ライフサイエンスコーパス: behavioral test

1 roke while it ameliorated the outcome of the behavioral test.

2 PTP in BMT-treated mice assayed by a rotarod behavioral test.

3 irs are not spontaneously discriminated in a behavioral test.

4 tivity was measured with an active avoidance behavioral test.

5 in any other time window before or after the behavioral test.

6 egion do not play a significant role in this behavioral test.

7 y-ol5]-Enkephalin (DAMGO) in the substance P behavioral test.

8 wild-type (WT) mice, with three independent behavioral tests.

9 s assessed by intravital dynamic imaging and behavioral tests.

10 nce (MR) imaging and completed cognitive and behavioral tests.

11 d dorsomedial areas) were measured after the behavioral tests.

12 l artery occlusion in rats using a series of behavioral tests.

13 ogical and neurochemical analysis as well as behavioral tests.

14 the question of the ethological relevance of behavioral tests.

15 wo modes of running exercise on a battery of behavioral tests.

16 onth all mice were administered a battery of behavioral tests.

17 animals developed anxiety-like responses in behavioral tests.

18 ance and are normal in a standard battery of behavioral tests.

19 s required to induce a marked improvement in behavioral tests.

20 cient mice (M(1)R(-/-) mice) to a battery of behavioral tests.

21 s of the transgenic mice were established in behavioral tests.

22 nd displayed intermediate phenotypes in most behavioral tests.

23 ld as measured by visual perimetry and other behavioral tests.

24 Measuring this behavior can enhance behavioral tests.

25 ysis of brain and heart histology as well as behavioral tests.

26 treated animals, as evidenced by two visual behavioral tests.

27 heir regrowth is correlated with recovery in behavioral tests.

28 assessment and is prevalent in common rodent behavioral tests.

29 bly, these rats showed less hyperactivity in behavioral tests.

30 iated with cognitive deficits as revealed in behavioral tests.

31 cognitive ability, as assessed by maze-based behavioral tests.

32 d post-treated twice/wk for one month before behavioral tests.

33 stinct neuropharmacological effects in mouse behavioral tests.

34 (KO) mice was examined with a wide array of behavioral tests.

35 tagonists into the CeA unilaterally prior to behavioral tests.

36 o-locomotor and oculomotor functions through behavioral tests.

37 ce were more apparent in mice that underwent behavioral tests.

38 red to determine cognitive resilience during behavioral testing.

39 amycin treatment after weaning and performed behavioral testing.

40 ected with MA once (1 mg/kg) 30 min prior to behavioral testing.

41 year by magnetic resonance imaging (MRI) and behavioral testing.

42 eated HIVE mice during water radial arm maze behavioral testing.

43 h P49, and placed into a locomotor arena for behavioral testing.

44 ats, relative to PF rats, prior to or during behavioral testing.

45 sequences for pharmacological treatments and behavioral testing.

46 cular or dendritic morphology at the time of behavioral testing.

47 cleus (DRN) both at the time of IS and later behavioral testing.

48 re IS but not when administered before later behavioral testing.

49 microinjections or habituation from repeated behavioral testing.

50 lidated with both computational modeling and behavioral testing.

51 Littermates were used for behavioral testing.

52 behaviors in Gpr88(-/-) mice using extensive behavioral testing.

53 nd tested main central DOR functions through behavioral testing.

54 , as determined by neuroanatomic tracing and behavioral testing.

55 n thus affect apparent baseline responses in behavioral testing.

56 be explained by learning that occurs during behavioral testing.

57 iscuss informed consent, equipment setup and behavioral testing.

58 receptor in the amygdala was examined after behavioral testing.

59 Using a spatially challenging behavioral test (a modified version of the active place

60 s antinociception is exaggerated by repeated behavioral testing, a phenomenon known as behavioral tol

61 rest conditions and during execution of two behavioral tests, a response inhibition test and a motor

62 Castrate male rats were subjected to behavioral tests after 90 min of middle cerebral artery

63 During behavioral testing, all animals displayed increases in A

64 Following cessation of the behavioral testing, all animals underwent assessments of

65 Following an initial round of behavioral testing, all mice were housed in standard cag

66 ion tests enhanced ACh output beyond that of behavioral testing alone both ipsilateral (+93.8%) and c

67 Behavioral testing also shows that larval zebrafish beco

68 In general, in all of the behavioral tests analyzed, intraseptal 192-IgG-saporin t

69 n was assessed with the cued water maze (WM) behavioral test and the optokinetic reflex (OKR) measure

