Detail 1
Donec eget risus diam. Sed a ligula quis sapien lacinia egestas. Mauris id fermentum nulla. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae. Donec eget risus diam.
Detail 2
Nulla lectus ante, consequat et ex eget, feugiat tincidunt metus. Vivamus sit amet semper lacus, in mollis libero. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae. Vestibulum ante ipsum primis in faucibus orci luctus et ultrices posuere cubilia Curae. Maecenas non leo laoreet, condimentum lorem nec, vulputate massa. Vivamus a ante congue, porta nunc nec, hendrerit turpis. In sit amet felis malesuada, feugiat purus eget, varius mi.
1
A. Greenburgh, V. Bell, N. Raihani. University College London. Paranoia and coalitional psychology: a network study.
Paranoia is known to vary with levels of coalitional threat and safety present in the social environment. However, it remains under-explored whether threat and safety are differentially associated with paranoia, if these relationships vary with the source of threat and safety, and whether such effects hold across the continuum of severity of paranoid thoughts. We employed a network analysis approach with community analysis on a large dataset (n=6337), the UK Adult Psychiatric Morbidity Survey 2007, to test these questions. Paranoia was most strongly related to threat stemming from close social relationships; and safety stemming from the wider social environment was more closely related to paranoia than was safety in close social relationships. Our results also suggest that the relationship between coalitional environment and paranoia may vary with the severity of paranoia. Our results complement neuropsychological work on differential mechanisms for processing threat and safety, and raise implications for future neuroscientific research in this domain.
POSTER SESSIONS
Monday, February 1, 2:00-3:00pm ET, 7-8pm GMT
1. A. Greenburgh, V. Bell, N. Raihani. University College London. Paranoia and coalitional psychology: A network study.
2. A.C. Nelson, V. Kapoor, E. Vaughn, J.A. Gnanasegaram, N.D. Rubinstein, V.N. Murthy, C. Dulac. Harvard University, University of Wyoming, Howard Hughes Medical Institute. Molecular and circuit properties of social hierarchy behavior.
3. A. Keshmirian, B. Bahrami, O. Deroy. Ludwig-Maximilians-University. Many heads are more utilitarian than one.
4. C. Vogt, M. Colvin, C. Miller, D. Sprocket, M. Warden, A. Moeller, M. Sheehan. Cornell University. Spatial and social structure of rewilded lab mice.
5. S. J. Charles1, V. van Mulukom1, M. Farias1, R. I. M. Dunbar2. 1Coventry University, 2University of Oxford. The opioid of the masses: Ritual and the psychobiology of social bonding.
6. D.Scheggia, F. La Greca, F. Maltese, M. DiLuca, F. Papaleo. University of Milan, Italian Institute of Technology. Altruistic or selfish choices in mice.
7. E. Caspar, D. Gishoma, P.A. Magalhaes De Saldanha da Gama. Université libre de Bruxelles. Obedience to authority in the aftermath of a genocide: A social neuroscience study in Rwanda.
8. L.K. Bicks, M. Peng, A. Taub, S. Akbarian, H. Morishita. Icahn School of Medicine at Mount Sinai. An adolescent sensitive period for social dominance hierarchy plasticity in mice.
9. I.K. Rösler, F. van Nunspeet, N. Ellemers. University of Amsterdam. Why criticizing one's morality may backfire: Self-report and ERP findings on the emotional and attentional responses to receiving negative social feedback.
10. I.M. Meier, M. Eikemo, G. Ernst, S. Leknes. Oslo University Hospital, Norway; University of Oslo, Norway; Kongsberg Hospital, Norway. Predicting post-surgical use of opioid-analgesics: Roles of stress and pain?
11. N. Bass, M. Hickey, S. Van Den Berghe, E. Choleris. University of Guelph. Estrogenic regulation of dorsal hippocampal D2-type dopamine facilitated social learning in male mice.
12. J. Powell, A. Kelly. Emory University. The influence of chronic stressors on vasopressin-mediated physiology and social behaviors in the prairie vole.
13. M. Chawla, N.A. Fagan, R. Jia, I Levy, M.J. Crockett*, S.W.C. Chang* (*contributed equally). Yale University. Individual differences in the subjective value of sharing rewards.
14. M. Langguth, M. Bowen. University of Sydney. Exploring social avoidance in the Fragile X Mouse model of Autism Spectrum Disorder using a social fear conditioning paradigm.
