HZPC is employing the services of a specialized robot in its fight against potato diseases and viruses within its breeding program.
Unique robot helps HZPC in the fight against diseases
HZPC is employing the services of a specialized robot in its fight against potato diseases and viruses within its breeding program.
In combination with marker technology, this supports the quicker development of resistant potato varieties so that lower levels of pesticides are required and crop losses are kept to a minimum.
According to us, disease-resistant varieties are an important step towards worldwide food security and sustainable potato growing.
HZPC has had varieties with resistance to G.pallida for the past few decades; the company is now also introducing varieties with a high level of resistance against Phytophthora (late blight), virus and wart disease (potato cyst nematode diseases).
The aim is to ensure that three-quarters of new HZPC varieties are resistant to Phytophthora and the Y-virus by 2030.
In this variety development process, DNA-marker technology is vital; i.e. extracting DNA from a potato plant leaf in order to evaluate all its characteristics. One plant cells contain around 40,000 genes and characteristics.
The more information we know about this molecular information, the more successful the breeding processes will be.
Robot isolates DNA
In the laboratories of the North-Netherlands’ R&D site in Metslawier, where our potato varieties are developed and improved, a specialized robot is helping to provide insights into plant DNA.
Within fifteen minutes, the robot can isolate the DNA of no fewer than 1,536 potato plants. HZPC built the robot to its own designs in order to gain molecular information more quickly.
Breeding involves highly accurate, precision processes. Positive qualities, for example, are crossed with a variety that has resistance to multiple diseases.
The DNA from the descendants is then examined to see whether a most robust variety has been created. The use of the robot and marker technology has allowed us to accelerate the process considerably.
As precision and growing volumes are significantly increased, the chance of finding improved new varieties is also increased.
More responsible foods
We are delighted that this unique robot and marker technology can be used in the fight against viruses and potato diseases.
The Netherlands is a center for breeding and the production of seed potatoes. Within our breeding programs, we focus on disease resistance, food quality and realizing the highest possible yield per square meter in a circular and responsible manner.
Disease resistant potatoes need lower levels of pesticides and that is better for the environment. Resistant varieties also limit large-scale crop losses so there is more responsible food for all global citizens.
Sustainability
Want to read more about resistant varieties and other sustainable initiatives by HZPC? Read their sustainability report 2018 and 2019.
In combination with marker technology, this supports the quicker development of resistant potato varieties so that lower levels of pesticides are required and crop losses are kept to a minimum.
According to us, disease-resistant varieties are an important step towards worldwide food security and sustainable potato growing.
HZPC has had varieties with resistance to G.pallida for the past few decades; the company is now also introducing varieties with a high level of resistance against Phytophthora (late blight), virus and wart disease (potato cyst nematode diseases).
The aim is to ensure that three-quarters of new HZPC varieties are resistant to Phytophthora and the Y-virus by 2030.
In this variety development process, DNA-marker technology is vital; i.e. extracting DNA from a potato plant leaf in order to evaluate all its characteristics. One plant cells contain around 40,000 genes and characteristics.
The more information we know about this molecular information, the more successful the breeding processes will be.
Robot isolates DNA
In the laboratories of the North-Netherlands’ R&D site in Metslawier, where our potato varieties are developed and improved, a specialized robot is helping to provide insights into plant DNA.
Within fifteen minutes, the robot can isolate the DNA of no fewer than 1,536 potato plants. HZPC built the robot to its own designs in order to gain molecular information more quickly.
Breeding involves highly accurate, precision processes. Positive qualities, for example, are crossed with a variety that has resistance to multiple diseases.
The DNA from the descendants is then examined to see whether a most robust variety has been created. The use of the robot and marker technology has allowed us to accelerate the process considerably.
As precision and growing volumes are significantly increased, the chance of finding improved new varieties is also increased.
More responsible foods
We are delighted that this unique robot and marker technology can be used in the fight against viruses and potato diseases.
The Netherlands is a center for breeding and the production of seed potatoes. Within our breeding programs, we focus on disease resistance, food quality and realizing the highest possible yield per square meter in a circular and responsible manner.
Disease resistant potatoes need lower levels of pesticides and that is better for the environment. Resistant varieties also limit large-scale crop losses so there is more responsible food for all global citizens.
Sustainability
Want to read more about resistant varieties and other sustainable initiatives by HZPC? Read their sustainability report 2018 and 2019.
Like to receive news like this by email? Join and Subscribe!
Join Our Telegram Channel for regular updates!
Sponsored Content
Highlighted Company
Related News
Sponsored Content
Latest News
Sponsored Content
Sponsored Content
Sponsored Content
Sponsored Content
Sponsored Content
