ライフサイエンスコーパス: avoidance behavior

1 chronic social defeat stress-induced social avoidance behavior.

2 havior and it suppresses C. elegans pathogen avoidance behavior.

3 ve people less incentive to engage in public avoidance behavior.

4 ore odor indicate it to be required for full avoidance behavior.

5 he superior colliculus of rats during active avoidance behavior.

6 ted in activation of AVA neurons, evoking an avoidance behavior.

7 tor NSAID risk communication, and NSAID risk-avoidance behavior.

8 for larval nociception, is required for this avoidance behavior.

9 iatric disorders involving pathological harm avoidance behavior.

10 also reduced its ability to direct nematode avoidance behavior.

11 ound in the open field test, which maximizes avoidance behavior.

12 tive, thermoregulatory, social, and predator-avoidance behavior.

13 P-BM5 infection on learning and retention of avoidance behavior.

14 nuated nicotine-dependent changes in passive avoidance behavior.

15 lterations of neuronal structure and passive avoidance behavior.

16 ch as fear, aggression, and envy and lead to avoidance behavior.

17 nor did it prevent the persistence of social avoidance behavior.

18 , but had no effect on stress-induced social avoidance behavior.

19 sponses to cooling and are required for cool avoidance behavior.

20 t of the basal ganglia fully controls active avoidance behavior.

21 bens (NAcc) is necessary for signaled active avoidance behavior.

22 voidance conflict, regardless of approach or avoidance behavior.

23 but not in the adjacent NAcc core, disrupted avoidance behavior.

24 genetically activating these neurons induces avoidance behavior.

25 ver several seconds to reach a threshold for avoidance behavior.

26 rgence of cold hypersensitivity, and passive avoidance behavior.

27 lient mice, which was correlated with social avoidance behavior.

28 specific encounter rate to history-dependent avoidance behavior.

29 effects, reducing freezing and facilitating avoidance behavior.

30 imation of prospective risk and lead to risk avoidance behavior.

31 conditions that affect emotion and approach-avoidance behavior.

32 ropriate cues leads to a pernicious cycle of avoidance behaviors.

33 nserved innate immune responses and pathogen avoidance behaviors.

34 urons that are specialized for attractive or avoidance behaviors.

35 ngagement with rewarding stimuli and reduces avoidance behaviors.

36 ic substances and elicits food acceptance or avoidance behaviors.

37 ent in a subset of interneurons that control avoidance behaviors.

38 known about the genetics of social approach-avoidance behaviors.

39 netic excitation evokes rapid protective and avoidance behaviors.

40 gan, an olfactory structure mediating innate avoidance behaviors.

41 ically diverse kairomones can elicit similar avoidance behaviors.

42 engagement with rewarding stimuli and reduce avoidance behaviors.

43 retrospenial cortex likely to be involved in avoidance behaviors.

44 ive urges to perform irrational or excessive avoidance behaviors.

45 ns indicates that they are necessary for CO2-avoidance behavior [5].

46 nificantly negatively correlated with social avoidance behavior, a key behavioral abnormality induced

47 tible BM chimeras exhibited increased social avoidance behavior after exposure to either subthreshold

48 Avoidance behaviors after predator stress were highly de

49 analogous behavior by adapting both passive avoidance behavior and behavioral inhibition to threat l

50 use NCM lesions spared both successful noise-avoidance behavior and birds' auditory discrimination ab

51 nsory and central circuitry regulating light avoidance behavior and clock entrainment.

52 Behavioral results identified elevated avoidance behavior and decreased short-term memory at ei

53 BCs of the rd1 mouse reinstated innate light-avoidance behavior and enabled mice to distinguish betwe

54 id (50%), naked mole-rats showed significant avoidance behavior and increased Fos labeling in the nuc

55 campus with patients showing reduced passive avoidance behavior and inhibition across all threat leve

56 experiments, we showed that herbivores' risk-avoidance behavior and plants' antiherbivore defenses in

57 We found that IkappaKca enhanced social avoidance behavior and promoted thin spine formation.

58 fic place-cell pattern underlying inhibitory avoidance behavior and provides strong evidence for the

59 is expressed in neural circuits that mediate avoidance behaviors and is required for glutamate-gated

60 -to-PBL projection induced robust escape and avoidance behaviors and stress calls, whereas optogeneti

61 ga3, Gnao1) or by surgical axotomy abolished avoidance behaviors and/or cellular Ca(2+) responses to

62 tient concerns with amnesia, depressed mood, avoidance behaviors, and a prolonged recovery period.