15. T.M. Milewski, W. Lee, J.P. Curley. University of Texas at Austin. Social ascension and descension in mouse social hierarchies lead to rapid changes in plasma corticosterone and neural gene expression.
16. P. T. Putnam, O. Dal Monte, S. Fan, S.W.C. Chang. Yale University. Structured spike sequences in the primate brain during social interactive behaviors.
17. R. Boehme, M.F. Karlsson, M. Heilig, H. Olausson, A.J. Capusan. Linköping University. Sharpened self-other distinction in attention deficit hyperactivity disorder.
18. N. Reggev, K. Brodie, M. Cikara, J.P. Mitchell. Ben-Gurion University, Harvard University. Human face-selective cortex does not distinguish between members of a racial outgroup.
19. S.J. Poulson, I. Arain, L.J. Martin. University of Toronto Mississauga. Perception of pain expressions in social partners facilitates the pain response.
20. S. Vos1, F.M. Barbero2, O. Collignon2,3, B. Boets1. 1KU Leuven, Belgium; 2Université Catholique de Louvain, Belgium; 3Università degli Studi di Trento, Italy. Isn’t that sad? Discriminating the sad voices from the neutral voices in a fast periodic oddball EEG paradigm.
21. D. Baimoukhametova, T. Füzesi, A. Zurek, N. Daviu, N. Rasiah, D. Rosenegger, J. Bains. University of Calgary. Hypothalamic corticotropin-releasing hormone neurons in social communication of a negative affective state.
22. T. Istiqlal, T. Furusawa, A.A. Mumang, K. Liaury, I. Yusuf, T. Ishida, H.S. Furusawa. Kyoto University, Japan; Hasanuddin University, Makassar, Indonesia; University of Tokyo, Japan; Nippon Medical School, Japan. Self-construals and approach-motivation in depression patients in Makassar, Indonesia: A case-control study.
23. V. E. Olalde-Mathieu, F. Sassi, A. Reyes-Aguilar, R.E. Mercadillo, S. Alcauter, F.A. Barrios. Universidad Nacional Autónoma de México, Querétaro, México; Universidad Loyola Andalucía, Sevilla, España; Universidad Nacional Autónoma de México, Ciudad de México, México; Universidad Autónoma Metropolitana, Unidad Iztapalapa, Ciudad de México, México. Psychotherapists show functional connectivity differences that relate to a top-down regulation of the empathic response when compared with non-psychotherapists.
24. W. Lee, T. M. Milewski, J.P. Curley. University of Texas at Austin. Distinct immunophenotypic and transcriptomic responses to social status in mouse social hierarchies.
Tuesday, February 2, 2:00-3:00pm ET, 7-8pm GMT
25. A. Stijovic, L. Tomova, N. Skoluda, U. Nater, G. Silani. University of Vienna, University of Cambridge. Effects of acute social isolation and fasting on stress, mood and approach behavior.
26. C. Edgar, H. Laurence, G. Bird, M. Banissy. University of London, University of Oxford. Modulating empathic experience- reduction of vicariously-induced affect using an imitation-inhibition training paradigm.
27. D. McGovern, K. Ecton, D. Huynh, A. Rau, S. Hentges, M. Baratta, D. Root. University of Colorado at Boulder, Colorado State University. Ventral Tegmental Area glutamate neurons mediate social deficits and generalized fear following traumatic stress.
28. G. Loseth, M. Eikemo, I. Meier, S. Leknes. University of Oslo, Oslo University Hospital. A dyadic paradigm to study the neurochemistry of ecologically valid, acute social support after stress.
29. I. Crespo-Sanmiguel. M. Zapater-Fajarí, M. M. Pulopulos, V. Hidalgo, A. Salvador. University of Valencia, University of Zaragoza. Perceived stress but not hypothalamic-pituitary-adrenal axis functioning is related directly and via loneliness to early-life stress.
30. J. Cutler, M. Wittmann, A. Abdurahman, L. Hargitai, D. Drew, M. Husain, P. Lockwood. University of Oxford, University of Birmingham, University of Cambridge. Ageing disrupts reinforcement learning whilst learning to help others is preserved.
31. J. Simon IV, E.L. Rich. Icahn School of Medicine at Mount Sinai. Eye-gaze dynamics using social and nonsocial visual guides during decision-making.