70 Further work is needed to characterize this behavioral test and to determine whether it may have app

71 Eight patients underwent behavioral testing and functional magnetic resonance ima

72 cross-sectional case-control study involved behavioral testing and neuroimaging that were conducted

73 The mice exhibit abnormalities in behavioral testing and pathological examination of the b

74 Outcome measures included cognitive behavioral testing and quantitative histopathological an

75 Rats underwent behavioral testing and were killed at day-3 for measurem

76 ere treated with simvastatin and assessed by behavioral tests and biochemical analyses.

77 Behavioral tests and biochemical assays were performed a

78 naptic and cognitive functions, we performed behavioral tests and electrophysiological experiments in

79 were predictable, resulting from a focus on behavioral tests and functions unrelated to present evid

80 Behavioral tests and taste nerve recordings of single an

81 us time points the animals were subjected to behavioral tests and their brains were analyzed.

82 deficient mice were subjected to a series of behavioral tests and were found to exhibit deficits in t

83 ontrol women underwent hormonal evaluations, behavioral testing, and fMRI scanning on two occasions,

84 ty, electrophysiology, hippocampus-selective behavioral testing, and magnetic resonance imaging tract

85 Perimetry, by behavioral testing, and retinal histology data were obta

86 716A (0, 1 or 3 mg/kg, i.p.) 15 min prior to behavioral testing, and the 2-DG procedure was initiated

87 mice exhibit increased activity in standard behavioral tests, and an altered circadian pattern of fo

88 mice were analyzed by immunohistochemistry, behavioral tests, and electrophysiology to assess nBMP2

89 pheromones can be identified, validated with behavioral tests, and incorporated in research on vomero

90 Behavioral tests are described for the rapid screening o

91 ductive consequences of experiments treating behavioral tests as assays used merely for the generatio

92 nificantly greater motor improvement in both behavioral tests as compared to vehicle-treated animals

93 focus on experiments that used cognitive or behavioral tests as outcome measures in experimental des

94 and anxiety-related effects in a variety of behavioral tests as well as potentiation of conditioned

95 lated behavior using an extensive battery of behavioral tests as well as the neurotransmitter metabol

96 ing state functional MRI scans and extensive behavioral testing assessing changes in hunger/satiety r

97 n/tetracycline transactivator mice underwent behavioral testing at 3, 6, 9, and 12 months of age to e

98 A series of behavioral tests at five different time points (20, 40,

99 Behavioral tests, based on paradigms similar to those or

100 rol non-transgenic (NT) mice in an extensive behavioral test battery administered between 5 and 8.5 m

101 A behavioral test battery was used to assess anxiety-like,

102 subjected CN mutant mice to a comprehensive behavioral test battery.

103 oked potential recordings and standard motor behavioral tests (BBB).

104 stational Day 2 through postnatal Day 7, and behavioral testing began at postnatal Day 65--following

105 However, behavioral tests beginning 3 months after injury demonst

106 al nerve, motor-sensory function, and simple behavioral tests (best = 100 and brain dead = 0).

107 After behavioral testing, brains were removed and processed fo

108 In behavioral tests, Ca(V)3.2 knockout (KO) mice showed sig

109 ause glucose enhanced ACh output only during behavioral testing, circulating glucose may modulate ACh

110 covered shorter distance in a light and dark behavioral test compared to the controls.

111 ssant and less anxious phenotypes in several behavioral tests compared with WT mice.

112 Behavioral testing confirmed striatal deficits (hyperact

113 A battery of sensorimotor behavioral tests, consisting of beam balance, postural r

114 After SIV infection, behavioral testing continued to monitor deficits associa

115 In behavioral tests, CP/CPPS rats showed anxiety- and depre

116 Behavioral tests demonstrate that these mice have a defi

117 Behavioral testing demonstrated no differences between a

118 In addition, two independent behavioral tests demonstrated elevated amygdala-dependen

119 In vivo recordings and whisker-specific behavioral tests demonstrated sensory discrimination def

120 Behavioral tests demonstrated that heterozygous females,

121 Behavioral tests demonstrated that perceived hunger, imp

122 Behavioral tests demonstrated that recipients of BDNF-pr

123 place escape/avoidance paradigm (PEAP) is a behavioral test designed to quantify the level of unplea

