Analysis of Complex Environmental Stress Impact of Antarctic Fish: Integrated Biophysical and Genomic Analysis of Adaptation

This project proposes a comprehensive analysis of the impact of environmental stress on Antarctic fish, utilizing an integrated approach that combines biophysical and genomic analyses to study adaptation mechanisms. By integrating disciplines, including physics and biology, this research aims to enhance our understanding of evolutionary processes and adaptation strategies of organisms in extreme environments, such as polar regions. The foundation of this study is based on whole genome sequencing data from a Korean laboratory, which will be analyzed using computational physical techniques to investigate the biological mechanisms of adaptation. This multidisciplinary methodology allows for a more in-depth examination of how Antarctic fish cope with environmental challenges, contributing to our broader understanding of genetic and physiological responses to extreme cold. The project’s outcomes are expected to provide significant insights into the evolutionary strategies of organisms in response to environmental stressors, highlighting the complex interplay between genomic adaptation and environmental conditions. This research represents a pivotal step towards elucidating the principles of life’s resilience in the face of extreme environmental pressures.

Faculty Supervisor:

Gap Soo Chang

Student:

Partner:

Seoul National University of Science and Technology

Discipline:

Life Sciences

Sector:

Biotechnology; Environmental Science and Technology; Life Sciences (not health)

University:

University of Saskatchewan

Program: