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• To provide holistic knowledge on fish and shellfish pathogens and their control measures.
• To undertake surveillance of existing and emerging fish and shellfish diseases.
• To develop improved diagnostic techniques for the detection of existing and emerging fish and shellfish diseases.
• To develop prophylactic and therapeutic measures including herbal remedies with nutraceutical and immunostimulant formulations for the control of fish and shellfish diseases and study the pharmacodynamics and pharmacokinetics of select formulations.
|COs||Course Outcome||Mapping COs with POs
(High-3, Medium-2, Low-1)
|CO1||Students will gain knowledge about different types of fish pathogen and their treatments.
|PO1-3, PO7-3, PO9-2|
|CO2||To understand the various systems of fishes and shrimps with specific reference to their pathological significance.||PO1-3, PO4-2, PO9-1|
Significance of fin Fish and Shellfish diseases in aquaculture, stress in aquaculture and its role in disease development, pathological processes: cellular response to injury, inflammatory response to diseases, pathogencity mechanism of parasite and bacteria, pathogencity mechanism of virus and fungus.
Examination of normal and diseased fish - thorough examination of external surface.
OIE listed diseases, disease surveillance and reporting, quarantine and health certification in aquaculture, health management strategies in aquaculture, good and best management practices.
Autopsy of the diseased fish.
Disease control through environmental management, sanitary and phytosanitary agreement, vaccines used in aquaculture, immuno-stimulants used in aquaculture.
Bioremediation, viral diseases of fish, viral diseases of shellfish, bacterial diseases of fish, bacterial diseases in shellfish.
Histopathology of organs of diseased fish (sectioning – staining and mounting).
Fungal diseases of fish, fungal diseases of shell fish, protozoan diseases in fish, protozoan diseases in shellfish.
Slide preparation of fish parasites (Protozoan – Helminth and Copepod).
Metazoan parasites of fish, metazoan parasites in shell fish, crustacean parasites of fish, environmental induced diseases of fish, nutrition deficiency diseases.
Collection of ecto parasites and its preservation
Diseases caused by other factors: hereditary factors, tumours of hereditary origin, hydrocoel, tumours, benign and malignant, SPF and its importance, SPR and its importance, quarantine methods and its importance.<br /
Extraction of DNA from the fish fins.
Reference and Textbooks:
Fish Pathology. Author: Ronald J. Roberts.
Prevention and control of fish and prawn diseases. Author: KP Biswas.
Significance of fin fish and shellfish diseases in aquaculture
Stress in aquaculture and its role in disease development
Pathological processes: Cellular response to injury, Inflammatory response to diseases
Pathogencity mechanism of parasite and bacteria
Pathogencity mechanism of virus and fungus
Practice 1: Examination of normal and diseased fish - thorough examination of external surface. (2h)
Office International des Epizooties (OIE) listed diseases
Disease surveillance and reporting
Quarantine and health certification in aquaculture
Health management strategies in aquaculture
Disease control through environmental management
Practice 2: Autopsy of the diseased fish. (2h)
Sanitary and phytosanitary agreement
Vaccines used in aquaculture
Immuno-stimulants used in aquaculture
Practice 3: Histopathology of organs of diseased fish (Sectioning – Staining and Mounting). (2h)
Viral diseases of shellfish
Viral diseases of fish
Bacterial diseases of fish
Bacterial diseases in shellfish
Fungal diseases of fish
Practice 4: Slides preparation of fish parasites (Protozoan – Helminth and Copepod). (2h)
Fungal diseases of shell fish
Protozoan diseases in fish
Protozoan diseases in shellfish
Metazoan parasites of fish
Crustacean parasites of fish
Practice 5: Collection of ecto-parasites and its preservation. (2h)
Environmental induced diseases of fish
Nutrition deficiency diseases
Diseases caused by other factors like hereditary factors, tumours of
Importance of specific pathogen free and specific pathogen resistant species>
Quarantine Methods and its importance
Practice 6: Extraction of DNA from the fish fins. (2h)
Associate Professor, Department of Zoology (School of Applied Sciences) CUTM – Bhubaneswar Dr. Yashaswi Nayak presently serving in Centurion University of Technology and Management as faculty and Head of the Department of Zoology has around sixteen years of teaching experience and possess specialization in Poultry management , vermicomposting processes. Her area of interest is Fishery […]