schizophrenia

A web tool for the analysis of cognitive dysfunction in patient journaling during Schizophrenia clinical drug trials

Calculate chlorpromazine-equivalent doses in R

BrainSeq Phase II project lead by LIBD for the BrainSeq Consortium

Detection of Schizophrenia using Extreme Learning Machine

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Integrating machining learning and multi-modal neuroimaging to detect schizophrenia at the level of the individual

This repository contains all codes necessary to reproduce figures and results reported in Stein, Barbosa et al. (Nature Communications, 2020) from the raw data acquired in human behavioral experiments (data included in the repository), and from the relevant model simulations.

Investigate the relationship between polygenetic risk genes of schizophrenia and brain connectivity

The Hopfield network, a point attractor network, is modified here to investigate the behavior of the resting state challenged with varying degrees of noise.

This model can be used to find how many genes are involved in psychiatric disease. To verify the model we have taken the example of schizophrenia.

qSVA adapted for 2 brain regions as part of the BrainSeq Phase II project

Analysis of regulatory impacts of GWAS SNPs associated with psychiatric disorders and cognitive functioning.

Code accompanying the manuscript "Brain gene co-expression networks link complement signaling with convergent synaptic pathology in schizophrenia"

Operating System for schizophrenics

Clustering, prediction and classification using real data from five randomized controlled trials for patients with schizophrenia

Prediction of schizophrenia with NGram Tracing and Word Graph Analysis (exploratory school project, 15 ECTS).

Rapid analysis of scientific papers from bioRxiv and PubMed

Spatial memory in health and disease: Hippocampal stability deficits in the Df(16)A+/- mouse model of schizophrenia

Code to generate the main figures and analyses associated with the manuscript by Jones & Maury et al.

Voice in Schizophrenia. Two parts. Peter Thestrup Waade.

GWAS of Postmortem Brain Samples Sheds Light on the Development of Schizophrenia and Bipolar Disorder