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R&D

Value creation through the combination of advanced 

biotechnology and breeding technology.

Through the development of various genetic resources, generation shortening, DNA molecular markers,

we have generated an accurate breeding system, through the R&D technology using infinite genetic information,

we are breeding a better than before variety by finding excellent key traits.

Development of disease-resistant varieties based on foundation and technology optimized for agriculture,

development of functional varieties that meet consumer trends, by developing and

distributing high quality varieties to farmers, we are taking responsibility for the growth and future of the agriculture industry.

R&D

Value creation through the combination of advanced biotechnology and breeding technology.


Through the development of various genetic resources, generation shortening, DNA molecular markers, we have generated an accurate breeding system, through the R&D technology using infinite genetic information, we are breeding a better than before variety by finding excellent key traits. Development of disease-resistant varieties based on foundation and technology optimized for agriculture, development of functional varieties that meet consumer trends, by developing and distributing high quality varieties to farmers, we are taking responsibility for the growth and futureof the agriculture industry.

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Market Development

The importance of genome-based molecular breeding is increasing as standard genome information is revealedand production of genome information is accelerated by the development of large capacity sequencing technology. Based on genome-based precise breeding, we have established a system that can efficiently select usefultraits

(disease resistance and excellent horticultural traits), and research is being conducted on the developmentof DNA markers such as variety 판변 for excellent variety protection.


ㅡ

Molecular Marker Analysis

With the aim of supporting genome-based precision breeding using useful molecular markers, studies arebeing conducted such as early selection of excellent strains, purity testing of developed new varieties in F1 and variety similarity testing.

ㅡ

Plant Pathology

Water also suffers from a variety of pathogens such as fungi and bacterial viruses. These pathogens can migrate from one crop to another or infect whole packages. To overcome this, resistance to various rice plants we are developing resistant varieties in a shorttime through the process of developing healthy vegetables, screening for disease through breeding disease-resistant crops and developing molecular markers, and finding new disease resistant sources.

ㅡ

Tissue culture

In tissue culture, a part of tissue or organs such as leaves, stems, roots of a plant is separated fromthe parent body, and callus is made through aseptic culture to differentiate and multiply the plant to create a purified plant. Plants have the property of pluripotency to regenerate complete plant bodies through various plant tissuesor cell culture, and shorten the breeding time of family line, supply various useful genetic resources through cell fusion,and create new genetic resources through various technologies we have developed.

ㅡ

Marker Development

The importance of genome-based molecular breeding is increasing as standard genome information is revealedand

production of genome information is accelerated by the development of large capacity sequencing technology.

Based on genome-based precise breeding, we have established a system that can efficiently select usefultraits

(disease resistance and excellent horticultural traits), and research is being conducted on the developmentof DNA markers such as variety 판변 for excellent variety protection.


ㅡ

Molecular Marker Analysis

With the aim of supporting genome-based precision breeding using useful molecular markers, studies arebeing conducted such as early selection of excellent strains, purity testing of developed new varieties in F1 and variety similarity testing.


ㅡ

Plant Pathology

Water also suffers from a variety of pathogens such as fungi and bacterial viruses.

These pathogens can migrate from one crop to another or infect whole packages.

To overcome this, resistance to various rice plants we are developing resistant varieties in a shorttime through the process of developing healthy vegetables, screening for disease through breeding disease-resistant crops and developing molecular markers, and finding new disease resistant sources.

ㅡ

Tissue culture

In tissue culture, a part of tissue or organs such as leaves, stems, roots of a plant is separated fromthe parent body, and

callus is made through aseptic culture to differentiate and multiply the plant to create a purified plant.

Plants have the property of pluripotency to regenerate complete plant bodies through various plant tissuesor cell culture, and

shorten the breeding time of family line, supply various useful genetic resources through cell fusion,and create new genetic resources through various technologies we have developed.

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10, Bamgogae 1-gil, Samjuk-myeon, Anseong-si, Gyeonggi-do (Postal Code: 17513) ㅣ Main Phone  : 031-8053-9700 ㅣ FAX : 031-8053-9797 ㅣ Customer Service Center  : Weekday  8:30AM - 5:30PM (Closed on Saturdays and holidays) ㅣ E-Mail  : thekiban@thekiban.com

COPYRIGHT ⓒ 2015 THE KIBAN Co., Ltd. All Rights Reserved.

Privacy  l   Email_security   l    Policy  

10, Bamgogae 1-gil, Samjuk-myeon, Anseong-si, Gyeonggi-do (Postal Code: 17513) ㅣ Main Phone : 031-8053-9700

FAX : 031-8053-9797 ㅣ Customer Service Center : weekday 8:30AM - 5:30PM (Closed on Saturdays and holidays) 

E-Mail : thekiban@thekiban.com

COPYRIGHT ⓒ 2015 THE KIBAN Co., Ltd. All Rights Reserved.