ライフサイエンスコーパス: social interaction

1 warding experiences (caloric consumption and social interaction).

2 ice procedure (drug versus palatable food or social interaction).

3 and social approach, can be learned through social interaction.

4 is characterized by profound impairments of social interaction.

5 ocial media and chronicling the evolution of social interaction.

6 ferentiated between craving food and craving social interaction.

7 d sense of increased well-being and enhanced social interaction.

8 within the context of a real-time reciprocal social interaction.

9 n colaughter does not match the valence of a social interaction.

10 a dyadic movement task promoting spontaneous social interaction.

11 majority - is a fundamental feature of human social interaction.

12 ions of GABAergic cells and deterioration of social interaction.

13 erstanding of how human minds connect during social interaction.

14 ning new identities is crucial for effective social interaction.

15 have abnormalities of locomotor activity or social interaction.

16 emember faces is one of the pillars of human social interaction.

17 frontal cortex that are dependent on ongoing social interaction.

18 cus on NVC as it pertains to individuals and social interaction.

19 l representations, primarily instantiated on social interaction.

20 behavioral data and applied it to a dynamic social interaction.

21 timulating mPFC D2R+ neurons disrupts normal social interaction.

22 associated with reduced intentions to pursue social interaction.

23 grounded also in internalized linguistic and social interaction.

24 rtant for intentional display of emotions in social interaction.

25 dictive drug (heroin or methamphetamine) and social interaction.

26 M of empathy by eliminating the influence of social interaction.

27 ter isolation, people felt lonely and craved social interaction.

28 , resulting in deterred learning ability and social interaction.

29 investigation of the multiscale dynamics of social interaction.

30 elated to subsequent memory for the original social interaction.

31 s in behaviors such as learning, memory, and social interactions.

32 of emotional behavior is essential for human social interactions.

33 formist or too greedy, markers fail to shape social interactions.

34 ereby helps to interpret unusual outcomes of social interactions.

35 ranscend species and specific mechanisms for social interactions.

36 asure social reward associated with same-sex social interactions.

37 s the salience of both positive and negative social interactions.

38 cal identity and is critically important for social interactions.

39 lays a fundamental role in the regulation of social interactions.

40 imotor transformations that underlie natural social interactions.

41 dentity from faces is crucial for successful social interactions.

42 eficits, reduced anxiety levels, and reduced social interactions.

43 he same sense of touch, especially for their social interactions.

44 ning frequently overlook the role of ongoing social interactions.

45 weighing different utilities during repeated social interactions.

46 encies at the intersection of energy use and social interactions.

47 Facial mimicry is a central feature of human social interactions.

48 ng to eye cues plays a key role during human social interactions.

49 points in gathering information from violent social interactions.

50 e range of human hearing, during close-range social interactions.

51 nderstanding their gaze behavior during live social interactions.

52 tion as dense hubs of energy consumption and social interactions.

53 s of bats engaged in a wide range of natural social interactions.

54 iding an insight into how the brain controls social interactions.

55 tance provided to immigrants during everyday social interactions.

56 dy may explain some of their difficulties in social interactions.

57 nary stasis may occur for traits involved in social interactions.

58 n guide our decisions as we navigate complex social interactions.

59 nal signals, tune motivation, and coordinate social interactions.

60 e hypothalamus and medial amygdala modulates social interactions.

61 ) are believed to play an important role for social interactions.

62 enhanced visual awareness, attentiveness, or social interactions.

63 ssion and an absence of aggression in future social interactions.

64 ry of mind plays a fundamental role in human social interactions.

65 r day, and the calls have prominent roles in social interactions.

66 eties, individuals invest time and energy in social interactions.

67 veness) as potential partners in cooperative social interactions.

68 f COVID-19, probably during conversations in social interactions.

69 t different vocal signals than mice avoiding social interactions.

70 s due to its wide applicability in capturing social interactions.

71 ed to accurately recognize actions and track social interactions.

72 motivation, whereas inhibiting them reduces social interactions.

73 oes interbrain synchrony causally facilitate social interaction?

74 o be isolated from each other, do they crave social interactions?

75 tional expression: most laughter is found in social interactions [1].

