Plant Genome Editing

The field of exciting genomic editing is rapidly evolving, and accurate genomic editing technology has become an important tool for basic research and plant biotechnology.

The series includes unsolicited research covering all aspects of genome editing techniques (crops and model organisms) for invited research and plant research

This series will be announced at the GARNet-OpenPlant CRISPR-Cas Symposium to be held at John Innes Center Norwich from 7th to 8th September 2015.

If you are interested in joining this series, you can do so through our online submission system. If you are unsure whether the manuscript is suitable for review, please contact the editor. plantmethods@lancaster.ac.uk

Target genomic editing techniques mediated by various sequence-specific nucleases have become a powerful tool for plant genetic function research and crop improvement. Due to its simplicity and versatility, the recently developed CRISPR / Cas9 system makes plant genomic editing easier. Here we introduce a collection of articles published by Molecular Factory on development of plant genome editing technology. I hope that you will be able to read these wonderful papers. It may reflect the molecular plant's devotion in serving partly to the global plant science community. We especially hope that you can find and develop the right tools based on these reports to promote plant science research and to improve agricultural production in the near future.

The designer's TAL effector induces susceptibility to disease and resistance to Xanthomonas. Rice cooker

The genome editing tool has important influence on basic research and applied research of plant biology. A simplified approach to gene / genome editing represents a valuable tool for plant researchers to integrate genes that are important in gene function analysis and breeding of genetically important crop genomes. It is highly promising for plant breeding, as the genome editing system has several attractive features, including simplicity, high efficiency, high specificity, minimal non-target effect and multiple adaptability.

Genome editing tools are becoming a preferred molecular tool for functional genomics and crop improvement. There are many examples of these editing systems used to provide unprecedented understanding of plant biology and crop yield improvement through rapid and targeted mutagenesis and related breeding. Due to its attractive features of simplicity, efficiency, high specificity and diversity, the genomic editing techniques described here will revolutionize the way in which crop breeding is done and will guide the way for next-generation breeding open.

The new genome editing system helps to introduce stable gene point modification into the plant genome and the transgenic region can be easily removed after editing the target gene. This allows production of non-transgenic plants and improved crop varieties. These techniques are faster than traditional breeding methods and help to obtain invalid isolates that lose transgenic insertions. Plants with target mutations developed by genomic editing techniques are almost identical to plants obtained by classical breeding and their safety is higher than the process used to produce them, Must be evaluated in consideration. In this case, ODM derivatives are often indistinguishable from traditional breeding or traditional mutagenic products; therefore, these products should be managed in the same way as products produced by genetic engineering methods is not.