and after beta-adrenergic, choliner

279 tuations was not influenced significantly by upright tilt, or by variations of autonomic drive or ang

280 However, after 5 minutes of upright tilt, patients who subsequently had a positive t

281 On upright tilt, resistance decreased in high P(v) to appro

282 phy, we assessed blood redistribution during upright tilt.

283 nce, during supine rest and 10 min of 60 deg upright tilt.

284 ad a greater fall in ESS and FS early during upright tilt.

285 baseline and during the initial 5 minutes of upright tilt.

286 lic wall stress during the initial period of upright tilt.

287 creases in LF power to the initial stress of upright tilting, no significant decline in LF power (hea

288 n abrupt change of orientation from a nearly upright to a tilted configuration.

289 asma noradrenaline were not similarly lower; upright total activity tended to be lower in women durin

290 We performed supine and upright transthoracic echocardiography in 118 patients w

291 TPD was obtained for upright (U-TPD), supine (S-TPD), and combined upright-su

292 eflex sensitivity during orthostasis, though upright vasomotor sympathetic activity is not clearly di

293 Interestingly, STS and ITS activation to the upright versus inverted walker was not significantly dif

294 he dynamics of cortical involvement in human upright walking with a closed-loop BCI has not been inve

295 ies have examined neural correlates of human upright walking.

296 n earth-assuming 8 hours supine and 16 hours upright-was estimated to be 17.3mmHg.

297 illars and microspheres function as flexible upright waveguides and self-aligned reflectors, respecti

298 Patients were tilted to 35 degrees upright while medicated and while unmedicated, and measu

299 , rotations that stimulated only the canals (upright yaw and on tail roll) produced accurate VOR timi

300 and failed to increase when the patient was upright, yet upright blood pressure was well maintained.