View source for BASF SE (20240287538). YIELD IMPROVEMENT BY GENE COMBINATIONS simplified abstract

=YIELD IMPROVEMENT BY GENE COMBINATIONS=


==Organization Name==

[[:Category:BASF SE|BASF SE]]


[[Category:BASF SE]]

==Inventor(s)==

[[:Category:Brody John Deyoung of Research Triangle Park NC (US)|Brody John Deyoung of Research Triangle Park NC (US)]][[Category:Brody John Deyoung of Research Triangle Park NC (US)]]

[[:Category:Renata Bocci Zanon of Santo Antonio De Posse (BR)|Renata Bocci Zanon of Santo Antonio De Posse (BR)]][[Category:Renata Bocci Zanon of Santo Antonio De Posse (BR)]]

[[:Category:Yunxing Cory Cui of Research Triangle Park NC (US)|Yunxing Cory Cui of Research Triangle Park NC (US)]][[Category:Yunxing Cory Cui of Research Triangle Park NC (US)]]

[[:Category:Holger Schultheiss of Einbeck (DE)|Holger Schultheiss of Einbeck (DE)]][[Category:Holger Schultheiss of Einbeck (DE)]]

==YIELD IMPROVEMENT BY GENE COMBINATIONS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240287538 titled 'YIELD IMPROVEMENT BY GENE COMBINATIONS

The present invention relates to plant breeding and farming, specifically focusing on materials and methods for improving plant yield, particularly under fungal pathogen stress.

* The invention aims to enhance plant yield under fungal pathogen stress conditions.
* The materials and methods provided in the patent application are designed to visibly improve plant productivity.
* The innovation targets enhancing plant resistance to fungal pathogens, ultimately leading to increased crop yields.
* The patent application introduces novel techniques for boosting plant performance in the presence of fungal pathogens.
* The technology offers a practical solution for farmers to improve their crop yields in challenging environmental conditions.

Potential Applications:
The technology can be applied in various agricultural settings to enhance crop productivity.
It can be utilized in both conventional and organic farming practices.
The innovation is suitable for a wide range of crops, including cereals, fruits, and vegetables.

Problems Solved:
Addresses the challenge of low crop yields caused by fungal pathogen infestations.
Provides a solution to improve plant resistance to fungal diseases.
Helps farmers mitigate the negative impact of fungal pathogens on crop production.

Benefits:
Enhanced crop yields leading to increased profitability for farmers.
Improved plant health and resilience against fungal pathogens.
Sustainable farming practices with reduced reliance on chemical pesticides.

Commercial Applications:
The technology can be integrated into seed breeding programs to develop disease-resistant crop varieties.
It offers opportunities for agricultural companies to market high-yielding plant varieties.
The innovation can benefit both small-scale and large-scale farmers looking to optimize their crop production.

Questions about Plant Breeding and Farming:
1. How does the technology improve plant yield under fungal pathogen stress?
The technology enhances plant resistance to fungal pathogens, leading to increased crop productivity.

2. What are the potential applications of this innovation in agriculture?
The innovation can be applied to various crops to improve yield and plant health in the presence of fungal pathogens.


==Original Abstract Submitted==

the present invention relates to plant breeding and farming. in particular the invention relates to materials and methods for improving plant yield. preferably such improvement is visible under fungal pathogen stress.



[[Category:C12N15/82]]
[[Category:C07K14/415]]
[[Category:CPC_C12N15/8282]]