[A study of genetic stability of male sterile mutant of maize obtained from space flighted seeds].
Jinguo Li, Guangtang Pan, Moju Cao, Ting-zhao Rong, Xing-cun Jiang
Abstract
Jinguo Li, Guangtang Pan, Moju Cao, Ting-zhao Rong, Xing-cun Jiang
Abstract
OBJECTIVE: To select a male sterile mutant of maize through space flight for production application. METHOD: Air dried seeds of maize (Chuan Dan No. 9) were carried to space for 15 d. After returned to the earth, a male sterile mutant was selected and a sterile line was obtained through direction breeding. RESULT: It was found that the sterile material was thoroughly abortive. The sterile was trail stable and expressed a genetic feature of single recessive gene controlled nucleus sterility. CONCLUSION: The appearance of male sterile mutant was due to gene mutation caused by space conditions.
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OBJECTIVE: To select a male sterile mutant of maize through space flight for production application. METHOD: Air dried seeds of maize (Chuan Dan No. 9) were carried to space for 15 d. After returned to the earth, a male sterile mutant was selected and a sterile line was obtained through direction breeding. RESULT: It was found that the sterile material was thoroughly abortive. The sterile was trail stable and expressed a genetic feature of single recessive gene controlled nucleus sterility. CONCLUSION: The appearance of male sterile mutant was due to gene mutation caused by space conditions.
Key concepts: Sterility, Mutant, Biology, Genetics, Gene, Horticulture, Botany