32. J. Baum, R. Abdel Rahman. Humboldt-Universität zu Berlin. Negativity prevails in social judgments: The neural consequences of exposure to negative and positive headlines from explicitly distrusted media sources.
33. J.M. Sadino, C.J. Kelly, X.G. Bradeen, Z.R. Donaldson. University of Colorado Boulder. Toward a transcriptional signature of partner loss.
34. V.M. Khaykin, L.A. Brown, A.H. Veenema, C.J. Reppucci. Michigan State University. Temporal dynamics and neural substrates of social versus food investigation in adolescent C57BL/6 mice.
35. J.D.A. Lee, C.J. Reppucci, S.M. Bowden, E.D.M. Huez, R. Bredewold, A.H Veenema. Michigan State University. Role of vasopressin signaling in the ventral pallidum in the sex-specific regulation of social play behavior in juvenile male and female rats.
36. L. Sailer, A. Park, A. Galvez, A. Ophir. Cornell University. Chemogenetic activation of the lateral septum alters sociality but not pair bonding behaviors in male prairie voles.
37. M. Eikemo, G. Løseth, S. Leknes. University of Oslo, Oslo University Hospital, Norway. The mechanisms of opioid modulation of social bonds in humans.
38. M. Irmayanti, C. Chia. National Cheng Kung University, University of Bengkulu. Task-driven processing dynamics: Seeking evidence in temporo-parieto-occipital cortex.
39. M. Lee, A. Lori, N. Langford, J.K. Rilling. Emory University. A common oxytocin receptor gene (OXTR) polymorphism modulates neural responses to genuine vs. posed smiles.
40. A. Morozov, W. Ito. Virginia Technical University. Social synchronization of conditioned fear in mice.
41. P. Paletta, G. Dhuga, E. Watson, E. Choleris. University of Guelph. Interplay between estrogen and oxytocin receptors on rapid social recognition.
42. S. De Felice, A.F.D.C. Hamilton. University College London. Social interaction matters in (online) learning.
43. S. Freeman, J. Young. Utah State University, USDA-National Wildlife Research Center. Partner preference and forebrain oxytocin and vasopressin 1a receptor distributions in the monogamous coyote (Canis latrans).
44. S. Fan*, O. Dal Monte*, C.C.J. Chu, N.A. Fagan, P.T. Putnam, S.W.C. Chang (* equal contributions). Yale University. Prefrontal and amygdalar substrates of live social gaze interaction.
45. S. Speer, A. Smidts, M. Boksem. Erasmus University Rotterdam. Individual differences in (dis)honesty are represented in the brain’s functional connectivity at rest.
46. T. Bortolini, B. Mello, R. Basilio, R. Fischer, R. Zahn, R. de Oliveira Souza, B. Knutson, J. Moll. Victoria University of Wellington, King's College London, Federal University of the State of Rio de Janeiro, Stanford University. Striatal and septo-hypothalamic responses to affiliative and food reward anticipation and outcome.
47. T. Montoliu, V. Hidalgo, M. Zapater-Fajarí, I. Crespo-Sanmiguel, A. Salvador. University of Valencia, University of Zaragoza. Hair cortisol, perceived stress, and coping strategies in healthy young and older adults.
Wednesday, February 3, 2:00-3:00pm ET, 7-8pm GMT
48. A. Makdani, A. Marshall, A. Porcheron, M.H. Bardel, F. McGlone. Liverpool John Moores University, University of Liverpool, Chanel Parfums Beauté. More than skin deep: The effect of changes in skin hydration on peripheral afferents.
49. A. Banerjee, F. Chen, S. Druckmann, M. Long. Cold Spring Harbor Laboratory, Stanford University, New York University School of Medicine. Motor cortical dynamics during vocal interactions in a Neotropical singing mouse.
50. A. Boender, H. Walum, M. Boon, L. Young. Emory University. Using next-generation sequencing and AAV-CRISPR/Cas9 to identify non-coding regulatory elements in the prairie vole genome that influence OXTR expression.
51. A. Metoki, Y. Wang, I. R. Olson. Temple University, Beijing Normal University. Unique cerebello-cerebral effective and structural connectivity in mentalizing.
52. B.Y.H. Lam*, D. Sun*, C.C.H. Chan, T.M.C Lee. University of Hong Kong, Duke University, Hong Kong Polytechnic University, University of Hong Kong. Striatum grey matter volume and network relates to risky decisions and prosocial decisions.
