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Research project

Neurological Condition Genetics Research

FLAMES and FUMA-based analysis of genome-wide association data to investigate the genetic basis of neurological conditions.

Ongoing

Computational Biology • Jacobs School of Medicine and Biomedical Sciences, University at Buffalo • 08/2026 – Present

Lab / team: Williams Lab

Overview

Williams Lab, in the Jacobs School of Medicine and Biomedical Sciences at the University at Buffalo, studies the genetic and neurobiological basis of neurological and neurodevelopmental conditions. Mohammad Aarish Khan contributes through FLAMES and FUMA-based analysis of GWAS data sets.

Research question

How can genomic and computational analysis help illuminate the genetic architecture underlying neurological conditions?

Motivation

Understanding the genetic underpinnings of neurological conditions may provide insight into disease mechanisms and inform more targeted research strategies.

Methodology

Computational genetics pipelines, statistical analysis, and evidence-based interpretation of gene-level associations.

Outcomes

Ongoing. The work contributes to understanding how genetic data can be analyzed to support research on neurological conditions.

Tools and technologies

PythonFLAMESFUMAGenomicsBiological Data Analysis

Data

GWAS data sets

Tags

neurological conditionsschizophreniageneticscomputational biology