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Plant Mutation Breeding And Biotechnology Pdf

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Martin A. Parry, Pippa J. Increasing crop yields to ensure food security is a major challenge.

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Plant Mutation Breeding and Biotechnology

Mutation breeding , sometimes referred to as " variation breeding ", is the process of exposing seeds to chemicals or radiation in order to generate mutants with desirable traits to be bred with other cultivars. Plants created using mutagenesis are sometimes called mutagenic plants or mutagenic seeds. There are different kinds of mutagenic breeding such as using chemical mutagens like ethyl methanesulfonate and dimethyl sulfate , radiation or transposons to generate mutants. Mutation breeding is commonly used to produce traits in crops such as larger seeds, new colors, or sweeter fruits, that either cannot be found in nature or have been lost during evolution. Exposing plants to radiation is sometimes called radiation breeding and is a sub class of mutagenic breeding. Radiation breeding was discovered in the s when Lewis Stadler of the University of Missouri used X-rays on maize and barley. In the case of barley, the resulting plants were white, yellow, pale yellow and some had white stripes.

Plant mutation breeding and biotechnology.

University of Nairobi, P. Plant Breeding and Genetics. Plant breeding is defined as identifying and selecting desirable traits in plants and combining these into one individual plant. Sharma Director of Research Dr. Start with a seed.


In: Shu Q, BP F, Nakagawa H (eds) Plant Mutation breeding and biotechnology. CAB International, Oxfordshire, pp. – Kurowska M, Daszkowska-Golec A​.


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Plant mutagenesis is rapidly coming of age in the aftermath of recent developments in high-resolution molecular and biochemical techniques. By combining the high variation of mutagenised populations with novel screening methods, traits that are almost impossible to identify by conventional breeding are now being developed and characterised at the molecular level. This paper provides a comprehensive overview of the various techniques and workflows available to researchers today in the field of molecular breeding, and how these tools complement the ones already used in traditional breeding. Finally, different ways of bridging the gap between genotype and phenotype are discussed.

Not a MyNAP member yet? Register for a free account to start saving and receiving special member only perks. This chapter explores the likelihood of unintended effects from diverse methods of genetic modification of plants and animals see Operational Definitions in Chapter 1. Specifically, it discusses unexpected outcomes of breeding methods used to develop a food crop or strain and unexpected or unintended effects recorded in the scientific literature. It also includes analyses of methods intentionally used for modifying food sources and comparing the likelihood of unintended changes resulting from the use of genetic engineering versus other methods of genetic modification discussed in Chapter 2.

Plant Mutation Breeding and Biotechnology

Nielen S. Mutagen effects in the first generation after seed treatment: biological effects of mutation treatments.

Q Y Shu-Plant mutation breeding and biotechnology-CABI (2012)

New Breeding Techniques NBTs include several new technologies for introduction of new variation into crop plants for plant breeding, in particular the methods that aim to make targeted mutagenesis at specific sites in the plant genome NBT mutagenesis. The decision was based in a context of conventional plant breeding using mutagenesis of crop plants by physical or chemical treatments. These plants are explicitly exempted from the EU GMO legislation, based on the long-termed use of mutagenesis. Thus, by both strategies mutations in any gene across the genome can be obtained at a rather high speed. However, the differences between the strategies are 1 the precision of the exact site of mutation in a target gene, and 2 the number of off-target mutations affecting other genes than the target gene. Both aspects favour the NBT methods, which provide more precision and fewer off-target mutations. This is in stark contrast to the different status of the two technologies with respect to EU GMO legislation.

New Breeding Techniques NBTs include several new technologies for introduction of new variation into crop plants for plant breeding, in particular the methods that aim to make targeted mutagenesis at specific sites in the plant genome NBT mutagenesis. The decision was based in a context of conventional plant breeding using mutagenesis of crop plants by physical or chemical treatments. These plants are explicitly exempted from the EU GMO legislation, based on the long-termed use of mutagenesis. Thus, by both strategies mutations in any gene across the genome can be obtained at a rather high speed.

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