63 psychological distress, IBS-related fear and avoidance behaviors, and IBS-related disability were inv

64 psychological distress, IBS-related fear and avoidance behaviors, and IBS-related disability, with th

65 t between neural pathways for preference and avoidance behaviors, and it suggests that hybrids might

66 ult eclosion, host fruit odor preference and avoidance behaviors, and mating site fidelity) cascade t

67 Thus, avoidance behavior appears hardwired into the olfactory

68 and long-term habituation (LTH) of olfactory avoidance behavior are believed to arise from the select

69 esses that support free-operant instrumental avoidance behavior are still unknown.

70 chain dynamics will depend on which predator-avoidance behaviors are allowed to occur and measured.

71 e NAccSh was just as effective at disrupting avoidance behavior as bilateral NAccSh inactivations, su

72 m, SHR again displayed significantly reduced avoidance behavior as compared with both WKY and Wistar

73 Avoidance behavior-avoiding social situations for fear o

74 tically to detect low salient stimuli during avoidance behavior, but are redundant during detection o

75 ual access to neural networks of feeding and avoidance behavior, but their final effects are regulate

76 Odor hedonic valence controls approach-avoidance behaviors, but also modulates ongoing behavior

77 Further, collagen IX elicits a similar avoidance behavior by neural crest cells in vitro.

78 Nonetheless, light avoidance behavior can be mediated in the absence of bra

79 PQ-treated worms have enhanced avoidance behavior compared to untreated ones, suggestin

80 strate that mechanisms underlying joining or avoidance behavior differ among species, as do types of

81 s) have been shown to reinforce instrumental avoidance behavior due to their ability to signal the ab

82 says, we show that AWC(OFF) is essential for avoidance behavior following noxious heat stimulation by

83 By contrast, overtraining of avoidance behavior had no effect on patient performance.

84 Self-avoidance behavior has been shown to depend on cell-spec

85 ation of natural polymorphisms that modulate avoidance behavior has enabled an improved understanding

86 Our finding of spontaneous avoidance behavior has striking similarities to the enha

87 of pain, which is hypothesized to result in avoidance behavior, has been described as an obstacle to

88 The magnitude of avoidance behavior, however, was mediated by winter seve

89 ilitating trauma-related intrusive thoughts, avoidance behaviors, hyperarousal, as well as depressed

90 dual function of affecting both approach and avoidance behavior in a predator-prey predicted manner.

91 Aergic projections from mPFC to NAcc induces avoidance behavior in a real-time place preference task,

92 ascr#3 (asc-DeltaC9; C9) pheromone triggers avoidance behavior in adult hermaphrodites [3-7].

93 ing conditions, successfully reversed social avoidance behavior in adult socially isolated mice.

94 ay of deterrent natural products that induce avoidance behavior in biological adversaries.

95 activity leads to reduced SDS-induced social avoidance behavior in both WT and Tph2KI mice.

96 ptor (GR) homolog, mediates UV-light-induced avoidance behavior in C. elegans.

97 cies that result in a higher level of public avoidance behavior in equilibrium does not necessarily l

98 emands, both important issues given approach-avoidance behavior in humans is less tied to predation a

99 DMXB (0.5 mg/kg, i.p.) improved passive avoidance behavior in lesioned animals in a mecamylamine

100 pupillary light reflex and locomotory light avoidance behavior in mice lacking retinal photoreceptor

101 Clemastine successfully reversed social avoidance behavior in mice undergoing prolonged social i

102 ect effects; DMIEs) and by inducing predator-avoidance behavior in prey (trait-mediated indirect effe

103 a well learned, hippocampus-dependent place avoidance behavior in rats that requires cognitive contr

104 increased firing rates, bursting events, and avoidance behavior in susceptible mice were completely r

105 effects of electrolytic MT lesions on escape/avoidance behavior in the place escape avoidance paradig

106 uroendocrine signaling pathway that promotes avoidance behavior in the simple animal host Caenorhabdi

107 measure used to examine sensory approach and avoidance behavior in worms.

108 oned place aversion, whereas cocaine-induced avoidance behaviors in a runway operant paradigm were ab

109 al defeat, a model that induces long-lasting avoidance behaviors in a subset of mice responsive to se

110 in the ink secretion of sea hares and cause avoidance behaviors in neighboring conspecifics.