76 into CeL and trained them to lever press for social interaction (6 d) and then for methamphetamine in

77 el odors, reward expectation, and as part of social interactions [6-12].

78 explain inconsistent findings in research on social interactions [8, 9].

79 of NPY or a Y(5) receptor agonist increased social interaction, a validated behavior for anxiety, an

80 herapists may focus on increasing meaningful social interactions, addressing concerns related to trea

81 mined videos recorded during semi-structured social interaction administered as the primary outcome i

82 Acoustic communication is fundamental to social interactions among animals, including humans.

83 Our results demonstrate that social interactions among consumers can have a dominant

84 This supports the idea that social interactions among predators can reduce attacks o

85 rontal cortex that is exclusively engaged in social interaction analysis.

86 We implicate vHIP-NAc in social interaction and anxiety-like behavior and identif

87 l behavior of STs and GTs was compared using social interaction and choice tests.

88 Social interaction and communication are evolutionary co

89 which predominantly affect males and exhibit social interaction and communication deficits and repeti

90 dendritic spine density, as well as impaired social interaction and higher-order cognition.

91 jected to psychosocial stress showed reduced social interaction and impaired working memory, and thes

92 ient information, at the timescale of online social interaction and joint action.

93 eurocognitive dysfunctions, such as impaired social interaction and language learning.

94 new dimensions in computational psychiatry: social interaction and mutual sense-making.

95 ral abnormalities of ASD, including impaired social interaction and repetitive behaviors, and reduced

96 erted U relationship between the duration of social interaction and social reward, mediated by oxytoc

97 core body temperature, and social behavior (social interaction and ultrasonic vocalizations) were ex

98 defined by Gad2, resulted in impairments in social interaction and vocal communication.

99 sufficient to reestablish the impairments of social interaction and working memory after stress.

100 -)) abrogated the stress-induced deficits in social interaction and working memory.

101 Our study shows how social interactions and cell aggregation determine the r

102 disorder (ASD) is characterized by impaired social interactions and communication.

103 functions, such as harm avoidance, adaptive social interactions and efficient decision-making.

104 stimuli and touch by others is necessary for social interactions and for a coherent concept of "self.

105 dominant and subordinate males during normal social interactions and in a more complex group consensu

106 he duration of exposure and the closeness of social interactions and is modulated by demographic and

107 n from a set of principles; rather, repeated social interactions and logic constraints among statemen

108 behavioural changes in mice were limited to social interactions and mild working-memory defects, the

109 In this Perspective, we describe how animal social interactions and networks may provide channels fo

110 l circuitry that underlies female aggressive social interactions and provides tools for their manipul

111 cognitive information, avoidance of negative social interactions and reduced reward sensitivity, as w

112 of gut microbial communities is slower than social interactions and shift-working, and the impact of

113 n ecosystem function parameters) depended on social interactions and spatial self-organization on par

114 Both couplings were maintained during social interactions and visually guided object tracking.

115 ociated with human evolutionary development, social interaction, and behavioral complexity.

116 s decreased spontaneous locomotion, impaired social interaction, and decreased marble-burying behavio

117 0 for 14 days reduced hyperarousal, improved social interaction, and improved natural behaviors such

118 ehavioral deficits in cognitive flexibility, social interaction, and novel object recognition (NOR).

119 ffect prefrontal D3 receptors alter anxiety, social interaction, and reversal learning.

120 eely behaving mice during fear conditioning, social interaction, and sleep/wake transitions.

121 cial-conditioned place preference, increased social interaction, and social novelty-seeking).

122 ural correlation covaried with the extent of social interactions, and an increase in correlation prec

123 ogical systems that support food production, social interactions, and biodiversity conservation.

124 racterized by repetitive behaviors, impaired social interactions, and communication deficits.

