CO 1 :  Learn the principles of classification and preservation of biodiversity

CO 2 :  Understand the plant anatomical, physiological and reproductive processes.

CO 3 :  Knowledge on animal classification, physiology, embryonic development and their economic importance.

CO 4 :  Outline the cell components, cell processes like cell division, heredity and molecular processes.

CO 5 :  Comprehend the chemical principles in shaping and driving the macromolecules and life processes.

CO 1 :  Learn the history, ultrastructure, diversity and importance of microorganisms.

CO 2 :   Understand the structure and functions of macromolecules.

CO 3 :   Knowledge on biotechnology principles and its applications in food and medicine.

CO 4 :   Outline the techniques, tools and their uses in diagnosis and therapy.

CO 5 :   Demonstrate the bioinformatics and statistical tools in comprehending the complex biological data.

CO 1 : Describe concept of animal kingdom classification and general characters of Protozoa

CO 2 :  Classify Porifera and Coelenterata with taxonomic keys

CO 3 : Classify Phylum Platy & Nemathelminthes using examples, parasitic adaptation

CO 4 : Describe Phylum Annelida & Arthropoda using examples and economic importance of vermicomposting & economic importance of insects.

CO 5 :  Describe Mollusca, Echinodermata & Hemi chordata with suitable examples in relation to the phylogeny

PRACTICAL

ANIMAL DIVERSITY-I BIOLOGY OF NON-CHORDATES

CO 1 : . To understand the importance of preservation of museum specimens

CO 2 : To identify animals based on special identifying characters

CO 3 :  To understand different organ systems through demo or virtual dissections

CO 4 : To maintain a neat, labelled record of identified museum specimens

CO 1 :  To understand the cell and distinguish between prokaryotic andeukaryotic cell

CO 2 :   To understand the role of different cell organelles in maintenance of lifeactivities

CO 3 :  To acquaint the students with the concept s of cell division and cell cycle

CO 4 :   To acquaint student with basic concepts of molecular biology as to how characters are expressed with a coordinated functioning of replication, transcription and translation in all living beings

CO 5 :  To acquaint the students on the biological importance of biomolecules. in the ecosystem

CO 1 :   Acquainting and skill enhancement in the usage of laboratory microscope

CO 2 :   Hands-on experience of different phases of cell division by experimentation

CO 3 :   Develop skills on human karyotyping and identification of chromosomaldisorders

CO 4 :   To apply the basic concept of inheritance for applied research

CO 5 :   To get familiar with phylogeny ad geological history of origin & evolution ofanimals

CO 1 :  By the completion of the course the graduate should able to –

CO 2 :  Describe general taxonomic rules on animal classification of chordates

CO 3 :   Classify Protochordata to Mammalia with taxonomic keys

CO 4 :   Understand Mammals with specific structural adaptations

CO 5 :   Understand the significance of dentition and evolutionary significance

CO 6 :   Understand the origin and evolutionary relationship of different phyla from Prochordata to Mammalia.

CO 1 :   To understand the history of genetics, gain knowledge basic terminology of genetics

CO 2 :   To acquire knowledge on interaction of genes, various types of inheritance patterns existing in animals with reference to non-Mendelian inheritance.

CO 3 :    To acquire knowledge on chromosomal inheritance

CO 4 :   Acquiring in-depth knowledge on various of aspects of genetics involved in sex determination,

CO 5 :   Acquiring in-depth knowledge on human karyotyping, pedigree analysis and chromosomal disorders concepts of proteomics and genomics.

CO 1 :   Get knowledge of the Vectors and Restriction enzymes used in biotechnology

CO 2 :    Describe the gene delivery mechanism and PCR technique

CO 3 :    Acquire basic knowledge on media preparation and cell culture techniques

CO 4 :    Understand the manipulation of reproduction with the application of biotechnology

CO 5 :    Understand the applications of Biotechnology in the fields of industry and agricultureincluding animal cell/tissue culture, stem cell technology and genetic engineering. e principles and applications of radioisotopes

CO 1 : Develop deeper understanding of what life is and how it functions at cellular level. This course will provide students with a deep knowledge in Evolution and zoo geography, by the completion of the course the graduate shall able to –

CO 2 :  Understand the principles and forces of evolution of life on earth, the process of evolution of new species and apply the same to develop new and advanced varieties of animals

CO 3 : Explain the different evidences of evolution

CO 4 : Understand the theories of evolution

CO 5 :  Explain the various tools for evolution

CO 6 :  Map the distribution of animals according to zoological realms

CO 1 :Develop deeper understanding of concepts of embryology.

CO 2 :Understand the historical perspective and concepts of embryology

CO 3 : Acquire knowledge on gametogenesis, fertilization and cleavage patterns

CO 4 : Understand the fate of germinal layers and extraembryonic membranes

CO 5 : Explain the process of regeneration in certain animals

CO 6 : Examine the process of organogenesis.

CO 1 :   Understand the physiology of digestion and hormonal control of digestion

CO 2 :     Develop a comprehensive picture of respiratory physiology

CO 3 :   Acquire knowledge on the Renal physiology

CO 4 :   Understand the physiology of Nerve and muscle

CO 5 :   Understand the physiology of heart

CO 1 :   Articulate the roles of innate recognition receptors in immune responses

CO 2 :   Compare and contrast humoral versus cell-mediated immune responses

CO 3 :    Distinguish various cell types involved in immune responses and associated functions;

CO 4 :    Distinguish and characterize antibody isotypes, development, and functions

CO 5 :   Understand the role of cytokines in immunity and immune cell activation;

CO 6 :    Understand the significance the Major Histocompatibility Complex in terms of immune response and transplantation