Conservation technique for economically valuable marine organisms
Immune response & Gene expression
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Research on the fish immunology has been scanty; this programme focuses mainly on the application immunotechnology to marine fishes. These methodologies will empower the scientific community to develop lab scale product into aquaculture industrially applicable product (antigen and antibody). Seaweeds are rich in proteins, vitamins, carbohydrates, fiber, lipids and minerals. When fresh, they are 75-85% water and 15-25% organic components and minerals. Dry matter is 65-85% organic substances and 30-35% ash (FAO 2005). Some species of algae may contain greater contents of protein, carbohydrates a...
Research on the fish immunology has been scanty; this programme focuses mainly on the application immunotechnology to marine fishes. These methodologies will empower the scientific community to develop lab scale product into aquaculture industrially applicable product (antigen and antibody). Seaweeds are rich in proteins, vitamins, carbohydrates, fiber, lipids and minerals. When fresh, they are 75-85% water and 15-25% organic components and minerals. Dry matter is 65-85% organic substances and 30-35% ash (FAO 2005). Some species of algae may contain greater contents of protein, carbohydrates and fat than the ingredients traditionally used in shrimp diets. India has vast potential for coastal aquaculture development. Shrimp farming development holds immense employment potential for the local people. Food safety is one of the major issues in the shrimp produced in India. It is essential that banned antibiotics should not be used in the hatchery and farm. The extension officers are required to educate the farmers on the responsible use of drug in aquaculture and non-use banned antibiotics in the culture systems.
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