FEATURED RESEACH ASSOCIATE:
New Faculty Join CGE - Fall 2014
Robert Stupar, Ph.D.
Dept. of Agronomy and Plant Genetics
Legume molecular genetics, with an emphasis on soybean. Primary interests include the genetic basis of natural and induced phenotypic variation, identification of agriculturally-important genes, and using genomic strategies for trait improvement.
Application schedule change:
Winter Deadline: Dec. 15th for Travel January 1 - June 30
Summer Deadline: June 15th for Travel July 1 - December 31
CGE Meeting schedule updated for Fall 2014
About the CGE:
Advances in DNA sequencing technology have made it possible to identify the many genes within an organism’s genome. Two current challenges are to understand how these genes work together to dictate how an organism grows and develops and how to make changes in genomes for medical and commercial purposes. Meeting these challenges requires sophisticated tools to manipulate genes. The mission of the Center for Genome Engineering is to develop and disseminate the tools that enable efficient, responsible genome engineering.
At the heart of the CGE’s genome engineering technology are transposable elements – segments of DNA capable of changing their chromosomal position or moving from one DNA molecule to another. Transposable elements constitute a large portion of DNA in many organisms. They naturally shape the genetic code by causing mutations, rearrangements and sequence duplications. At the Center for Genome Engineering, scientists are harnessing these naturally occurring genome engineers to enable precise changes to the genetic code.
We are excited by the progress of the Center since its establishment in 1999 and by the many discoveries of Center scientists that enable new approaches to genome engineering. The Center is poised for the next decade of discovery and is ready to implement its technologies to solve real world problems.