111 rences in these structures may contribute to avoidance behaviors in PG.

112 n Caenorhabditis elegans for a wide range of avoidance behaviors in response to chemical repellents,

113 annel mutation alters temporal filtering and avoidance behaviors initiated by ASH on similar timescal

114 g reconsolidation of fear memory transformed avoidance behavior into approach behavior in a virtual b

115 evious studies have demonstrated that escape/avoidance behavior is dependent on activity in the anter

116 erefore, a robust neural correlate of active avoidance behavior is found in the superior colliculus,

117 Engrained avoidance behavior is highly adaptive when it keeps away

118 n vivo and found that recovery of the visual avoidance behavior is inhibited by drugs that block cell

119 This avoidance behavior is stimulated by chemical cues from i

120 ination of social stimuli and affiliation or avoidance behavior is thought to guide social recognitio

121 he most part by innate traits rather than by avoidance behavior learned through disagreeable experien

122 Thus, while avoidance behaviors may prevent acute lethality, slow re

123 o disperse, or focusing on only one predator-avoidance behavior, may be underestimating TMIEs.

124 oustically cued, discriminative instrumental avoidance behavior of rabbits.

125 Here, we show robust olfactory-mediated avoidance behavior of zebrafish to cadaverine and relate

126 he lesions did not affect the acquisition of avoidance behavior or prevent the reduction of CRs in re

127 y control both reward-seeking and punishment-avoidance behaviors, presumably through its projections

128 a, a gustatory receptor normally involved in avoidance behaviors, receive input for both attractive a

129 ral NAccSh inactivations, suggesting learned avoidance behavior requires an intact BA-NAccSh circuit.

130 fear conditioning, representing approach and avoidance behaviors, respectively.

131 epressible motor effects (i.e., approach and avoidance behaviors) seen within the first hour after in

132 toward future disasters to more maladaptive avoidance behaviors, somatic symptoms, or medical proble

133 Prey often employ multiple predator-avoidance behaviors, such as dispersal or reduced foragi

134 ial therapeutic targets for the treatment of avoidance behavior symptomatic of anxiety disorders.

135 In mice, CO2 produces freezing and avoidance behavior that has been suggested to depend on

136 Xenopus tadpoles exhibit a visual avoidance behavior that improves with visual conditionin

137 onobese diabetic (NOD) mice induced a social avoidance behavior that was not observed in C57BL/6 mice

138 OCD is characterized by avoidance behaviors that fail to extinguish, and DBS cou

139 y the PAG, such as the dorsal PAG generating avoidance behavior, the lateral PAG generating fight and

140 taxis, aggregation, locomotion, and pathogen avoidance behaviors through the activity of the NPR-1 ne

141 ose of V-PN and DC4-PN, which mediate innate avoidance behavior to carbon dioxide and acidity, respec

142 We then assayed a tectally-mediated visual avoidance behavior to evaluate behavioral impairment and

143 mission in which people can engage in public avoidance behavior to minimize the likelihood of acquiri

144 tremely complex, involving both approach and avoidance behaviors toward specific individuals.

145 sociation, modulate prosocial and inbreeding-avoidance behaviors toward specific potential siblings.

146 pes of two LC types closely resemble natural avoidance behaviors triggered by a visual loom.

147 t (normally attractive to flies) elicits the avoidance behavior typical of CO2.

148 of revaluation of an aversive reinforcer on avoidance behavior using pharmacological agents, thereby

149 re diminished and glr-1-dependent nose-touch avoidance behavior was defective in grld-1 mutants.

150 tput" centromedial amygdala nuclei mediating avoidance behavior was negatively correlated with moneta

151 during the extinction test, suggesting that avoidance behavior was sensitive to the current incentiv

152 ical paw withdrawal thresholds and in escape/avoidance behavior were detected as compared to the sham

153 of avoidance-directing MBONs and odor-driven avoidance behavior, whereas their inhibition enhances od

154 nematode Caenorhabditis elegans shows CO(2) avoidance behavior, which requires a pair of ciliated se

155 ays contribute critically to cocaine-induced avoidance behaviors, while also participating in recipro

156 However, food stimuli also tended to elicit avoidance behavior (withdrawal and avoidance turns) at c

157 . elegans--TOL-1--is required for a pathogen-avoidance behavior, yet how it promotes this behavior is