Genetic & Plant Breeding
Genetically Modified Organisms (GMOs)
Description
This book concerned with the importance of genetically modified organism to plants and human. The book concerned also on what is gene, structure of gene and the role of gene in heredity. The role of DNA in plants and its structure is discussed. Synthesis of protein and role of DNA and RNA in this process. A genetically modified organism (GMO) means that any organism whose genetic material has been altered using genetic engineering techniques. GMO crops are now commercially planted in some 22 developed and developing countries
Table of Contents
Genetic Engineering,What is Gene,The Genetic Code,Gene Structure ,1-Promoter Region ,2- Coding Region ,3- Termination Sequence,How Do Genes work?,What is DNA?,Where is DNA Found?,How are DNA Sequences Used to Make Proteins?,RNAs (Ribonucleic acids),Messenger RNA (mRNA) ,Ribosomal RNAs (rRNAs) ,Transfer RNA (tRNA) ,snRNPs Small Nuclear Ribonucleic ,Protein Synthesis,Genetically Modified Crops GMO,What are Genetically Modified Crops?,How are GMO Made?,Gene Transfer Mechanism ,Genetically Modified Vegetable ,Transgenic Plants in Tomato Plants,Tomato and Polygalacturonase ,Differences between Transgenic and Normal Tomatoes,Transgenic Tomato and Insect Control ,Transgenic Tomato and Cold Tolerance ,Transgenic Plant in Potato Plant,Transgenic Potato and Hepatitis B,Genetically Modified in Eggplant ,Transgenic Plants and Cabbage,Genetic Transformation and Regeneration,,Regeneration of Young Leaf Explants to Eliminate ,Chimerism,Expression of A Bacillus thuringiensis Toxin (cry1Ab) Genein Cabbage (Brassica oleracea L. var. Capitata L.) ,Chloroplasts Confers High Insecticidal Efficacy Against