Biotechnology Books

Durable binding

Easy to understand

Tear resistance

Light weight

Definitions

Historical Background

Scope and Importance of Biotechnology

Genetic Engineering

Tissue Culture

Protoplast Culture and Micropropagations

Biosensors, Biochips, Biofilms and Biosurfactents

Applications of Biotechnology to Agriculture

Plant Breeding

Improvement of quality and Productivity in horticulture

Specific Pathogen-free Plant production

Establishment of an efficient for virus Elimination in Meristem Cultures and Regeneration of High Quality plants

Nitrogen-Fixation

Increased Disease Resistance

Improved Quality of Plant Products

Biotechnology in Tree Improvement

Improved Resistance of Plants to stress

Improving Salt Tolerance and Biosaline Concept

Protein (or Enzyme) Engineering

Animal Diseases

Livestock Production

Recombinant DNA Technology and Rumen Bacteria

Improvement of Nutritive Value of Low Quality Feeds

Novel Food (Protein) Sources

Improvement of Environment

Research Promotion and Priorities in India

Bioinformatics

Gene Banking, Conservation and Exchange in India

Plant Molecular Biological Researches

Service Oriented

Infrastructural Facilities

Gene and Gene Function

Gene Transmission

Recombinant DNA Technology Definitions

Restriction Endonucleases

Type or Restriction Endonucleases

Nomenclature

Recognition Sequences

Cleavage Patterns

Modification of Cut Ends

Steps in Gene Cloning

Isolation of the Desired Gene

cDNA Library

Genomic Library

Chemical Synthesis of Gene

Gene Amplification Through Polymerase Chain Reaction

Vectors

Cloning and Expression Vectors

E.Coli Vectors

Properties of a Good Host

Plasmids

Plasmid Vectors

pSC101

pBR322

pUC7

Bacteriophage Vectors

Phage M 31 Vectors

Cosmid Vectors

Phasmid Vectors

Vectors for Other Bacteria

Shuttle Vectors

Yeast Vectors

Plasmid Vectors

ARS Vectors

Mini chromosome Vectors

Artificial Chromosome Vectors

Vectors for Animals

SV 40 Vectors

Bovine Papillomavirus (BPV) Vectors

Restrovirus Vectors

Vectors for Plants

Integration of the DNA Insert into the Vector

Both Ends Cohesive and Compatible

Both Ends Cohesive and Separately Matched

Both Ends Cohesive and Unmatched

Both Ends Flush/Blunt

One End Cohesive and Compatible. The Other End Blunt

Introduction of the Vector Into a Suitable Host

Increased Competence of E.coli by CaCl2 Treatment

Infection by Vectors Packaged as Virions

Selection of Recombinant Clones

Selection of Clones Containing Recombinant Vectors

Elimination of Non transformed Cells

Selection of the Clone containing A Specific DNA Insert

Multiplication Expression and Integrationof the DNA Insert in Host Genome