| 10.30 |
Outcomes symposium O:01. Kulkarni, J. SCAP: A prospective study of outcomes in patients with schizophrenia. Part 1: Clinical Outcomes and Medication Use O:02. Montgomery, W. SCAP: A prospective study of outcomes in patients with schizophrenia. Part 2: The costs associated with schizophrenia in Australia O:03. Frost, A. Results from a multisite effectiveness evaluation of Early Psychosis treatment: Applying hierarchical linear modeling. O:04. Stain, H. The DEPTH project: A multisite RCT for youths at risk for psychosis O:05. Yung, A. Identifying Individuals At Ultra-High Risk Of Developing Psychosis O:06. Wilson, D. The Case for Dual Antipsychotic Use in Treatment Resistant Schizophrenia O:07. Ventouras, J. Social Rituals and Early Detection of Mental Illness O:08. Barton, K. Reducing symptoms of PTSD amongst carers of people with psychosis: a pilot study examining the impact of writing about caregiving experiences |
| 3.30 |
Animal models in schizophrenia(Chair: D Eyles) O:09. Eyles, D. Animal Models for Schizophrenia, Why do we Bother? O:10. Burne, T. Modeling cognitive deficits in schizophrenia using rodents O:11. Martin-Iverson, M. Prepulse Inhibition of the Startle Reflex in Patients Treated With Atypical Neuroleptics O:12. Chahl, L. The somatosensory system and schizophrenia O:13. Van den Buuse, M. Maternal deprivation and corticosterone administration in rats as a neurodevelopmental model of schizophrenia: effects on behaviour and dopamine receptor density O:14. Kesby, J. Developmental Vitamin D Depletion alters adult rat behaviour and response to psychomimetic drugs: a relevant model for schizophrenia O:15. DuBois, T. Brain development disruption from PCP causes behavioural deficits in the forced swim test in later life O:16. Karl, T. Genetic animal models for neuregulin 1 – valuable tools for schizophrenia research? |
MMN and temporal processing in schizophrenia – the past, the present and the future(Chair: P Michie) O:17. Michie, PT. Evidence from MMN of temporal processing deficits in schizophrenia O:18. Matthews, N. Temporal processing in schizophrenia – evidence for impairment across a range of time scales O:19. Todd, J. Insensitivity to temporal context in schizophrenia O:20. Ward, PB. Mismatch negativity (MMN), executive function and symptom severity in 1st episode and chronic schizophrenia O:21. Schall, U. Spatiotemporal activation of MMN generators in schizophrenia O:22. Todd, JT. Between channel gap detection as a measure of left hemisphere advantage for temporal processing in the auditory system |
Emotion, Social Cognition and Psychophysiology(Chair: C Loughland) O:23. Green, M. Social cognition in schizophrenia: Paying attention to context O:24. Langdon, R. Theory-of-mind impairment in schizophrenia: a domain-general difficulty with perspective-taking O:25. Das, P. Automated and controlled processing of fear facial expression display dysfunctions in the amygdala pathways in schizophrenia: a functional connectivity approach O:26. Loughland, C. Are visuo-cognitive disturbances in first-degree relatives of schizophrenia patients evidence for a vulnerability marker? O:27. Green, M. Emotion recognition training normalizes visual scan paths to faces in schizophrenia O:28. McCabe, K. Remediation of facial affect decoding and visual scanpath deficits in schizophrenia To be followed by 30 mins discussion time
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