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Guide To Biotechnology Entrance Examinations For JNU (CEEB) & IIT JAM Exams. (Chemistry, Physics & Mathematics) (English) by G K Publications

  • ISBN: 9788183554619
  • Authors: G K Publications
Guide To Biotechnology Entrance Examinations For JNU (CEEB) & IIT JAM Exams. (Chemistry, Physics & Mathematics) (English) by G K Publications
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Guide To Biotechnology Entrance Examinations For JNU (CEEB) & IIT JAM Exams. (Chemistry, Physics & Mathematics) (English)

Author: G K Publications
Language: English
Length (Pages): 968 Pages
Publisher: G. K. Publications Pvt. Ltd

Publication Year 2012
Edition:
Exam:Bank Clerical
ISBN: 9788183554619

Table Of Contents
GATE SYLLABUS
GENERAL INFORMATION
STRUCTURE OF GATE
IMPORTANT TIPS FOR GATE
Section I: Technical Section
PART I : MICROBIOLOGY
1. Prokaryotic and Eukaryotic Cells : Structure and Function
2. Microbial Taxonomy and Diversity
3. Microbial Growth
4. Microbial Metabolism
5. Microbial Genetics
Part II: Biochemistry
1. Carbohydrate
2. Amino Acid
3. Fatty Acid
4. Bio-energetics and Introduction to Metabolism
5. Catabolism of Carbohydrate
6. Biomembrane
7. Signal Transduction
Part III: Molecular Biology and Genetics
1. Nucleic Acid
2. Replication, Transcription and Translation
3. Genetics
PART IV : IMMUNOLOGY
1. Immune System
Section II: Technical Section
1. RECOMBINANT DNA TECHNOLOGY
1.1 Introduction
1.2 Recombinant DNA Technology DNA Cloning
1.3 Tools of Recombinant DNA Technology
1.4 Other Enzymes Used in Recombinant DNA Technology
1.5 Linker, polylinker, adaptor and homopolymer tailing as modification systems of cut ends
1.6 Vectors
1.7 Preparation of chimeric DNA
1.8 Genomic libraries
1.9 DNA Library
1.10 Expression Vectors
1.11 DNA probes
1.12 Polymerase Chain Reaction
1.13 RT-PCR (Reverse transcription PCR)
1.14 Electrophoresis
1.15 Blotting techniques
1.16 Southern Blotting (DNA)
1.17 Northern blotting
1.18 Western blotting
1.19 Genetic Fingerprinting
1.20 Some important term used in RDT
1.21 Micro array technology :
1.22 Heterologous protein expression systems in bacteria and yeast
MULTIPLE CHOICE QUESTIONS
2. ARCHITECTURE OF PLANT GENOME; PLANT TISSUE CULTURE
2.1 Architecture of plant genome
2.2 The general technique of plant tissue culture
2.3 Methods of gene transfer into plant cells
2.4 Integration of the transgenes/manipulation of phenotypic traits in plant
2.5 Inheritance of transgenes
2.6 Analysis and confirmation of transgene integration
2.7 Examples of useful gene transfers
2.8 Suspension cultures
2.9 Problems in Large Scale Culture of Plant Cells
2.10 Production of secondary metabolites
2.11 Micropropagation
2.12 Expression of Animal Protein in Plants
2.13 Genetically Modified Crops
MULTIPLE CHOICE QUESTIONS
3. ANIMAL BIOTECHNOLOGY
3.1 Animal cell metabolism regulation
3.2 Cell Cycle
3.3 Primary Cell Culture
3.4 Nutriteonal Requirements for Animal Cell Culture
3.5 Techniques for mass culture of animal cell lines
3.6 Production of Vaccines
3.7 Growth hormones
3.8 Interferons
3.9 Cytokines and Therapeutic proteins
3.10 Hybridoma Technology
3.11 Gene Knockout
3.12 Stem cells and its application
3.13 Gene Therapy
3.14 Transgenic animals and molecular pharming
MULTIPLE CHOICE QUESTIONS
4. ENZYME SCIENCE AND TECHNOLOGY
4.1 Enzymes
4.2 Specificity of Enzyme Action
4.3 Determination of the Catalytic Activity of Enzymes
4.4 Enzyme Kinetics
4.5 Immobilized Enzyme
4.6 Microbial Production of Enzymes
4.7 Extraction of Enzymes
4.8 Purification of Enzymes
4.9 Biological Roles of Enzymes
MULTIPLE CHOICE QUESTIONS
5. MICROBIAL KINETICS, BIOPROCESS ENGINEERING & DOWNSTREAM PROCESSING
5.1 Microbial growth kinetics
5.2 Bioprocessing engineering
5.3 Aeration and agitation
5.4 Bioprocess calculations based on material and energy balance
5.5 Down stream Processing
MULTIPLE CHOICE QUESTIONS
6. INDUSTRIAL AND ENVIRONMENTAL BIOTECHNOLOGY
6.1 Production of organic acids
6.2 Microbial production of amino acid
6.3 Production of Polysachharides
6.4 Production of Polyhydroxyalkanoates
6.5 Biopel-A Biodegradable plastic
6.6 Microbial lipids
6.7 Single cell protein
6.8 Production of bacterial and Actinomycetous biomass
6.9 Production of yeast Biomass
6.10 Biosensors
6.11 Bioremediation
6.12 Bioaugmentation
6.13 Bio-Fuels
6.14 Antibiotics
MULTIPLE CHOICE QUESTIONS
7. BIOINFORMATICS
7.1 Introduction
7.2 Biological Databases
7.3 Sequence Alignment
7.4 Search Tools
7.5 Structure Alignments
7.6 Phylogenetic Analysis Using Bioinformatics
7.7 Building of a Tree
7.8 Protein Identification Using Bioinformatics
7.9 Gene Prediction Using Bioinformatics
7.10 Practical Experiments
7.11 Genomics
7.12 Microarrays
7.13 Northern Blotting
7.14 Proteomics
7.15 Identifying Protein-Protein & Protein-DNA Interactions
7.16 Protein Microarrays
MULTIPLE CHOICE QUESTIONS
8. SOME KEY POINTS
9. PRACTICE QUESTIONS
PRACTICE SETS I ? V
GATE PAPERS : 1999 ? 2012

 

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