125 epressive symptoms, quality and frequency of social interactions, and educational attainment were sig

126 ance individuals maintain from others during social interactions, and into which intrusion by others

127 These flies display increased fear, impaired social interactions, and locomotion traits we associate

128 genic mice displayed normal social approach, social interactions, and repetitive motor stereotypies t

129 te of the artworks, the dynamical network of social interactions, and the interaction patterns betwee

130 Abnormalities in social interaction are a common feature of several psych

131 Existing assays of social interaction are suboptimal, and none measures pro

132 nces of behaviours that are exhibited during social interactions are especially sensitive to their lo

133 The rewarding properties of social interactions are essential for the expression of

134 Social interactions are fundamental to survival and over

135 Social interactions are often powerful drivers of learni

136 Social interactions are shaped by features of the intera

137 Aggressive social interactions are used to compete for limited reso

138 orate a multi-brain framework that considers social interaction as an integrated network of neural sy

139 we operationalized the affective aspects of social interactions as ratings of interpersonal closenes

140 ngly, interbrain correlations predict future social interactions as well as dominance relationships i

141 ts provide evidence that, while differential social interactions at localised scales influence patter

142 are also revealing new intricacies of animal social interactions at spatial and temporal resolutions

143 blish the GFP as a key switch in controlling social interactions based on the other's gaze.

144 fer depending on the 'who, what, and how' of social interactions, because these factors are likely to

145 of the vHIP-NAc pathway to anxiety-like and social interaction behavior.

146 al signals during 30 minutes of unrestrained social interaction between a female and a single male or

147 eatments typically occur in the context of a social interaction between healthcare providers and pati

148 Social interaction between microbes can be described at

149 yclidine-induced hyperactivity and increased social interaction between unfamiliar rats without alter

150 pumas may primarily be via non-antagonistic, social interactions between adult conspecifics.

151 ensorimotor interface mediating physical and social interactions between body and environment.

152 ps observe and remember a complex network of social interactions between individual conspecifics rath

153 nimal systems in coordinating and sustaining social interactions between individuals.

154 care, suggesting that selection arising from social interactions between parents and offspring may un

155 tachment as well as tie reinforcement due to social interactions between people.

156 Here we argue that social interactions between signaling variants can expla

157 ordinated increases in their activity during social interactions between virgin female rats.

158 on, or joint action, is a crucial element of social interaction, but the dynamics of nonverbal inform

159 Oxytocin (OT) is widely known for promoting social interactions, but there is growing appreciation t

160 to play a critical role in the evolution of social interactions by promoting diversity or driving ac

161 Social interaction can be seen as a dynamic feedback loo

162 In addition, experimental studies show that social interactions can causally alter animal physiology

163 It represents a way in which social interactions can immediately and potently modulat

164 Theory predicts that social interactions can induce an alignment of behaviora

165 ctivity during bond formation, revealing how social interactions can recruit brain reward systems to

166 ns (NAc), a brain area involved in mediating social interactions, chemomagnetic modulation increases

167 al impairments in multiple domains including social interaction, cognitive function, acoustic startle

168 nterpersonal neural entrainment during early social interaction, considering two ways of measuring en

169 f work investigating psychopathic traits and social interactions, considering not only the environmen

170 Human social interaction crucially relies on the ability to in

171 hich are widely assumed to substantiate core social interactions [D.

172 trate that transplantation rescues recipient social interaction deficits without correcting a common

173 generate excitatory synaptic dysfunction and social interaction deficits, whereas selective enhanceme

174 nk3 mutant mice show repetitive grooming and social interaction deficits.

175 uggest that the neural mechanisms supporting social interaction differ from those involved in social

176 d significant alterations in development and social interactions during dyadic play.

177 the extraction of important information for social interaction (e.g., person identity).

178 d second, it is often tied to agreement-like social interactions (e.g., promises) in which breaches p

179 but lack critical characteristics common to social interactions (e.g., social presence, dynamic visu

180 ides new insights into the impact of MDMA on social interactions, emphasizing the important role of t

181 These approaches included social interaction, engagement with nature, relaxation,

182 in prefrontal cortex, abnormal baseline and social interaction-evoked electroencephalogram (EEG) sig

183 cultural differences in face scanning during social interactions for the first time, with British/Iri

184 n, a lekking bird species in which male-male social interactions form complex social networks.

185 These findings suggest that the degree of social interaction found in Drosophila is insufficient t

186 gent-based model that incorporates fights as social interactions governing a dynamic ranking, communa

187 er, the need for a bidirectional approach to social interaction has been emphasized.

