Genetically modified plants which synthesize a starch havingincreased swelling power
A genetic modification and plant technology, applied in the field of genetically modified plant cells and plants, can solve the problem of not being able to obtain a significant increase
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[0317] 1. Preparation of the plant expression vector AH32-191 comprising the coding sequence of the protein with starch synthase II activity
[0318] Cut out the full-length coding sequence of the protein (T.a.-SSII) with starch synthase II activity from wheat from plasmid pCF31 (described in WO 9745545, called pTaSS1) by restriction endonuclease Ecl136ll and Xho I, then This was cloned into plasmid IR103-123 (described in WO 05 030941 ) cut with restriction endonucleases EcoRV and Xho I. The obtained expression vector was called AH32-191. The plant expression vector IR103-123 was used for endosperm-specific expression of the target gene under the control of a globin promoter from rice. The plant expression vector IR103-123 also contained the bar gene under the control of the CaMV35S promoter, which was used as a selectable marker for plant transformation.
[0319] 2. Production of rice plants in which the activity of a protein having starch synthase II activity is increased...
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