Identifying Genetic Variations in Populations
Project Description
Population genetics deals with genetic differences within and between populations and is a part of evolutionary biology. It is used to detect genetic diseases and genetic risk factors for multifactorial diseases, understand diseases using insights obtained from genetic risk factors and treat diseases using these insights. Theoretical population genetics bridges mathematics and evolutionary biology. The cornerstone of population genetics is the Kingman coalescent. Using a new calculus, fractional calculus, we introduced the modified version of Kingman coalescent, which we call fractional coalescent. In this research, you will learn how by using Kingman's coalescent and fractional coalescent we could identify and understand the forces that produce and maintain genetic variation in populations. This project is funded by NSF (National Science Foundation), and students who involve in this research could attend the conferences to present their work.
Project Department
Mathematics
Research Requirements
Students should have a familiarity with Differential Equation and Probability Theory.
Project Duration
October 2021-Ongoing
Contact
Dr. Somayeh Mashayekhi smashay1@kennesaw.edu