188 Social interactions have a major impact on well-being.

189 ate the behavioural and neural mechanisms of social interactions; however, further theoretical and me

190 orebrain Cul3 deletion displayed autism-like social interaction impairment and sensory-gating deficie

191 cedure to investigate the role of volitional social interaction in drug addiction and other psychiatr

192 Previous studies of strategic social interaction in game theory have predominantly use

193 both sexes, increased locomotion and reduced social interaction in male progeny.

194 tions (semiology) in light of recent data on social interaction in neuroscience.

195 vitro as well as acoustic startle reflex and social interaction in vivo of the Fmr1-KO mice.

196 (MDS) to mediate the rewarding properties of social interactions in a sex-dependent manner.

197 ansfer, takes advantage of various levels of social interactions in ant colonies to disseminate a tox

198 ach other and regularly engage in reciprocal social interactions in joint endeavors to coordinate the

199 ion in the frontal cortex leads to decreased social interactions in juvenile and adult mice.

200 valenced emotions may play a crucial role in social interactions in many species and thus, an underst

201 ria terminalis (BNSTpr), a limbic center, in social interactions in mice.

202 ations for our understanding of economic and social interactions in our society.

203 s, highlighting the importance of restricted social interactions in the evolution of reproductive spe

204 tensive SCIN ablation results in exacerbated social interactions, in which normal social contacts wer

205 MDMA can enhance the experience of positive social interactions; in this case, pleasantness of physi

206 In social interactions, including cooperation and conflict,

207 The duration of social interactions increased 24 hours after chronically

208 e core behavioral features of ASD (decreased social interaction, increased repetitive behavior, and a

209 n a vagus nerve-dependent manner and rescues social interaction-induced synaptic plasticity in the ve

210 Social interactions involve complex decision-making task

211 Sickness effects might also depend on how a social interaction is defined (e.g. the number of groomi

212 Same-sex social interaction is more rewarding in females than in

213 Tracking the outcomes of third-party social interactions is a vital social skill but thought

214 whereby selection on genes expressed only in social interactions is diluted by generations of inactiv

215 om rodents and humans suggests that same-sex social interactions may be more rewarding in females tha

216 Gene expression changes resulting from social interactions may give rise to long term behaviora

217 ry has been very influential in studying how social interactions mediated by public 'goods' or 'bads'

218 Many aspects of virulence rely on social interactions mediated through multiple forms of p

219 Females find same-sex social interactions more rewarding than males and activa

220 eotypes, but in the complexity of real world social interactions, most of our individuating informati

221 the compliance with another set of rules for social interactions, namely the fairness norm, in Wester

222 are captured by social network analysis, and social interaction networks (SINs) have been described f

223 haviour, automated detection and analysis of social interaction networks have fundamentally transform

224 owed vigilance-like behavior and deficits in social interactions, novel object investigation, and nes

225 Social interactions occur between multiple individuals,

226 is critical for the survival and success of social interaction of an individual.

227 proach, with 24 h monitoring of activity and social interaction of groups of mice in a home-cage envi

228 Harnessing the social interactions of pathogens, along with leveraging

229 cr types shape the evolutionary dynamics and social interactions of phage populations in natural comm

230 onstrates the protective effect of rewarding social interaction on heroin self-administration and inc

231 nd that males modify singing behavior during social interactions on a subsecond time course that rese

232 sion and behaviour when they face restricted social interactions or isolation(1-3).

233 environment, promoting physical activity and social interactions, or a standard environment constitut

234 ls interacting with an unfamiliar mouse in a social interaction paradigm.

235 , the rats were tested in the open field and social interaction paradigms and processed for immunosta

236 Social interactions play an increasingly recognized key

237 to infer intention lies at the basis of many social interactions played out via motor actions.

238 Through the drive to negotiate social interactions, primate intelligence reached the po

239 iling to engage in usual patterns of digital social interaction, providing a route to early intervent

240 ritorial aggression; we further hypothesized social interactions, reciprocally, would influence food

241 Across the animal kingdom, social interactions rely on sound production and percept

242 ly studied, OT neuron activity during actual social interactions remains unexplored.