53. C. Pletti, M. Paulus. Ludwig-Maximilians-Universität München. Neural processing of inequity in preschool children.
54. C.H. Miller, M. Hillock, J. Yang, B. Carlson-Clarke, K. Haxhillari, A. Y. Lee, M.J. Sheehan. Cornell University. Dynamic scent mark signaling across competitive and social contexts.
55. C. Mark, D. Poltavski, T. Petros. Salem State University, University of North Dakota. Differential executive functioning in adulthood as a function of experienced child abuse.
56. D. Aspesi, Z.R. Brill, G. Guillaume, E. Choleris. University of Guelph. Testosterone in the Bed Nucleus of the Stria Terminalis rapidly modulates pro-social and pro-aggressive behaviours in male mice.
57. A. Deak, B. Bodrogi, B. Biro, G. Perlaki, G. Orsi, T. Bereczkei. University of Pecs, Eotvos Lorand University, MTA-PTE Clinical Neuroscience MR Research Group. Valence-specific brain activation in a cognitive reappraisal task: An fMRI study.
58. D.J. Zheng, T.T. Burkhard, D. N. Lam, T. Islam, S.M. Phelps. University of Texas at Austin. Androgenic modulation of vocal circuits in Alston’s singing mouse (Scotinomys teguina).
59. E. Wright, H. Culkin, S. Sekar, B. Trainor. University of California, Davis. Organizational effects of testosterone during puberty drives sex differences in social anxiety behavior in California mice.
60. E.C. Baek, R. Hyon, K. López, M.A. Porter, C. Parkinson. University of California, Los Angeles. Popular people in a social network exhibit synchronized neural responses to naturalistic stimuli, and unpopular people exhibit idiosyncratic neural responses.
61. H. Weinberg-Wolf, N. Fagan, O. Dal Monte, S. Chang. Yale University, University of Turin. Increasing central serotonin with 5-Hydroxytryptophan impairs social inhibition by down-regulating arousal and motivational states.
62. H. Popal, Y. Wang, M. Thornton, I. Olson. Temple University, Beijing Normal University, Dartmouth College. The dimensional structure of social relationship knowledge.
63. K. Thompson, E. Nahmias, N. Fani, T. Kvaran, J. A. Turner, E. B. Tone. Georgia State University, Emory University. Neural responses to real vs. computer partners in an interactive game with socially anxious individuals.
64. M. Meadows, H. Hudson, J. Gulledge, A.S. Magliolo, T.D. Rogers. Middle Tennessee State University. Effects of oxytocin intranasal and intraperitoneal administration and dosage on social behavior in male and female mice.
65. M.J. Sheehan, C.C. Vogt, R.A. Ligon, C. Rivera-Erick, P. Jardat. Cornell University. Spatial and temporal allocation of urine marks in mice throughout the night.
66. V. Diveica, K. Koldewyn, R. Binney. Bangor University. Establishing a role of the semantic control network in social processing: A meta-analysis of functional neuroimaging studies.
67. S.A. Gillera1, W.P. Marinello1, K. Cao1, B.M. Horman1, H.M. Stapleton2, H.B. Patisaul1. 1NC State University, 2Duke University. Vasopressin and dopamine neuron numbers disrupted following developmental exposure to Firemaster 550 in prairie voles.
68. S.L. Kroll, L.M. Mayo, I. Perini, M. Heilig. Linköping University. Negative self-perception induced by stress indexed using facial EMG.
69. T.R. Swart, R. Bruña Fernández, T. Hein, E. Pereda, M.J. Banissy, J. Bhattacharya. Goldsmiths University of London, Universidad Complutense de Madrid, Universidad de La Laguna. Oscillatory correlates of autonomous sensory meridian response in electrophysiological sensor and source space.
70. M. Tabbaa, A. Moses, E.A.D. Hammock. Children's Hospital of Los Angeles, Florida State University. Oxytocin receptors in Advillin-expressing cells are necessary for typical social behavior in adult male and female mice.
71. S. Fittipaldi, J. Migeot, M. Cadaveira, A. Ibanez, S. Baez. Universidad de San Andres, Buenos Aires; National Scientific and Technical Research Council (CONICET), Argentina. Envy processing in adults with high functioning autism: an fMRI study.