124 A broad range of behavioral tests designed to assess genotype-dependent e

125 s on male mice was performed with additional behavioral tests, determination of regional activation b

126 We have shown that the use of appropriate behavioral tests (e.g., a relatively difficult place lea

127 Following behavioral testing, effects of 1 or 24 h of E2 exposure

128 t combinations of techniques such as refined behavioral testing, electrical recording/interference, a

129 Among the behavioral tests employed, the pole climb movement test

130 owed no significant association with bedside behavioral testing, except in a few cases when EEG was s

131 However, in the plus maze, a commonly used behavioral test for assessing anxiety, no significant di

132 was recorded during the administration of a behavioral test for latent inhibition (LI) or the retard

133 Children underwent annual developmental and behavioral testing for 5 years.

134 Behavioral testing for tactile allodynia, performed one

135 ed 22 months) were subjected to a battery of behavioral tests for motor and cognitive functions and s

136 Useful behavioral tests for separating adult mice according to

137 We performed behavioral tests, functional MRI, and histology in a rat

138 We tested whether behavioral tests, grounded in the neurobiology of cognit

139 Behavioral testing (handling and open field), continuous

140 Behavioral testing has revealed that pigeons may use the

141 d not show any differences in terms of motor behavioral tests (i.e., apomorphine rotations, forelimb

142 easant and causes negative affect, we used a behavioral test in which mice avoid an environment that

143 nt elevation of CRH during development only, behavioral testing in adult mice revealed a persistent a

144 electrocorticogram recordings and cognitive behavioral testing in adult mice, we demonstrate that ch

145 s issue using laser ablations and subsequent behavioral testing in zebrafish.

146 etabolism than 1a, were selected for further behavioral tests in animals.

147 However, a number of behavioral tests in rodents are sensitive to antidepress

148 of knockout/congenic strains in a series of behavioral tests in which mouse performance has a signif

149 n-weighted imaging) and reading development (behavioral testing) in individual children (age 7-15 y).

150 To assess the hypothesis, behavioral tests including chow and high-fat diet intake

151 ning on P50, the mice were given a series of behavioral tests including locomotor activity, novel obj

152 rticle focuses on the preliminary aspects of behavioral testing, including a protocol for an open fie

153 Mice were subjected to extensive behavioral testing, including assessment of social behav

154 3R were subjected to an extensive battery of behavioral tests, including several relevant to schizoph

155 offspring were analyzed through a series of behavioral tests, including the visual-motor response (V

156 Behavioral tests indicate that at 5 weeks of age mutant

157 Behavioral tests indicate that the animals' ability to c

158 Furthermore, behavioral tests indicate that working memory, a key fun

159 Behavioral tests indicated that the mutant mice had a re

160 Performance in a battery of behavioral tests indicates that basic neurological funct

161 , AC3 mutants failed several olfaction-based behavioral tests, indicating that AC3 and cAMP signaling

162 Different brain regions control these behavioral tests, indicating that the lack of Nrf2 has a

163 In behavioral tests, intraplantar S-DHPG (0.1, 1.0, 10 mM)

164 first benzothiadiazide to have an effect in behavioral tests, is an important lead compound in clini

165 netic compass has been well characterized in behavioral tests: it is an "inclination compass" based o

166 d control rats were subjected to a series of behavioral tests (locomotor activity, sensorimotor batte

167 o models of persistent pain, suggesting that behavioral testing may not be a sensitive measure of inj

168 V-GFP or AAV-CRE in CREB(loxP/loxP) animals, behavioral testing measured anxiety levels, using the No

169 Mice were tested in 3 behavioral tests measuring different modes of arousal: s

170 (mGluR5(KD-D1)) were tested in a battery of behavioral tests measuring learning abilities, anxiety l

171 Following behavioral testing, mice were exposed to light (1000 lux

172 Moreover, in subsequent behavioral tests, mice exhibited habituation to paired u

173 rin or saline, testing began in a battery of behavioral tests modulated by the septohippocampal syste

174 or mild fluid percussion injury (mFPI), and behavioral testing, MRI, and blood collections were cond

175 gression in the resident-intruder or dangler behavioral tests, NZB/B1NJ mice are extremely aggressive

176 Behavioral testing occurred after choline treatment had

177 red for antidepressant responses in a common behavioral test of antidepressant efficacy.

178 along both axes in the visual water task, a behavioral test of cortical functions.

