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한국 돌연변이육종 연구의 역사와 주요 성과 및 전망

Brief History, Main Achievements and Prospect of Mutation Breeding in Korea

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초록

Research on mutation breeding started in the early 1960s by researchers at the Atomic Energy Research Institute, Rural Development Administration (RDA) and several universities in Korea. The Radiation Agriculture Research Institute (RARI) was established in 1966, and studies of mutation breeding using radiation were actively conducted for a while. RARI was merged into the Korea Atomic Energy Research Institute (KAERI) and RDA in 1973, and radiation breeding research was neglected by the two agencies. In the 1980s, the relevant research department was lost, which resulted in a recession period of radiation breeding research. The Advanced Radiation Research Institute (ARTI), under the KAERI, was established to promote radiation research and the industry in 2005, which led to the activation of radiation breeding research. Then, the Radiation Breeding Research Center (RBRC) at the ARTI was established with support of the Ministry of Agriculture, Food and Rural Affairs in 2013. Recently, the importance of seed and genetic resources has been emphasized in Korea, and many institutes, companies and private breeders are interested in mutation breeding. The RBRC is trying to develop advanced radiation breeding techniques and new genetic resources using mutation techniques combined with bio-tech. This is to deal with the loss of biodiversity due to global climate change and environmental degradation, growing global demand for food and bio-energy, and to strengthen the protection for new plant varieties. Approximately 180 new mutant varieties were developed and registered officially in Korea. Recently, new mutant varieties, especially of flowers and ornamental plants, have quickly increased and are being commercialized, mainly by private company and breeders.

Abstract

Research on mutation breeding started in the early 1960s by researchers at the Atomic Energy Research Institute, Rural Development Administration (RDA) and several universities in Korea. The Radiation Agriculture Research Institute (RARI) was established in 1966, and studies of mutation breeding using radiation were actively conducted for a while. RARI was merged into the Korea Atomic Energy Research Institute (KAERI) and RDA in 1973, and radiation breeding research was neglected by the two agencies. In the 1980s, the relevant research department was lost, which resulted in a recession period of radiation breeding research. The Advanced Radiation Research Institute (ARTI), under the KAERI, was established to promote radiation research and the industry in 2005, which led to the activation of radiation breeding research. Then, the Radiation Breeding Research Center (RBRC) at the ARTI was established with support of the Ministry of Agriculture, Food and Rural Affairs in 2013. Recently, the importance of seed and genetic resources has been emphasized in Korea, and many institutes, companies and private breeders are interested in mutation breeding. The RBRC is trying to develop advanced radiation breeding techniques and new genetic resources using mutation techniques combined with bio-tech. This is to deal with the loss of biodiversity due to global climate change and environmental degradation, growing global demand for food and bio-energy, and to strengthen the protection for new plant varieties. Approximately 180 new mutant varieties were developed and registered officially in Korea. Recently, new mutant varieties, especially of flowers and ornamental plants, have quickly increased and are being commercialized, mainly by private company and breeders.

참고문헌 (10)

  1. Ahloowalia BS, "Global impact of mutation-derived varieties", Euphytica, 135, pp.187~204 (2004)
  2. FAO, "Manual on Mutation Breeding", Food and Agriculture Organization of the United Nations, 301~ (2018)
  3. Radiation Breeding Technology. In Technical Record Report of Atomic Energy, "KAERI", KAERI, 201~ (2013)
  4. ARTI R&D Capability Report, "KAERI", 172~ (2017)
  5. Kang SY, "Genetic improvement of crop plants by mutation techniques in Korea", Plant Mutation Reports, 1, pp.7~15 (2007)
  6. Kharkwal MC, "Plant Mutation Breeding and Biotechnology", pp.21~30 (2012), CABI
  7. Kim CM, "The facilities and exposure rate of gamma greenhouse", Korean J Breed Sci, 3, pp.93~97 (1971)
  8. Nakagawa H, "Induced mutation for food and energy security : Challenge of inducing unique mutants for new cultivars and molecular research", Bull NARO Crop Sci, 1, pp.33~124 (2017)
  9. Schum A, "Mutation breeding in ornamentals : An efficient breeding method", Acta Hort, 612 (2003), ISHS
  10. "Mutation breeding" (2019)[URL]

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