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Mutation Breeding of Mushroom by Radiation

이영근|Chandran Sathesh-Prabu
(사)한국방사선산업학회 (Korean Society of Radiation Industry)|2011.12|방사선산업학회지 (Journal of Radiation Industry)|제5권 제4호|pp. 285-295|DOI 10.23042/radin.2011.5.4.285

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참고문헌

키워드

MushroomRadiation mutagenesisMutation breeding

초록

Mushrooms belonging to macrofungi have been consumed by humans for their nutritionaland medicinal values for centuries throughout the world. Mushroom farming is practiced in morethan 100 countries of the world, with production increasing at a rate of 7% per annum. High yieldand good quality are always the principal goals for agriculturally important crops, including mushrooms. Several breeding methods are employed for strain improvement such as mass selection basedon the natural chance mutation and induced mutation (mutation breeding), protoplast fusion technology,cross breeding and transgenic breeding. However, mutation breeding has shown prominentsuccess in crop plant improvement. Though several-hundred mutant crop varieties have beendeveloped around the world, the mutation breeding of mushrooms is limited. This review paperexplores the potential application of radiation on the development of mutant varieties of mushroomsfor breeding with desired traits such as better quality and productivity.

Abstract

Mushrooms belonging to macrofungi have been consumed by humans for their nutritionaland medicinal values for centuries throughout the world. Mushroom farming is practiced in morethan 100 countries of the world, with production increasing at a rate of 7% per annum. High yieldand good quality are always the principal goals for agriculturally important crops, including mushrooms. Several breeding methods are employed for strain improvement such as mass selection basedon the natural chance mutation and induced mutation (mutation breeding), protoplast fusion technology,cross breeding and transgenic breeding. However, mutation breeding has shown prominentsuccess in crop plant improvement. Though several-hundred mutant crop varieties have beendeveloped around the world, the mutation breeding of mushrooms is limited. This review paperexplores the potential application of radiation on the development of mutant varieties of mushroomsfor breeding with desired traits such as better quality and productivity.

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