#1
19th January 2013, 03:46 PM
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Rajiv Gandhi institute biotechnology Pune exam
What is the eligibility required for the Rajiv Gandhi institute biotechnology Pune for the M. Sc. (Biotechnology) exam? Give details.
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#2
20th January 2013, 02:52 PM
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Re: Rajiv Gandhi institute biotechnology Pune exam
The eligibility required for the Rajiv Gandhi institute biotechnology Pune for the M. Sc. (Biotechnology) exam is as follows: The Minimum Qualification required by the candidate is the degree of Graduate from any recognized college. The Candidate should have passed B. Sc. from recognized university with Biotechnology/ Microbiology/ Zoology/ Botany/ Biochemistry/ Agriculture as his receptive subjects and have secured minimum of 55% marks (50% for SC/ST) in these subjects. |
#3
23rd March 2015, 12:18 PM
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Re: Rajiv Gandhi institute biotechnology Pune exam
I am searching for the syllabus for entrance examination MBT of Rajiv Gandhi institute biotechnology Pune? Can you please provide me this syllabus?
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#4
23rd March 2015, 12:20 PM
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Re: Rajiv Gandhi institute biotechnology Pune exam
The Rajiv Gandhi institute biotechnology Pune offers admission in the M.Sc. Biotechnology, M. Sc. Medical Biotechnology and M. Sc. Bioinformatics through the CET (MBT ). You are asking for the syllabus for entrance examination MBT of Rajiv Gandhi institute biotechnology Pune. Here I am uploading a file that contains the syllabus for entrance examination MBT of Rajiv Gandhi institute biotechnology Pune. You can download this from here. Syllabus for entrance examination MBT of Rajiv Gandhi institute biotechnology Pune Students appearing for the entrance examination for admission to M.Sc. Biotechnology/M.Sc. Medical Biotechnology/ M.Sc. Bi oinformatics, should be thorough with the syllabus studied at Bachelor61 le vel. The syllabus given below may be followed as a general guideline for the entr ance test. A brief outline of the subject-wise topics is as follows: BOTANY : Botanical Nomenclature; Classification; Taxonomy; P lant development; Embryogenesis; Types of plant reproduction; Methods of plant improvement; Plant cell biology; Plant genetics; Mutations and Polyplo idy; Mendel's experiments and principles of inheritance; Multiple allelism; Quant itative Genetics; Linkage and recombination; Cytoplasmic inheritance; Alterations in genetic make-up: Change at genetic level and in chromosome structure; Gener al account of plant pathogens; Pathogen attack and defense mechanism; Plant diseas e epidemiology; Plant disease management; Principles of plant protection; Molecular plant pat hology; Air-borne biological materials; Analysis of aerospora; Plant genomes; Pl ant genetic engineering; Plant tissue culture; Fermentation technology; Bio-fuels . CELL BIOLOGY & MOLECULAR BIOLOGY Classification of animals, invertebrates and verteb rates Structure of prokaryotic and eukaryotic cell, cell organelles, membrane stru cture and function, cytoskeleton, cell cycle, nucleic acids properties and functions, genetic code, replication, Transcription, Translation; Genetic co de; DNA damage and repair. Recombinant DNA technology and Molecular Biology te chniques:- Dot-blot hybridization, PCR, Finger printing RFLP, Genome ma pping, in-situ hybridization; Animal and plant cell culture:- Tech niques and applications; Vaccines; Media for industrial fermentations; Strai n improvement; Recovery and purification of fermentation products; Different ty pes of bioreactors; Bio- inoculants; Fermentation processes. BIOCHEMISTRY : Compounds of carbon; Functional groups and their ch emistry; Macromolecules:- carbohydrates, lipids, proteins; Enzymes; Vitamins; Concept of molecular weight, molecular mass, their related units; Standard solut ions:- Normality, Molarity, pH- calculations; Buffers; Water; Osmosis; Osmotic pres sure; Hypertonic-hypotonic- Isotonic solutions; Density gradient; Basics of pla nt and animal cell:-their structure-function relationships; Basic concepts re lated to instruments like pH meter, spectrophotometer; Concepts related to poten tial difference, potential gradient, electrochemical cell, emf. MICROBIOLOGY : General properties and principles of classification of actinomycetes, bacteria, fungi and viruses; Bacterial structure: Nutrition, overv iew of metabolism, Virus diversity; Virus replication cycle; Medically impor tant bacteria: Staphylococci, Enter bacteria, Clostridium, Pseudomonas etc ; Epidemiology and public health; Antimicrobials and their mode of action; Principles of microscopy : Types of Microscopes: Bright field, Dark field, Phase contra st ; Antigen-antibody structure, functions and reactions; Innate and adaptive immuni ty; Organs and cells of immune system; Transformation; Transduction; Conjugation; Plasmids; Industrial Mic robiology: Introduction to fermentation process; Preservation and importance o f industrially important micro- organisms; Strain Improvement; Media for industrial fermentations; Inoculum development; Bioinoculants; Fermentor design; Ins trumentation and control; Types of Bioreactors; Aeration and agitation; Recov ery and purification of fermentation products; Effluent treatment; Recombin ant DNA Technology: Basic principles of gene cloning; Vectors for gene clonin g: plasmids and bacteriophages; DNA modification enzymes; Purification of DNA from living cells; Introduction of DNA into living cells; Techniques use in RDT; Cloning vectors for E.coli. BIOINFORMATICS: Basic of Bioinformatics, Basic of Computer, Introdu ction to Programming Languages |
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