We apply genome editing to create new varieties of agricultural crops, making them more productive with improved traits and resistant to various adverse conditions and pathogens.
Gene editing is a method of making precise changes to an organism's DNA. While such changes happen naturally, they occur quite infrequently. Genetic editing allows for instant improvements to be implemented, significantly speeding up the breeding process and enabling natural evolution at an accelerated pace.
We use CRISPR-Cas technology for transforming plants and creating optimal combinations of necessary genes of a given type within a single plant. The proteins we have developed unlock limitless possibilities for enhancing the natural traits of agricultural crops, increasing editing efficiency, and protecting intellectual property (new varieties). The protocols we have created for in vitro plant cultures (microclonal propagation, editing) allow you to reduce the time needed to obtain a new variety.
Our technology will enable you to improve the varieties or components of hybrids simultaneously across several traits, such as:
Our technological platform has the potential to transform any crop in any region, providing limitless opportunities to accelerate your breeding process.
Gene editing is a method of making precise changes to an organism's DNA. While such changes happen naturally, they occur quite infrequently. Genetic editing allows for instant improvements to be implemented, significantly speeding up the breeding process and enabling natural evolution at an accelerated pace.
We use CRISPR-Cas technology for transforming plants and creating optimal combinations of necessary genes of a given type within a single plant. The proteins we have developed unlock limitless possibilities for enhancing the natural traits of agricultural crops, increasing editing efficiency, and protecting intellectual property (new varieties). The protocols we have created for in vitro plant cultures (microclonal propagation, editing) allow you to reduce the time needed to obtain a new variety.
Our technology will enable you to improve the varieties or components of hybrids simultaneously across several traits, such as:
- Resistance to pathogens (viruses, bacteria, fungi)
- Increase/decrease in biochemical components (protein, specific fatty acids, aromatic compounds, and others)
- Resistance to abiotic factors (drought, salinity, frost resistance, and others)
- Changes in morphological characteristics (changes in stem length, changes in grain shape, and others)
- Resistance to herbicides of a specified class
Our technological platform has the potential to transform any crop in any region, providing limitless opportunities to accelerate your breeding process.
Genomic editing
to CREATE a given genotype in one step
to CREATE a given genotype in one step
We guarantee the confidentiality and security of your data, ensuring the protection of information about your varieties and the work carried out.
We are also ready to offer you flexible terms of cooperation, adapted to your needs.
We are also ready to offer you flexible terms of cooperation, adapted to your needs.
Amaryllidaceae
Garlic
Solanaceae
Tomatoes
Potatoes
Peppers
Tobacco
Garlic
Solanaceae
Tomatoes
Potatoes
Peppers
Tobacco
Apiaceae
Carrot
Celery
Cucurbitaceae
Melon
Watermelon
Zucchini
Carrot
Celery
Cucurbitaceae
Melon
Watermelon
Zucchini
Rosaceae
Apple
Pear
Brassicaceae
Cabbage
Broccoli
Arugula
Apple
Pear
Brassicaceae
Cabbage
Broccoli
Arugula
Ericaceae
Blueberries
Lettuce
Herbs
Malvaceae
Cotton
Blueberries
Lettuce
Herbs
Malvaceae
Cotton
Poaceae
Rice
Corn
Wheat
Barley
Sorghum
Amaranthaceae
Spinach
Rice
Corn
Wheat
Barley
Sorghum
Amaranthaceae
Spinach
Fabaceae
Soybeans
Peas
Beans
Peanuts
Soybeans
Peas
Beans
Peanuts
Rutaceae
Citrus
Polygonaceae
Buckwheat
Vitaceae
Grapes
Citrus
Polygonaceae
Buckwheat
Vitaceae
Grapes
Order the genome editing of your plants now
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+7 (985)148-96-43
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PLASTILIN Ltd.
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