In this study, the authors successfully produced double point mutations in rice acetolactate synthase gene (OsALS) and generated herbicide resistant rice lines by using TALENs and donor DNA carrying the desired mutations. The HR-mediated gene edits were heritable to the progeny of T1 generation. The edited T1 plants were as morphologically normal as the control plants while displayed strong herbicide resistance. The results demonstrate the feasibility of TALEN-mediated genome editing in rice and provide useful information for further genome editing by other nuclease-based genome editing platforms.
Wonder rice gene seen boosting yields by 36% Manila Standard Today Scientists have discovered a wonder rice gene that could dramatically increase yields of one of the world's most important food crops, the International Rice Research Institute said...
BigField GEG Tech's insight:
A discover which could be a good alternative to GMOs.
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In this study, the authors successfully produced double point mutations in rice acetolactate synthase gene (OsALS) and generated herbicide resistant rice lines by using TALENs and donor DNA carrying the desired mutations. The HR-mediated gene edits were heritable to the progeny of T1 generation. The edited T1 plants were as morphologically normal as the control plants while displayed strong herbicide resistance. The results demonstrate the feasibility of TALEN-mediated genome editing in rice and provide useful information for further genome editing by other nuclease-based genome editing platforms.