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방사선 및 방사성동위원소 이용 연구과제 구성표
요약문
SUMMARY
목차
제1장 서론 36
제2장 국내외 기술개발 현황 40
제3장 연구개발 수행과 결과 54
제1절 연구내용 및 방법 54
1. 기내 돌연변이 세포주 선발 54
2. 수도 돌연변이 계통 선발 및 평가 58
3. 대두의 돌연변이 육종 및 후대검정 59
4. 들깨 돌연변이 후대 육성 및 선발 62
5. 고추 돌연변이 유기 및 선발 63
6. RI를 이용한 영양생리대사 규명 63
제2절 연구결과 및 고찰 65
1. 기내 돌연변이 세포주 선발 65
2. 수도 돌연변이 계통 선발 및 평가 80
3. 대두의 돌연변이 육종 및 후대검정 86
4. 들깨 돌연변이 후대 육성 및 선발 97
5. 고추 돌연변이 유기 및 선발 99
6. RI를 이용한 영양생리 대사구명 100
제4장 연구개발 달성도 및 대외기여도 108
제5장 연구개발 결과의 활용계획 114
1. 기내 돌연변이 세포주 선발 114
제6장 참고문헌 118
서지정보양식(BIBLIOGRAPHIC INFORMATION SHEET) 166
Table 1. Survival rate in vitro cultured potato shoot treat with... 134
Table 2. Influence of fractionated irradiation on survival rate in... 134
Table 3. Mutation type and frequencies observed in M2 plants induced... 134
Table 4. Androgenic callus formation from the rice anther irradiated with... 135
Table 5. Callus induction & organogenesis from tissue culture of... 135
Table 6. Variants of sweet potato selected by in vitro mutagenesis 136
Table 7. Regenerated plants from embryogenic callus treatment with... 136
Table 8. List of 20 random primers used for DNA polymorphic... 137
Table 9. Variation of agronomic characters of promising mutant lines... 138
Table 10. Agronomic characters of M6 generation of early maturing and... 139
Table 11. Agronomic characters of M6 generation of early maturing... 140
Table 12. Agronomic of promising sprowing soybean lines in performance test 141
Table 13. Agronomic traits of MS lines derived from soybean variety Suwom#115 irradiated with 250Gy of 𝛾-ray 142
Table 14. Agronomic characters of mutant lines derived from soybean variety KAS 360-22 irradiated with 250Gy of 𝛾-ray(M12) 143
Table 15. Agronomic traits of M5 lines derived from soybean variety PaldalKong irradiated with 250Gy of 𝛾-ray 144
Table 16. Agronomic traits of M5 lines derived from soybean variety BangsaKong irradiated with 250Gy of 𝛾-ray 145
Table 17. Number of lines selected in M4 generation of perilla... 146
Table 18. Distribution of flowiering date of selectedlines in M5 generation... 146
Table 19. Agronomic traits of M5 lines derived from perilla variety irradiated... 147
Table 20. Vitamins distributionss of leaves of mutant lines selected from... 147
Table 21. Percent fatty acid composition of perilla leaves of mutants in... 148
Table 22. Selected variants in M3 generation of red pepper irradiated... 148
Table 23. The effect of phosphorus and calcium application on the agronomic... 149
Table 24. Concentration of inorganic components in whole plant of rice... 149
Table 25. Agronomic characters of rice plant after irradiation with gamma... 149
Table 26. Effect of nutrition deficiency in the culture solution upon mineral... 150
Fig 1. Variants selected from in vitro mutagenesis of potato. A, Color... 151
Fig 2. Regenerated plant from potato callus and tubers produced by... 152
Fig 3. Haploid callus derived from rice anther irradiated with... 153
Fig 4. Haploid plant of rice derived from anther culture. A, Atypical... 154
Fig 5. Plant regeneration from in vitro cultured cotyledon and... 155
Fig 6. RAPD profiles generated by various primer in... 156
Fig 7. RAPD profiles of sweet potato irradiated with gamma... 157
Fig 8. RAPD profiles of sweet potato irradiated with gamma... 158
Fig 9. RAPD profiles of sweet potato irradiated with gamma... 159
Fig 10. RAPD profiles of sweet potato irradiated with gamma... 160
Fig 11. Rice varieties of early, short culm and high yielding... 161
Fig 12. Various mutants selected from Perilla treated with gamma... 162
Fig 13. RAPD band patterns of perilla mutants derived from... 163
Fig 14. Influence of nutrient deficiency on the plant height of Ilpoom... 164
Fig 15. Influence of nutrient deficiency on the plant height of Taeback... 165