Project 1: Dynamics of Lipid Droplets in Stress Resilience of Microalgae and Plants
Lipid droplets play a crucial role in the stress response of microalgae and plants, significantly impacting their growth and productivity. Our project focuses on investigating the dynamics of lipid droplets under various stress conditions to understand their function and contribution to sustainable development. By unveiling these mechanisms, we aim to enhance the resilience and productivity of microalgae and plants, thereby promoting their use in sustainable agricultural practices and biomaterial applications.
Project 2: Genome-Wide CRISPR-Cas9 Editing and Engineering Tool Development in Microalgae
CRISPR-Cas9 technology has revolutionized genetic research, and we are leveraging this powerful tool to enhance microalgae. Our project involves genome-wide editing of microalgae to improve their traits for various applications, including enhancing the harvesting process for biomaterial and environmental remediation. By precisely modifying specific genes, we aim to boost the performance and utility of microalgae, contributing to significant advancements in biotechnology and sustainable development.
Project 3: Envirogenomics of Microalgae for Revolutionary Biomaterial Applications
In an era where sustainable energy sources are crucial, we focus on harnessing the potential of genetically edited microalgae for biomaterial applications. Our research explores the genetic and environmental interactions in microalgae that contribute to their efficiency. By understanding and optimizing these interactions, we aim to develop innovative green fuel solutions that are both efficient and environmentally friendly.
