View clinical trials related to Schizophrenia.
Filter by:Fute (Flupentixol) combined with MARTAs (Multiple-Acting Receptor Targeted Antipsychotics) drugs has its clinical efficacy toward positive symptoms and might reduce the metabolic syndrome-related factors in patients. This study is the first clinical trial to explore the treatment of patients with flupentixol combined with MARTAs. However, due to research limitations, the number of patients who participated in the clinical trial is small, and it depends on subsequent larger-scale clinical trials for more in-depth verification.
The purpose of this single-arm feasibility study is to develop and pilot test a novel process-based and modular group therapy approach for patients with acute psychotic symptoms in an inpatient setting.
Given the superior effects of CT augmented tDCS in healthy subjects, the aim of the current study was to examine whether the effect of CT on cognition can be enhanced with concurrent anodal tDCS in schizophrenia patients. A double-blinded randomised controlled trial design was utilised and cognitive performances were examined at baseline (T0), immediately after the intervention (T1) and one month post-intervention (T2). It was hypothesized that concurrent CT with tDCS would result in greater and more sustainable cognitive improvement than CT alone because of increased susceptibility to neuroplasticity changes of the underlying activated network (Bikson et al., 2013; Orlov, O'Daly, et al., 2017). The effects of concurrent CT with tDCS were also assessed using blinded assessments of psychotic, negative symptoms, affective symptoms, psychosocial functioning, subjective quality of life (QOL) and tolerability in the two groups.
The visual system has increasingly been recognized as an important site of injury in patients with schizophrenia and other psychoses. Visual system alterations manifest as visual perceptual aberrations, deficits in visual processing, and visual hallucinations. These visual symptoms are associated with worse symptoms, poorer outcome and resistance to treatment. A recent study using brain lesion mapping of visual hallucinations and identified a causal location in the part of the brain that processes visual information (visual cortex). The association between visual cortex activation and visual hallucinations suggests that this region could be targeted using noninvasive brain stimulation. Two case studies have found that brain stimulation to the visual cortex improved visual hallucinations in treatment resistant patients with psychosis. While promising it is unclear whether these symptom reductions resulted from activity changes in the visual cortex or not. Here we aim to answer the question whether noninvasive brain stimulation when optimally targeted to the visual cortex can improve brain activity, visual processing and visual hallucinations. The knowledge gained from this study will contribute to the field of vision by providing a marker for clinical response and by personalizing treatment for patients with psychosis suffering from visual symptoms. This grant will allow us to set the foundation for a larger more targeted study utilizing noninvasive brain stimulation to improve visual symptoms in patients with psychosis.
A clinical trial study to determine the effect of an investigational drug (SEP-363856) has on the way that the drug Metformin travels through the body in people with schizophrenia. This clinical trial will have approximately 24 subjects both male and female 18 year of age and older. This study will be conducted in approximately 2 study sites in the United States.
This is a single-blind randomized within-subject crossover design study that will be conducted in 2 phases. In Phase 1, up to 50 participants, after signing informed consent and determining eligibility, will undergo a baseline EEG and cognitive assessment. In Phase 2 participants will undergo tACS at IAF+2Hz, IAF-2Hz, and IAF during a double-flash illusion task in a randomized order. The tACS will be applied with a current of 1-2 mA (milliamperes) via two saline soaked electrode sponges (25 cm²) applied to the back of the head. The investigator's hypothesis is that participant's will perform better on the visual task while tACS is set to 2 Hz above their IAPF, relative to tACS set to 2 Hz below their IAPF.
This clinical study is a randomized, open label, multiple-dose, 2-way crossover, phase I (Bioequivalence) study to compare the safety and pharmacokinetics profile of WID-CLZ18 and Clozaril 100 mg tablet (Clozapine) after oral administration in schizophrenia patients.
The purpose of this study is to assess the safety and effects on electrical activity in the brain of an investigational drug (RL-007) for improving cognition in patients with schizophrenia
The purpose of this study is to determine the effect of the psychoeducation program based on the Uncertainty in Illness Theory on intolerance to uncertainty, psychological well-being and coping styles of caregivers of schizophrenia patients. Sample was 54 (experimental group:27; control group: 27) caregivers. Experimental group received psychoeducation program (5 sessions) based on Mishel's Reconceptualized Uncertainty in Illness Theory while control group did not receive any intervention. Data were collected 2 times: pre test, post test.
The goal is to provide combination of 2 hours of weekly game based telehealth therapeutic intervention along with CBT-P for children identified with first onset psychosis or to be clinically high risk for psychosis thus widening therapeutic services offered. Target outcome measures are improvement in clinical symptoms, treatment engagement, and reduced hospitalization rates.