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Main Index >> Microbial/Microorganism Genetics

Gene
Gene Transcription
Gene Translation
Structural Genes
Regulatory Gene
Negative Control of Transcription
Positive Control of Transcription
Gene Induction
Gene Repression
Adaption
Mutations
Types of Mutant
Auxotrophic Mutants
Resistant Mutants
Metabolic Mutants
Regulatory Mutants
Common Mutagenic Agents
Bacterial Transformation
Other Type of Mutation based on theris Effect on the Genotype of the Cell
Spontaneous Mutations
Induction of Selective Mutations
Induced Mutations
Sex Types
Sex Factors
Order of Marker Transfer in E.coli Hfr Strains
Transposable Genetic Elements (TGE)
Insertion Sequences Transposable Genetic Elements
Transposons / Jumping Genes Transposable Genetic Elements
Overlapping Genes
Ames Test
Penicillin Enrichment Technique
Replica Plating Technique
Mutations and Adaptability
Recombination in Prokaryotes
Transformation Mechanism in Gene Recombination
Transduction Mechanism in Gene Recombination
Conjugation Mechanism in Gene Recombination
Types of Transduction
Generalized Transduction / Unrestricted Transduction
Specialised Transduction / Restricted Transduction
Abortive Transduction
Phage Conversion
Transfection
Protoplast Fusion
Resistance Transfer Factor (RTF) Bacteriocin Plasmids
Bacillus Plasmids
 

Microbial / Microorganism Genetics


During last twenty five years or so, there has been a dramatic increase in our knowledge of the mechanisms that determine the characteristics of the microorganisms. What we know indeed of the structure and organisation of DNA, has been possible only through the work on microbial genetics, particularly of bacteria and fungi. Microbes have proved ideal organisms of study in molecular biology. We now understand the functioning of genome at molecular level and making efforts to manipulate cells for improving their specific desired properties. This has resulted into a new phase of exploiting bacteria and fungi in industry i.e. in biotechnology.

The hereditary characteristics are coded on DNA, in discrete units genes. During cell division, DNA replication occurs, for which decoding of the genes is carried out in two steps called transcription and translation giving rise to the polymers of RNA and protein respectively.

Properties of Degradative Plasmids in Pseudomonas
Bacteriocins
Sexduction
F Factor / F-Prime
Plasmids
Recombination in Eukaryotes
Gene Cloning Procedure
Applications of Genetic Engineering
Medicinal Applications
Industrial Applications
Environmental Applications
Agriculture Applications
In Understanding of Biological Processes
Biohazards of Genetic Engineering
Dangers
Escape of Chimeric Microorganisms
Procedure and Conditions of Genetic Engineering Research
Safeguards
Restriction Enzymes
Classification of Restriction Enzymes
Class I Enzymes
Class II Enzymes
Nomenclature of Enzymes
Cleavage of Polyoma Virus and SV40 DNA by Restriction Enzymes
Cleavage
Uses of Restriction Enzymes
Isolation of DNA by Shotgun Method
Obtaining DNA from mRNA
Hybridization Method
Reverse Transcriptase Method
Vectors - Carrier DNA Molecules
Co-transformation
Stringent and Relaxed Plasmids
Non-self Transmissible and Self-transmissible Plasmids
Cleavage Sites
Bacteriophages
Cloning Organisms
Splicing and Insertion of DNA
dA:dT Joints, Terminal Transferase Method
Cohesive End Method
Butt Joint Method