IDENTXX GmbH, for example, is working successfully with Valentin Blatter and Delinat AG on the development of new PIWI varieties.
We offer the following analyses for you:
Run 1, Ren 1, Ren 3, Ren 4, Ren 9, Rpv 3.1, Rpv 3.2, Rpv 3.3, Rpv 10.1, Rpv 10.2, Rpv 12, Flower Sex, Rgb 1
Yes, we can distinguish between a single (heterozygous) and double (homozygous) expression
> Based on the resistance profile, you can quickly and easily select the right crossing partners and thus significantly increase valuable offspring
> The offspring can be tested for their resistance profile before planting. The exclusion of unsuitable seedlings saves space and labor in the vineyard.
Young leaves shortly after spring growth are best suited
A piece of leaf the size of a fingernail is sufficient for the analysis.
Vine wood can also be examined. However, our effort is significantly higher
All grape varieties can be tested. It's best if you already have information about their potential resistance profile.
In the following video from Delinat AG, you will learn step by step how we work and which methods we use.
IDENTXX GmbH, for example, is working successfully with Valentin Blatter and Delinat AG on the development of new PIWI varieties.
We offer the following analyses for you:
Run 1, Ren 1, Ren 3, Ren 4, Ren 9, Rpv 3.1, Rpv 3.2, Rpv 3.3, Rpv 10.1, Rpv 10.2, Rpv 12, Flower Sex, Rgb 1
Yes, we can distinguish between a single (heterozygous) and double (homozygous) expression
> Based on the resistance profile, you can quickly and easily select the right crossing partners and thus significantly increase valuable offspring
The offspring can be tested for their resistance profile before planting. The exclusion of unsuitable seedlings saves space and labor in the vineyard.
Young leaves shortly after spring growth are best suited
A piece of leaf the size of a fingernail is sufficient for the analysis.
Vine wood can also be examined. However, our effort is significantly higher
All grape varieties can be tested. It's best if you already have information about their potential resistance profile.
In the following video from Delinat AG, you will learn step by step how we work and which methods we use.
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