179 An independent behavioral test of expertise predicted relative activati

180 sual cortical responses and performance on a behavioral test of visual acuity.

181 We also performed behavioral testing of anesthetic endpoints in mice lacki

182 Behavioral testing of ART-OE mice showed that they had i

183 In this study, we combined aggressive behavioral testing of female and male prairie voles with

184 Behavioral testing of NRTN-OE mice revealed an increased

185 Behavioral testing of ovipositing females to odorants hi

186 defines the need for further and more robust behavioral testing of potential unintentional harm cause

187 Y-maze behavioral testing of urine fractions from anion exchang

188 e for NO in maternal aggression, we combined behavioral testing of WT mice with immunohistochemistry

189 of TrkB in the spinal cord, had no effect in behavioral tests of acute heat, mechanical, or chemical

190 g that of clozapine; they proved inactive in behavioral tests of antipsychotic activity.

191 Behavioral tests of delay discounting (DD), which index

192 Using behavioral tests of forelimb use and stereological analy

193 Initial behavioral tests of individuals with impaired hearing re

194 Behavioral tests of motion perception found no impairmen

195 e also displayed substantial improvements on behavioral tests of muscle strength, coordination, and l

196 n addition displayed diminished responses in behavioral tests of olfactory function.

197 s ventral tegmental nucleus lesions impaired behavioral tests of spatial working memory and, in parti

198 Behavioral tests on limb placement and grid and beam wal

199 ral traits in SMS, we performed a battery of behavioral tests on Rai1 mutant mice and the Df(11)17-1/

200 In standard behavioral tests (open field and elevated plus maze), mR

201 erent injuries that are not distinguished by behavioral testing or the neuroimmune markers used in th

202 Prior to behavioral testing, oxotremorine, an M2 muscarinic recep

203 In behavioral testing, PGE(2)-induced thermal hyperalgesia

204 Here we applied behavioral testing, pharmacology, and in vivo electrophy

205 In addition to behavioral tests, phenotypic characterization included a

206 In behavioral tests, pregnanolone hemipimelate showed neuro

207 In a behavioral test, PRL pretreatment significantly potentia

208 As a result of this sensitized state, behavioral testing procedures are thought to cause exces

209 After behavioral testing, rats were perfused with 4% paraforma

210 In behavioral tests, rats performed learned escape response

211 ic acid oligonucleotides several days before behavioral testing reduced social recognition.

212 ntiator pentobarbital (PB) before and during behavioral tests rescued the cognitive deficits; but wit

213 electroretinography and an active avoidance behavioral test, respectively.

214 rived monkeys reduced their participation in behavioral testing, responded more slowly and less frequ

215 In both experiments, behavioral testing resulted in increased ACh output in t

216 s on the inter-laboratory reproducibility of behavioral test results.

217 Behavioral testing resumed 5 days after surgery and cont

218 Various behavioral tests reveal that in PC7 KO mice spatial memo

219 Morris water maze behavioral test revealed that infection with AAV1-I(2CTF

220 A behavioral test revealed that the complete conspecific s

221 hology showed hippocampal neuron damage, and behavioral testing revealed hippocampus-dependent memory

222 Behavioral testing revealed normal motor coordination, w

223 Behavioral testing revealed significant improvements in

224 Behavioral testing revealed that both cell lines reduced

225 Behavioral testing revealed that the encoding capacity o

226 Behavioral tests revealed that scotopic visual acuity an

227 Multiple behavioral tests revealed that SRC-1(-)/- mice exhibit n

228 However, behavioral testing reveals underlying deficits of motor

229 e selective, because an extensive battery of behavioral tests reveals no other deficits.

230 mice subjected to a comprehensive series of behavioral test screenings for schizophrenic-like sympto

231 Standardized behavioral tests (SHIRPA protocols) demonstrated signifi

232 Behavioral tests show defects in context and cued condit

233 Behavioral tests show humans combine cues near-optimally

234 Behavioral testing showed complete recovery of cognitive

235 In addition, behavioral tests showed motor abnormalities in the KO an

236 mum caused little Wallerian degeneration and behavioral tests showed no significant long-term adverse

237 Similarly, a battery of behavioral tests showed partial recovery in some treatme

238 Behavioral tests showed that both types of unilateral tr

239 Finally, behavioral tests showed that the olfactory-specific Ric-

240 Behavioral testing shows that nob mice have a significan

241 Behavioral testing started 2 weeks following irradiation

242 Behavioral tests such as the PEAP may be more sensitive

243 nabinold agonists produce antinociception in behavioral tests, suggesting the possibility that this s

244 Extensive behavioral testing supported our hypothesis, and functio

245 ytochemistry, pharmacological treatments and behavioral testing techniques, we have used a rodent par

246 es showed more activity in neurochemical and behavioral tests than the 6-substituted series.

