View source for 20240026470. SYSTEM AND METHOD FOR CHARACTERIZATION AND LABELING OF PLANT VARIETIES simplified abstract (Unknown Organization)

=SYSTEM AND METHOD FOR CHARACTERIZATION AND LABELING OF PLANT VARIETIES=


==Organization Name==

[[:Category:Unknown Organization|Unknown Organization]]


[[Category:Unknown Organization]]

==Inventor(s)==

[[:Category:Angel Vicente Fernandez Marti of Roseville CA (US)|Angel Vicente Fernandez Marti of Roseville CA (US)]][[Category:Angel Vicente Fernandez Marti of Roseville CA (US)]]

==SYSTEM AND METHOD FOR CHARACTERIZATION AND LABELING OF PLANT VARIETIES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240026470 titled 'SYSTEM AND METHOD FOR CHARACTERIZATION AND LABELING OF PLANT VARIETIES

==Simplified Explanation==

The patent application describes a system and method for characterizing and identifying plant varieties based on genetic information. The system involves genotyping plant samples to obtain genetic information, specifically a set of SNP markers. Each SNP marker is color-coded according to predefined rules, resulting in color-coded blocks. These blocks are arranged to form a matrix called a molecular ID, which is used to characterize the plant variety. A QR code associated with the molecular ID is attached to each plant variety.

* The system uses genotyping to obtain genetic information from plant samples.
* The genetic information includes a set of SNP markers.
* Each SNP marker is color-coded according to predefined rules.
* The color-coded markers are arranged to form a matrix called a molecular ID.
* The molecular ID is used to characterize and identify plant varieties.
* A QR code is attached to each plant variety, linking it to its respective molecular ID.

Potential applications of this technology:

* Plant breeding and selection: The system can be used to accurately identify and characterize different plant varieties, aiding in the breeding and selection of desired traits.
* Plant variety protection: The molecular ID and QR code can be used to establish ownership and protect the intellectual property rights of plant varieties.
* Plant research and conservation: The system can assist in the identification and conservation of rare or endangered plant species by providing a reliable method for characterizing and tracking genetic information.

Problems solved by this technology:

* Accurate plant variety identification: The system provides a reliable and standardized method for identifying and characterizing plant varieties based on their genetic information.
* Intellectual property protection: The molecular ID and QR code system helps protect the intellectual property rights of plant breeders and owners by providing a unique identifier for each variety.
* Efficient plant breeding: The use of color-coded SNP markers and molecular IDs streamlines the process of plant breeding by providing a quick and accurate method for identifying desired traits.

Benefits of this technology:

* Improved efficiency and accuracy: The system eliminates the need for subjective visual identification of plant varieties and provides a standardized and objective method for identification based on genetic information.
* Enhanced intellectual property protection: The molecular ID and QR code system provides a secure and traceable method for establishing ownership and protecting the rights of plant varieties.
* Facilitates research and conservation: The system enables researchers and conservationists to accurately identify and track plant varieties, aiding in research, conservation, and the preservation of biodiversity.


==Original Abstract Submitted==

a system and method for characterizing and identifying a plant variety based on genetic information. plant samples are subjected to genotyping to obtain genetic information that includes a set of snp markers. each of the snp markers is color-coded according to predefined rules to obtain respective color-coded blocks. the color-coded blocks are arranged by the system to form a matrix, referred to as a molecular id. this molecular id is used to characterize plant variety. a qr code associated with the respective molecular id is attached to respective plant variety.



[[Category:C12Q1/6895]]
[[Category:G16B20/20]]
[[Category:C12Q1/6858]]