Frequency and fertility restoration efficiency of Rf3 and Rf4 genes in Indian rice
Identification of new parental lines is crucial for developing ecology‐specific hybrids with ideal agronomic performance. We screened a total of 570 different ecology‐specific Indian rice varieties for the presence of fertility restorer genes, Rf3 and Rf4 using tightly linked markers DRRM Rf3‐10 and...
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| Published in: | Plant breeding Vol. 136; no. 1; pp. 74 - 82 |
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| Main Authors: | , , , , , , , , , , , |
| Format: | Journal Article |
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| Abstract | Identification of new parental lines is crucial for developing ecology‐specific hybrids with ideal agronomic performance. We screened a total of 570 different ecology‐specific Indian rice varieties for the presence of fertility restorer genes, Rf3 and Rf4 using tightly linked markers DRRM Rf3‐10 and RM6100, respectively. Among these varieties, 13% carried Rf3Rf3/Rf4Rf4, 31% carried rf3rf3/rf4rf4, 6% carried Rf3Rf3/rf4rf4 and remaining 50% carried Rf4Rf4/rf3rf3 allelic combinations. A mini set of 40 varieties with variable allelic combinations of fertility restorer genes were testcrossed with WA and Kalinga‐based CMS lines. All the 80 F1s were evaluated for spikelet fertility and fertility restoration ability. Rf3Rf3/rf4rf4 genotypes mostly behaved as partial maintainers or partial restorers. In contrast, rf3rf3/Rf4Rf4 genotypes were partial or effective restorers. However, double dominant genotypes showed better fertility restoration than the genotypes containing Rf3 or Rf4 individually. Some of the genotypes showed unexpected restoration pattern implying occurrence of other fertility restorer(s) apart from Rf3 and Rf4. The perfect restorers and maintainers identified in this study can be directly used in hybrid rice breeding. |
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| AbstractList | Identification of new parental lines is crucial for developing ecology‐specific hybrids with ideal agronomic performance. We screened a total of 570 different ecology‐specific Indian rice varieties for the presence of fertility restorer genes, Rf3 and Rf4 using tightly linked markers DRRM Rf3‐10 and RM6100, respectively. Among these varieties, 13% carried Rf3Rf3/Rf4Rf4, 31% carried rf3rf3/rf4rf4, 6% carried Rf3Rf3/rf4rf4 and remaining 50% carried Rf4Rf4/rf3rf3 allelic combinations. A mini set of 40 varieties with variable allelic combinations of fertility restorer genes were testcrossed with WA and Kalinga‐based CMS lines. All the 80 F1s were evaluated for spikelet fertility and fertility restoration ability. Rf3Rf3/rf4rf4 genotypes mostly behaved as partial maintainers or partial restorers. In contrast, rf3rf3/Rf4Rf4 genotypes were partial or effective restorers. However, double dominant genotypes showed better fertility restoration than the genotypes containing Rf3 or Rf4 individually. Some of the genotypes showed unexpected restoration pattern implying occurrence of other fertility restorer(s) apart from Rf3 and Rf4. The perfect restorers and maintainers identified in this study can be directly used in hybrid rice breeding. Identification of new parental lines is crucial for developing ecology-specific hybrids with ideal agronomic performance. We screened a total of 570 different ecology-specific Indian rice varieties for the presence of fertility restorer genes, Rf3 and Rf4 using tightly linked markers DRRM Rf3-10 and RM6100, respectively. Among these varieties, 13% carried Rf3Rf3/Rf4Rf4, 31% carried rf3rf3/rf4rf4, 6% carried Rf3Rf3/rf4rf4 and remaining 50% carried Rf4Rf4/rf3rf3 allelic combinations. A mini set of 40 varieties with variable allelic combinations of fertility restorer genes were testcrossed with WA and Kalinga-based CMS lines. All the 80 F sub(1)s were evaluated for spikelet fertility and fertility restoration ability. Rf3Rf3/rf4rf4 genotypes mostly behaved as partial maintainers or partial restorers. In contrast, rf3rf3/Rf4Rf4 genotypes were partial or effective restorers. However, double dominant genotypes showed better fertility restoration than the