Regulation of Plant Nodulation by Rhizobial tRNA-Derived Small RNAs

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Track Code	2019-MA-68447
Categories	Agriculture Biotechnology
Keywords	Crop Yield Legume Nitrogen-Fixation Nodulation Plants
Public Abstract	Nitrogen-fixation is often the limiting factor for plant growth and crop yield, because nodulation is hindered by inefficient interactions between Rhizobial bacteria and plants. This technology uses tRNA-derived small RNAs to increase root hair curling and nodule number in legumes. Through gene editing of plants with the tRNA-derived small RNAs, the number of productive Rhizobial infections is dramatically increased. Genetic engineering of plants to promote nodulation has applications in enhancing nitrogen-fixation in legumes and in extending nitrogen fixation capabilities to non-legumes. Advantages: -Improved nitrogen fixation -Lower cost of inputs Potential Applications: -Engineering plants to improve nitrogen fixation
People	Ma, Jianxin (Project leader) Duan, Jingbo Ren, Bo Wang, Xutong
Intellectual Property	Application Date Nov 16, 2021 Type NATL-Patent Country of Filing United States Patent Number (None) Issue Date (None) Application Date Nov 16, 2021 Type NATL-Patent Country of Filing Brazil Patent Number (None) Issue Date (None) Application Date May 18, 2020 Type PCT-Gov. Funding Country of Filing WO Patent Number (None) Issue Date (None) Application Date May 18, 2020 Type NATL-Patent Country of Filing China Patent Number (None) Issue Date (None) Application Date May 16, 2019 Type Provisional-Patent Country of Filing United States Patent Number (None) Issue Date (None)
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