Name of Course & Code
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Course Outcomes
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BIOCHEMISTRY, BIOSTASTICS AND COMPUTERS
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Upon successful completion of the course students will be able to:
CO1: Acquainted with the historical account and development of biochemistry as a scientific discipline.
CO2:Will have a broad perspective of the scope of biochemitry.
CO3: Will have depth knowledge of basic biochemistry.
CO4: Will have acquired depth knowledge of diversity, classification structure, functional organization and economic importance of virus and bacteria.
CO5: Will have detailed information on basics of biostatistics
CO6: Will have gained knowledge of general characteristics,classification, of computers.
CO7 : Will be thoroughly conversant with the structure of carbohydrates and proteins, their key properties and be able to detect their presence in samples by performing biochemical tests.
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CELL BIOLOGY, GENETICS AND MICROBIOLOGY
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Upon successful completion of the course students will be able to :
CO1: Will be able to explain structure classification Diversity of Cell shape and size.
CO2: Will be able to explain Function and ultra structure of cell Gram positive and Gram negative Bacteria, Plasma membrane, Flagella, Pilli, Endospore and Capsule.
CO3: Will be able to gain depth knowledge of structure and types of nucleotides (DNA& RNA).
CO4: Will be able to understand structure, classification, and properties of enzymes.
CO5: Will be able to understand General features and Economic importance of Fungi, Algae and Protozoa etc
CO6: .Will be able to understand Chromosome variation in number and structure
CO7: Will have learnt the basic concept of Growth physiology and Transport system.
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PRACTICAL SYLLABUS
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CO1: Will be able to do Amylase production test.
CO2: Will be able to Determinebacterial growth curve, Extraction and separation of lipids, Estimation of proteins.
CO3: Will be able Cellulose production test.
CO4: Will be able to do
CO5: Will be able to Estimation of Sugar in given solution.
CO6: Will gain depth practical knowledge of various instruments used in microbiological laboratory.
CO7: Will gain knowledge of preparation of culture media and pure culture isolation techniques.
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RECOMBINANT DNA TECHNOLOGYAND GENOMICS
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Upon successful completion of the course students will be able to
CO1: Will be able to explain concept of Recombinant DNA technology.
CO2: Will gain depth information about properties,types and replication of DNA.
CO3:Will acquired with fundamental aspects of transposons, types and structure.
CO4: Will get acquainted with concept of genetic recombination, genetic analysis of recombination in bacteria.
CO5: Will have learnt types of repair systems of DNA.
CO6: Host controlled Restriction Modification System.
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MOLECULAR BIOLOGY & BIOPHYSICS
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Upon successful completion of the course students will be able to:
CO1: Will be able to understand Concept of Operator, Regulator and Promoter gene
CO2: Will be able to explain Microscopy and Centrifugation.
CO3: Will gain depth information about, LINEs and SINEs.
CO4: Will understand principle of RFLP,RAPD.
CO5: Will have learnt various types of electrophoresisand their application.
CO6: Will get depth knowledge of sequencing of proteins and nucleic acids.
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PRACTICAL SYLLABUS
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CO1: Will gain practical knowledge of Agrose gel electrophoresis.
CO2: Will gain practical knowledge of DNA and RNA isolation from plant and bacteria .
CO3: Gain practical knowledge on chromatography,Absorption curve of dyes, Testing of Beer’s law.
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GENERAL BIOTECHNOLOGY (Plant, Environment and Industrial Biotechnology)
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Upon successful completion of the course students will be able to:
CO1: Gain fundamental information about edible vaccines
CO2: Will get acquainted with basic aspects of mutation.
CO3: Will gain depth information about, Concept of cellular differentiation.
CO4: Will be able to understand concept of Environmental pollution and its type
CO5: Able to understand concept Biofertilizer, Biopesticides,and IPR
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IMMUNOLOGY
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Upon successful completion of the course students will be able to:
CO1: Acquainted with the depth knowledge of Immune system and immunity.
CO2:Will have a broad perspective of Antigen - Antibody and its type.
CO3: Will have depth knowledge of Hypersensitivity.
CO4: Will gain depth information about medical application of blood groups.
CO5: Will have detailed information on Antigen - antibody interaction
CO6: Will acquire with fundamental aspects of. Immunity of infection diseases.
CO7: Will learnt thoroughly the concept of Autoimmune diseases, Organ transplantation and Immunodeficient diseases.
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PRACTICAL SYLLABUS
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CO1: Will gain practical knowledge of Sterilization of plant materials, Preparation of Tissue culture media, Plant tissue culture by plant parts.
CO2: biochemical identification of biodegraded organic molecules, microbial assessment of potable water/BOD/COD.
CO3: Will be able to gain practical knowledge of Blood grouping in relation to Antigen Antibody interaction, Rh factor determination. Widal Test VDRL Test,Double diffusion experiment and ELISA Test.
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