genotypes containing Rf3 or Rf4 individually. Some of the genotypes showed unexpected restoration pattern implying occurrence of other fertility restorer(s) apart from Rf3 and Rf4. The perfect restorers and maintainers identified in this study can be directly used in hybrid rice breeding. Identification of new parental lines is crucial for developing ecology‐specific hybrids with ideal agronomic performance. We screened a total of 570 different ecology‐specific Indian rice varieties for the presence of fertility restorer genes, Rf3 and Rf4 using tightly linked markers DRRM Rf3‐10 and RM 6100, respectively. Among these varieties, 13% carried Rf3Rf3/Rf4Rf4 , 31% carried rf3rf3/rf4rf4 , 6% carried Rf3Rf3/rf4rf4 and remaining 50% carried Rf4Rf4/rf3rf3 allelic combinations. A mini set of 40 varieties with variable allelic combinations of fertility restorer genes were testcrossed with WA and Kalinga‐based CMS lines. All the 80 F 1 s were evaluated for spikelet fertility and fertility restoration ability. Rf3Rf3/rf4rf4 genotypes mostly behaved as partial maintainers or partial restorers. In contrast, rf3rf3 / Rf4Rf4 genotypes were partial or effective restorers. However, double dominant genotypes showed better fertility restoration than the genotypes containing Rf3 or Rf4 individually. Some of the genotypes showed unexpected restoration pattern implying occurrence of other fertility restorer(s) apart from Rf3 and Rf4 . The perfect restorers and maintainers identified in this study can be directly used in hybrid rice breeding. |
| Author | Rao, Ravi Nageswara Ngangkham, Umakanta Samantaray, Sanghamitra Mohapatra, Trilochan Behera, Lambodar Yano, M. Katara, Jawahar Lal Verma, Ram Lakhan Singh, Onkar Nath Subudhi, Hatanath Nayak, Debkanta Ray, Soham |
| Author_xml | – sequence: 1 givenname: Jawahar Lal surname: Katara fullname: Katara, Jawahar Lal organization: National Rice Research Institute (Formerly CRRI) – sequence: 2 givenname: Ram Lakhan surname: Verma fullname: Verma, Ram Lakhan organization: National Rice Research Institute (Formerly CRRI) – sequence: 3 givenname: Debkanta surname: Nayak fullname: Nayak, Debkanta organization: National Rice Research Institute (Formerly CRRI) – sequence: 4 givenname: Umakanta surname: Ngangkham fullname: Ngangkham, Umakanta organization: National Rice Research Institute (Formerly CRRI) – sequence: 5 givenname: Soham surname: Ray fullname: Ray, Soham organization: National Rice Research Institute (Formerly CRRI) – sequence: 6 givenname: Hatanath surname: Subudhi fullname: Subudhi, Hatanath organization: National Rice Research Institute (Formerly CRRI) – sequence: 7 givenname: Lambodar surname: Behera fullname: Behera, Lambodar organization: National Rice Research Institute (Formerly CRRI) – sequence: 8 givenname: Sanghamitra surname: Samantaray fullname: Samantaray, Sanghamitra organization: National Rice Research Institute (Formerly CRRI) – sequence: 9 givenname: Ravi Nageswara surname: Rao fullname: Rao, Ravi Nageswara organization: National Rice Research Institute (Formerly CRRI) – sequence: 10 givenname: Onkar Nath surname: Singh fullname: Singh, Onkar Nath organization: National Rice Research Institute (Formerly CRRI) – sequence: 11 givenname: Trilochan surname: Mohapatra fullname: Mohapatra, Trilochan email: tmnrcpb@gmail.com organization: National Rice Research Institute (Formerly CRRI) – sequence: 12 givenname: M. surname: Yano fullname: Yano, M. |
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| Snippet | Identification of new parental lines is crucial for developing ecology‐specific hybrids with ideal agronomic performance. We screened a total of 570 different... Identification of new parental lines is crucial for developing ecology-specific hybrids with ideal agronomic performance. We screened a total of 570 different... |
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| SubjectTerms | cytoplasmic male sterility Efficiency Fertility fertility restoration gene Genes Genotypes hybrid rice Hybrids Plant breeding spikelet fertility test cross analysis |
| Title | Frequency and fertility restoration efficiency of Rf3 and Rf4 genes in Indian rice |
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