View clinical trials related to Schizophreniform Disorder.
Filter by:This study evaluates whether prospective pharmacogenetic testing is cost-effective in affecting clinical treatment outcomes in patients with early-phase psychosis.
This a randomized double-blind placebo controlled trial which aims to determine the beneficial effects of minocycline augmentation to clozapine in partial responders to Treatment Resistant Schizophrenia (TRS).
This is a randomized controlled 6-month trial of the efficacy of a novel intervention combining neuroplasticity-based cognitive training with aerobic exercise, compared to the same systematic cognitive training alone. The primary treatment targets are overall cognitive deficit level and independent living skills. The investigators hypothesize that combining neuroplasticity-based computerized cognitive training and neurotrophin-enhancing physical exercise will produce large cognitive and functional improvements, even relative to cognitive training alone. Adding aerobic exercise to a cognitive training program will have the additional benefit of helping to ameliorate medication side effects, reduce the risk for developing metabolic syndrome, and help to prevent the deterioration in physical health that usually follows the onset of schizophrenia and its pharmacologic treatment. The investigators target the period shortly after a first episode of schizophrenia to maximize the generalization of cognitive improvement to functional outcome, before chronic disability is established.
People with mental illness are more likely to smoke and are more severely addicted to nicotine than the general population. As a result, the number of deaths related to tobacco is higher. Smoking is highly addictive because it delivers nicotine very quickly. Research studies show that people who use nicotine replacement therapies (such us patches, gums, etc) are more likely to quit smoking than those who try to quit without using these nicotine products. Recently a new electronic nicotine delivery system (ENDS), also known as electronic cigarette (e-cigarette) is rapidly gaining popularity. Electronic cigarettes are devices that mimic traditional cigarettes and deliver nicotine but do not carry the dangerous chemicals contained in tobacco cigarettes. Given the increasing popularity of e-cigs, there is an urgent need to improve our understanding of both the potential benefits and risks of e-cigs use in people with serious mental illness. In this pilot we propose inviting 50 people with schizophrenia (or schizophrenia-related disorder) who are not intending to quit smoking in the near future to take part in a study in which we will provide 6-weeks of free e-cigs, followed by a 4-week period in which they will not receive free e-cigs and we monitor which products participants choose, and a final 24-week follow-up visit. During the 24-week study period we will assess the use of e-cigs and tobacco cigarettes, the exposure to nicotine and tobacco toxicants, nicotine withdrawal symptoms, the changes in respiratory symptoms and psychiatric symptoms as well as the e-cigs perceived benefits and risks.
The purpose of this study is to determine whether community-based rehabilitation plus facility-based care is superior to facility-based care alone in reducing disability related to schizophrenia in rural Ethiopia.
The purpose of this study is to evaluate the efficacy and safety of A-prexa compared to Zyprexa in patients with schizophrenia, schizophreniform disorder and schizoaffective disorder.
This study proposes to examine the application of rTMS for the treatment of cognitive dysfunction in FEP. This is an important population for study because if effective, rTMS may represent a preventative treatment for the development of social and vocational impairment that is associated with cognitive dysfunction in schizophrenia. This study will also seek to refine the understanding of the brain circuitry that mediates the potential pro-cognitive effects of rTMS through the use of functional magnetic resonance imaging (fMRI) at baseline and following the course of rTMS administration.
Insight, or lack of illness awareness, is a prominent and pressing clinical concern in the treatment and recovery of patients with psychotic disorders. Impaired insight results in poor treatment engagement and adherence, more frequent hospitalizations, greater positive and negative symptoms, and poor psychosocial functioning. Addressing these complications early in the disease process may lead to altered illness course with better outcomes. To date, only a small number of nonpharmacological interventions have been developed, none of which adequately address poor insight during the first few years of psychotic illness. Further, presently available therapeutic interventions do not attend to difficulties associated with improved insight, such as depression. The purpose of this investigation is to implement a novel intervention designed to improve insight, metacognition, neurocognition, symptoms, and ultimately overall functioning in persons with early psychosis. The novel intervention will integrate a number of previously established therapeutic approaches, such as metacognitive, narrative, cognitive behavioral and motivational interviewing, and hence be labeled Integrated Metacognitive Therapy (IMT). In order to measure the efficacy of IMT, all subjects will undergo a battery of assessments in each of these domains prior to and following either a novel intervention (N = 10) or treatment as usual (N = 10) for a period of approximately six months. Throughout the study, each IMT session (N = 10, 24 sessions each) will be audio recorded, transcribed, and de-identified to allow for careful ongoing qualitative analyses of potential active and inert ingredients of the approach and ultimately the development of an IMT manual which can then be tested in a larger, more rigorous randomized control trial. This investigation will play an important role in advancing current knowledge about treating insight in early psychosis. Further, it will serve to expand upon the intervention tools available by producing a much needed treatment manual designed specifically to target insight during an illness phase crucial for positive long term outcomes in psychosis.
1. Study rationale - Nielsen et al reported that after 6 weeks of amisulpride treatment, patients with schizophrenia showed an increase in the anticipation-related functional MRI signal. This suggested that amisulpride could affect the brain structures and that responses to amisulpride could be associated by the brain structures as seen previous studies about treatment response to antipsychotics and brain structures. But to date, no study has examined the impact of brain structure alterations on amisulpride treatment for schizophrenia and its potential clinical significance. 2. Study Objectives 2-1. Primary: To show the differences of the baseline brain structures on the structural MRI between the Solian® treatment responders and the non-responders 2-2. Secondary: To show the differences of the baseline polymorphisms of COMT and BDNF with molecular genetic analysis between the Solian® treatment responders and the non-responders responder defined by PANSS. To find out the correlates of baseline brain structures with symptom severity of schizophrenia at baseline; symptom severity defined by CGI-S and PANSS. To assess psychotic symptom improvement after 8th week of Solian® treatment using PANSS, SANS, SAPS and CGI. To assess safety after 8th week of Solian® treatment with Barnes Akathisia Scale, Simpson-Angus scale and vital signs. To report all serious adverse event within 24hrs regardless of relationship to investigational product. 3. Study Design: Prospective/ Open label/ Interventional/ Controlled 4. Evaluation Criteria: 5-1. Primary endpoints: Brain structures on the structural MRI will be observed before the treatment starts. Based on the clinical response after treatment, patients will be divided in the two different groups as follow and their baseline brain structure of will be compared. Treatment responders and non-responders. 5-2. Secondary endpoints: The relationship of baseline brain structures with symptom severity of schizophrenia. Severity will be determined by CGI-S and PANSS at baseline. The differences of the polymorphisms of COMT and BDNF with molecular genetic analysis using patients' peripheral blood, especially leukocytes, between the treatment responders and the non-responders. Efficacy - PANSS, SANS, SAPS, CGI. Safety - Barnes akathisia scale, Simpson-Angus scale, Vital signs
The aim of the this study is to evaluate the effectiveness of methotrexate added to treatment as usual on positive and negative symptoms, cognitive and social functioning and quality of life of patients suffering from schizophrenia.