243 SIGNIFICANCE STATEMENT Adaptively navigating social interactions requires an integration of prior exp

244 lopmental disorder characterized by impaired social interactions, restricted interests, and repetitiv

245 orrelation is an inherent feature of natural social interactions, reveal the domain of neural activit

246 In contrast, after the disaster, frequent social interactions reverted back to predicting improved

247 Taking social interaction seriously may also be particularly im

248 Deficits in social interaction (SI) are a core symptom of autism spe

249 der (ASD) is characterized by dysfunction in social interactions, stereotypical behaviours and high c

250 Using this model, we showed that rewarding social interaction suppresses drug self-administration,

251 repetitive and restricted behaviors and poor social interaction symptoms.

252 fferent from controls, but in the reciprocal social interaction test, CASPR2-IgG injected mice showed

253 nt to stress based on their performance in a social interaction test.

254 ase in stress resilience, as measured by the social interaction test.

255 g), sociability (3-chamber social and direct social interaction tests), and communication (ultrasonic

256 he stress effects measured by light/dark and social interaction tests.

257 ng a discrete-trial choice between drugs and social interaction that causes voluntary abstinence from

258 we know little about the characteristics of social interactions that are rewarding or the neural mec

259 le of shared susceptibilities, behaviours or social interactions that distinguish specific links in t

260 Moreover, it is through these social interactions that the harmful effects of stress c

261 of 90 participants as they viewed images of social interactions that varied with respect to violence

262 tion of our lives are spent participating in social interactions, the investigation of the neural mec

263 In addition to social interactions, the recommendation system considers

264 ments in the investigation of 2-person human social interaction to investigate interaction difficulti

265 d negative social expectancies-imagining new social interactions to be rewarding versus threatening-a

266 For instance, errors committed during social interaction typically elicit enhanced ERNs.

267 a specific larval visual pathway involved in social interactions undergoes experience-dependent modif

268 The social interactions underlying group foraging and their

269 Here, we describe a protocol for operant social interaction using a discrete-trial choice between

270 aimed at revealing the neural correlates of social interactions using a three-person (or triadic) fM

271 oblem by analyzing the genome-wide impact of social interactions using genome sequences from 67 Dicty

272 h other, offering the prospect for modifying social interactions via the introduction of artificial a

273 n in sites that project to the VTA following social interaction was also determined.

274 However, anxiety-like behavior during social interaction was not altered by transplant of the

275 y, a model reflecting perceived frequency of social interaction was present beginning at ~110 ms, eve

276 To determine whether CA2 activity encodes social interactions, we recorded extracellularly from CA

277 The temporal aspects of social interactions were manipulated by movement synchro

278 ocomotion, coordination, memory, anxiety and social interactions, were established before the injecti

279 ikely explained by the conditional nature of social interactions, whereby selection on genes expresse

280 can strongly influence adult phenotypes and social interactions, which in turn affect key evolutiona

281 its acquisition is promoted by its value in social interactions, which is evident across phylogeny a

282 cognitive abilities of individuals and their social interactions, which we argue relate to difference

283 el in which rats press a lever for rewarding social interaction with a peer and then choose between a

284 onaggressive) social approach and reciprocal social interactions with a conspecific-comprise a constr

285 adults (in Japan) who were engaged in dyadic social interactions with a local research assistant.

286 roach was not significantly different, fewer social interactions with an estrous female were noted in

287 neurons responding during multiple phases of social interactions with both males and females.

288 t as hunger state escalated, resident animal social interactions with either a female or male intrude

289 formance in APP/PS1 mice fed a Hfd, impaired social interactions with either APP/PS1 genotype or a Hf

290 ampal metaplasticity is bufferable following social interactions with naive partners.

291 aviors in a familial context, exhibited less social interactions with novel conspecifics, and showed

292 ess, depression symptoms, feelings of anger, social interactions with other ethnic groups, functional

293 ment duration and can override learning from social interactions with other individuals.

294 e first career movement could be mediated by social interactions with professionals in the stage feel

295 d c-Fos immunohistochemistry, we report that social interactions with stressed PN30 conspecifics elic

296 The VEx provided standardized "social" interaction with the subjects.

297 This ability is central to successful social interaction - with different social contexts ofte

298 nsing (QS) is the central mechanism by which social interactions within the bacterial community contr

299 d the most informative features of a violent social interaction would be faces, points of contact, an

300 heir facial features is at the core of human social interaction, yet this ability varies widely withi