View source for VIB VZW (20240318194). MEANS AND METHODS FOR PRODUCING DROUGHT TOLERANT CEREALS simplified abstract

=MEANS AND METHODS FOR PRODUCING DROUGHT TOLERANT CEREALS=


==Organization Name==

[[:Category:VIB VZW|VIB VZW]]


[[Category:VIB VZW]]

==Inventor(s)==

[[:Category:Dirk Gustaaf Inz� of Moorsel - Aalst (BE)|Dirk Gustaaf Inz� of Moorsel - Aalst (BE)]][[Category:Dirk Gustaaf Inz� of Moorsel - Aalst (BE)]]

[[:Category:Hilde Nelissen of Gent (BE)|Hilde Nelissen of Gent (BE)]][[Category:Hilde Nelissen of Gent (BE)]]

[[:Category:Reinout Laureyns of Gent (BE)|Reinout Laureyns of Gent (BE)]][[Category:Reinout Laureyns of Gent (BE)]]

==MEANS AND METHODS FOR PRODUCING DROUGHT TOLERANT CEREALS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240318194 titled 'MEANS AND METHODS FOR PRODUCING DROUGHT TOLERANT CEREALS

The present invention pertains to the field of plant molecular biology, specifically in agriculture, with a focus on improving plant yield. Chimeric genes and constructs are provided to enhance plant and crop yield.

* Chimeric genes and constructs are developed to boost plant yield.
* The innovation targets enhancing crop productivity through genetic modification.
* The technology aims to improve agricultural output by manipulating plant genes.
* By introducing specific genetic elements, the invention seeks to increase the yield of plants.
* The chimeric genes and constructs offer a novel approach to enhancing crop production.

Potential Applications:
The technology can be applied in various crops to increase their yield.
It may be utilized in genetically modified organisms for improved agricultural output.
The innovation could benefit farmers looking to enhance their crop productivity.

Problems Solved:
Addresses the challenge of low plant yield in agriculture.
Provides a solution for improving crop production through genetic modification.

Benefits:
Enhanced plant yield leading to increased agricultural productivity.
Potential for higher crop yields and improved food security.

Commercial Applications:
Title: "Enhancing Crop Yield Through Genetic Modification: Commercial Opportunities"
The technology can be commercialized in the agricultural sector for increased crop production.
Market implications include improved profitability for farmers and enhanced food supply.

Prior Art:
Readers can explore existing research on genetic modification in plants for enhancing yield.
Search for prior studies on chimeric genes and their impact on crop productivity.

Frequently Updated Research:
Stay updated on the latest advancements in plant molecular biology for enhancing crop yield.

Questions about Plant Molecular Biology:
1. How does genetic modification impact plant yield?
Genetic modification can enhance plant yield by introducing specific genes to improve traits like disease resistance and productivity.
2. What are the potential risks associated with genetic modification in agriculture?
Genetic modification in agriculture may raise concerns about environmental impact, food safety, and biodiversity.


==Original Abstract Submitted==

the present invention relates to the field of plant molecular biology, more particularly to the field of agriculture, even more particularly to the field of improving the yield of plants. the present invention provides chimeric genes and constructs which can be used to enhance the yield in plants and crops.



[[Category:C12N15/82]]
[[Category:C07K14/415]]
[[Category:CPC_C12N15/8273]]