Characterization of GT43 family in Rice to understand their interactions and role in Cell wall Xylan biosynthesis.

Presenter Information

Mohsin Ali Nasir

Abstract

The project aims to fill the gap in rice research by constructing extensive gene co-expression networks (GCNs) using diverse expression datasets via bioinformatics and verifying them through Crispr mutant of GT43 to see interactions in Rice.

Keywords:

Environmental & Plant Biology, Rice, GT43, interactions, Cell wall

Status

Graduate

Department

Environmental & Plant Biology

College

College of Arts and Sciences

Campus

Athens

Faculty Mentor

Faik, Ahmed

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Characterization of GT43 family in Rice to understand their interactions and role in Cell wall Xylan biosynthesis.

The project aims to fill the gap in rice research by constructing extensive gene co-expression networks (GCNs) using diverse expression datasets via bioinformatics and verifying them through Crispr mutant of GT43 to see interactions in Rice.