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COs | Course Outcomes | Mapping COs with POs
(High-3, Medium-2, Low-1) |
CO1 | To define methods of culturing animal cells. | PO1-2, PO12-2 |
CO2 | To explain the techniques involved in making of transgenic animals. | PO12-2, PO3-3 |
CO3 | To implement assisted reproductive biotechnology techniques in livestock improvement. | PO3-3, PO10-1 |
CO4 | To utilize animal production technologies for sustainable agriculture and food security. | PO1-3, PO9-2 |
CO5 | To formulate technology for integrated farming such as polyculture of fish, edible oyster culture. | PO1-3, PO9-3 |
Module-I (Animal Cell and tissue culture technology-I).
THEORY - Overview of animal cell and tissue culture technology; Cell culture laboratory design and basic laboratory equipment; Media preparation, Role of important components of culture media; Common laboratory hazards and safety issues to consider in cell culture laboratory.
PRACTICE 1 - Sterilization techniques used in animal cell culture
PRACTICE 2 - Preparation of media for animal cell culture
Module-II (Animal Cell and tissue culture technology-II)
THEORY - Types of animal cell culture; Characterization and preservation of animal cells; Advances in cell culture technology; Opportunities and challenges in animal cell and tissue culture technology.
PRACTICE 1 - Study of primary cell culture technique using chick embryo.
PRACTICE 2 - Animal cell batch culture technique.
Module-III (Transgenesis for livestock improvement-I)
THEORY - Overview of transgenic technology; Biopharming through animal transgenesis; Methods of producing transgenic farm animals; Identification and transfer of gene influencing better production and disease resistance.
Module-IV (Transgenesis for livestock improvement-II)
THEORY - Gene transfer methods in animals: Microinjection, Retrovirus mediated gene delivery, Embryonic stem cell mediated gene transfer; Knockout model systems & their utility; Animal as bioreactor.
Module-V (Assisted reproduction biotechnology for livestock improvement).
THEORY -Reproduction biotechnologies and their use in livestock; Somatic cell nuclear transfer cloning; In Vitro Fertilization, Embryo production, preservation and transfer; Sperm and embryo sexing; Intracytoplasmic sperm injection (ICSI); Cryopreservation and gamete banking.
Module-VI (Animal Production technology for sustainable agriculture and food security).
THEORY -Polyculture of fish for high yield; Edible oyster production; Pearl oyster production; Vermi-culture and vermicomposting for alternative and sustainable agriculture; Fish culture in flow through system and recirculation technology.
PRACTICE 1 - Vermicompost preparation from plant debris, cattle dung and paper waste.
Module-VII (Animal Biotechnology & human health).
THEORY - Recombinant therapeutics and production of pharmaceuticals; Production of tissues and organs for humans and xenotransplantation; Process of gene therapy, Pros and cons in gene therapy; Retrovirus and adenovirus mediated gene therapy.
PRACTICE 1 - Preparation of competent cell (Calcium chloride treatment method).
Overview of animal cell and tissue culture technology
Slide Share_Overview of animal Biotech
Cell culture laboratory design and basic laboratory equipment
Slide Share_Basic Lab Equipment
Common laboratory hazards and Safety issues to consider in cell culture laboratory.
Slide Share_Common Lab Hazards
Summarization of Module-I (Doubt Clearance)
Sterilization techniques used in animal cell culture
Preparation of media for animal cell culture
Types of animal cell culture
Animal Cell Culture_Mod I and II
Slide Share_Types of animal cell culture
Characterization and preservation of animal cells
Slide Share_Preservation of cells
Opportunities and challenges in animal cell and tissue culture technology
Challenges during animal cell culture
Study of primary cell culture technique using chick embryo