PROFESSIONAL
I am a researcher in the field of biochemistry and molecular biotechnology. My past research has focused on exploring the relationship between bacteria and microalgae to promote the production of valuable bioactive compounds. My ongoing research aims to uncover how communication between these microorganisms, specifically through quorum sensing, can be harnessed to benefit aquatic animals. As I continue my work, I hope to discover new insights that could ultimately contribute to developing innovative and sustainable solutions from microalgae, benefiting end-users across diverse industries.
ENTITY :
FACULTY OF AGRICULTURE
PROJECT
Enhancing Climate Resilience in Malaysian Shrimp Coastal Communities through Quorum Sensing Properties in Algal Integrated Multi-Trophic Aquaculture
Enhancing Sustainability in Shrimp Aquaculture through Microalgae-Bacteria System with Quorum Sensing Inhibition Properties
Growth and phycobiliprotein production of non-toxic cyanobacteria through symbiotic bacteria-microalgae interaction and co-cultivation
Amplification of carotenoid biosynthesis gene and total carotenoid content analysis upon stress treatment in Chlorella sp.
RESEARCH INTEREST
Algae & Live Food Culture
Aquatic microbial interactions and consortia dynamics
Quorum-sensing & quorum sensing inhibitors
Systems Biology and Integrative Omics