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Thermostable rubisco activase complexes

总结

Improved heat tolerance in plants for enhanced crop yields under heat stress

技术优势

Maintaining current cop yields in traditional growing areas despite climate change.
Expanding potential growing areas of heat-sensitive crops into warmer zones.

技术应用

Maintaining current crop yields in traditional growing areas despite climate change.
Expanding potential growing areas of heat-sensitive crops into warmer zones.
Can potentially be incorporated through conventional breeding techniques in rice crops (Orzya sp.).
Can be incorporated through standard recombinant techniques into plants other than (Orzya sp.)

详细技术说明

A novel variant of Rubisco activase (RCA) with greater activity at elevated temperatures. The RCA variant was identified in wild Australian rice (Orzya australiensis), in which we have shown that it produces more thermally stable complexes up to 42 degrees C, contrasting with RCA from common commercial rice, O. sativa, which forms unstable complexes above 36 degrees C. Photosynthetic activity in O. sativa is halved at 45 degrees (cf. 28 degrees C), whereas photosynthesis rates in plants with our heat-tolerant variant of RCA remains stable.
This technology could be applied to many crops to maintain current yields in traditional growing areas into the future, despite predicted increasing average temperatures from climate change. The technology could also be used to expand the current growing areas of heat-sensitive crops into hotter and more arid zones traditionally considered unsuitable for temperate crops.

合作类型

Licensing - cereal crops (except wheat)

申请号码

WO/2016/115594

ID号码

2011010

国家/地区

澳洲