Biotechnology and genomic methods are produced and used in economically important plant species, such as forest and fruit crops, cereals, legumes, and medicinal plants. There are big attempts to test genomic instruments, such as Sequencing, transcriptomics , proteomics and molecular markers designed to classify regulators, genes and strategies responsible for pest and disease resistance and water deficit tolerance, salinity and temperature stress. Based on the tools of physiology, biochemistry and biotechnology, we identify new plant species, increase the development of biomass and also support breeding programmes. New approach in genome engineering (GE) has allowed the accurate modification of DNA sequences in plant cells, providing traits of interest to specifically engineered plants. Targeting efficiency turns to plant cells on the delivery method of both sequence-specific nucleases and repair templates. Plants developed gradually experienced genetic and epigenetic control systems to respond quickly to this problem. Unfavourable conditions such as heat, cold, drought and pathogenic infections. Heat affects plant growth and development, immunity and circadian rhythm, in particular, and poses a serious threat to global food supply. Transgenes appear to be particularly sensitive to epigenetic variation, which can lead to transgene silencing, i.e. transgene expression being completely or partially inactivated. Plants are perfect modelling systems for studying the effect of changing environments on epigenetic trends.
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Research Article: Annals of Biological Sciences
Annals of Biological Sciences received 406 citations as per Google Scholar report