247 potent to each other and both more potent in behavioral tests than the parent compound 1b.

248 Here, we report a behavioral test that enables combined testing of speech

249 This compound has a profile in behavioral tests that is predictive of antipsychotic act

250 After conditioning and behavioral testing, the conditioned animals showed signi

251 In behavioral tests, the Asian otter (defective Tas1r2) sho

252 mbination with a series of physiological and behavioral tests, the chemical structure of a mouse alar

253 aracterize overall RGC loss and an optomotor behavioral test to measure corresponding changes in visu

254 tensive statistical microarray analyses with behavioral testing to comprehensively identify genes and

255 We then performed repeat behavioral testing to identify which brain areas show ce

256 After behavioral testing to measure the depth of the resulting

257 I and diffusion tensor imaging together with behavioral testing to relate longitudinal modifications

258 ocal brain ischemia, we combined imaging and behavioral testing to unambiguously identify brain regio

259 optical imaging and somatosensory and motor behavioral tests to characterize the consequences of bif

260 and examined in various receptor binding and behavioral tests to determine their serotonin receptor a

261 the present study, we performed a battery of behavioral tests to evaluate motor, cognitive, and socia

262 Here, we describe the results of further behavioral tests to further define the pathway involveme

263 A visually guided water maze behavioral test under dim light showed significantly imp

264 ed a smaller infarct and performed better in behavioral tests up to 15 days after ischemia.

265 ADMET studies coupled with a behavioral test using the amphetamine-induced hyperactiv

266 Behavioral tests using a shuttle box demonstrated that t

267 Behavioral tests, using the elevated body swing test, we

268 ) over seven consecutive days, and a yawning behavioral test was also performed to test for sensitivi

269 Behavioral testing was conducted 72 hours or 10 days fol

270 ormal housing environment until maturity and behavioral testing was conducted before the recording ex

271 Behavioral testing was initiated on the second day after

272 Behavioral testing was performed in a cross-maze.

273 A battery of behavioral tests was performed weekly to assess motor an

274 te mechanical and thermal pain thresholds in behavioral tests was preserved in nerve-ligated rats tha

275 Before behavioral testing, we infused a retrograde tracer into

276 Moreover, using hippocampal-specific behavioral tests, we demonstrated that only injured anim

277 In conjunction with behavioral tests, we evaluated adult neurogenesis, inclu

278 Results of behavioral tests were all normal.

279 Behavioral tests were conducted to assess exploratory ac

280 Histological and behavioral tests were examined from days 0-28 after stro

281 Behavioral tests were performed 1 d after injury and wee

282 of cerebral infarct volumes and neurological behavioral tests were performed 24 hrs post-MCAO.

283 Behavioral tests were performed by using presymptomatic

284 Histological analysis and behavioral tests were performed from day 0 to 28 days af

285 A series of behavioral tests were performed in mice with or without

286 Finally, behavioral tests were performed to analyze the impact of

287 Before imaging, behavioral tests were performed to evaluate the neurolog

288 ch gene expression studies, western blot and behavioral tests were performed.

289 At the end of this one-week treatment, behavioral tests were repeated in these same rats.

290 Using cognitive-behavioral tests, Western blotting, and confocal and ele

291 ike behaviors in the rodent, in a battery of behavioral tests, which represented conflict situations

292 model, we performed an extensive battery of behavioral tests, which revealed that these mice manifes

293 ctivity was assessed within 1 week after the behavioral test with three indices: DA neuron population

294 control of maternal aggression by combining behavioral testing with immunohistochemistry for both cF

295 able to prevent amblyopia as evaluated using behavioral testing with optotypes or with sweep VEPs.

296 Behavioral testing with twenty-eight healthy volunteers

297 id they show ultrasonic vocalizations during behavioral tests with receptive female mice.

298 ytic and antidepressant drugs in a number of behavioral tests, without affecting performance in a spa

299 ve their learning and memory assessed by two behavioral tests, Y maze and Morris water maze.