Harnessing the Potential of Phytobiotics by Metagenomics and Immunogenomics approaches for Green Solutions of Aquaculture Pathogens in the Southwest Coastal Bangladesh

Broad components:

This sub-project focuses on enhancing sustainable aquaculture practices in the southwest coastal zone of Bangladesh by utilizing Phytobiotics as natural antimicrobial agents. It encompasses disease surveillance, pathogen identification, compound isolation, formulation of phytobiotics-based therapeutics in improving aquaculture production.

Activities and methods:

The study will begin with a comprehensive survey on diseased aquaculture farms to establish a baseline database followed by the characterization of pathogens. Medicinal plants will be screened and the most effective plants will undergo advanced analytical characterization using TLC, HPLC, LC-MS/MS and NMR techniques. The phytobiotics will then be incorporated into aquaculture feed formulations to evaluate their impact on growth and immunological responses. Advanced sequencing technologies will be used for metagenomics and immunogenomics studies.

Expected results and outcomes:

The project is expected to provide a detailed database of aquaculture diseases and current management practices, along with the causative agents. It will identify potential phytobiotics-based antimicrobial agents which will enhance growth and immunity of cultured species in feed. The intellectual property generated will contribute to patent applications and commercial adoption.

Strategies for implementation:

The project will employ an interdisciplinary approach, integrating microbiology, molecular biology, analytical chemistry, and aquaculture management techniques. Collaboration with local farmers, experts, and policymakers will ensure practical application of phytobiotics-based disease control strategies.

Broad impact:

This project will significantly contribute to sustainable aquaculture by reducing dependency on synthetic antibiotics and promoting environmentally friendly disease management strategies. The application of phytobiotics will improve the resilience of aquaculture systems and enhance production in the coastal region. 

• Research Project