Technologies of Accelerated Propagation of Initial Seed Material from in vitro Micro Plants on the Biotechnological Module AGM-60

The device for growing plants without using soil in a water-air nutrient medium for mass replication of healthy minitubers of potatoes is presented which allows to increase the planting density to 60 plants per 1 m2, the multiplication coefficient - up to 50 or more tubers per plant, the yield of tubers - up to 3000 pcs/m2 and more. In the absence of the substrate it becomes possible to actively influence the growth-stimulating characteristics of the grown plants and control metabolic processes, apply a differentiated nutrition regime to control of plant development by phases.

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Publication Details

Journal
Machinery and Equipment for Rural Area
Published
2024-09-20
DOI
https://doi.org/10.33267/2072-9642-2024-9-17-22
Primary Topic
Plant Genetic and Mutation Studies
Type
article
Field-Weighted Citation Impact
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article

Technologies of Accelerated Propagation of Initial Seed Material from in vitro Micro Plants on the Biotechnological Module AGM-60

А А Манохина, O.S. Khutinaev, T.A. Shchegolikhin
Machinery and Equipment for Rural Area
Plant Genetic and Mutation Studies
article

Technologies of Accelerated Propagation of Initial Seed Material from in vitro Micro Plants on the Biotechnological Module AGM-60

А А Манохина, O.S. Khutinaev, T.A. Shchegolikhin
article en

Abstract

The device for growing plants without using soil in a water-air nutrient medium for mass replication of healthy minitubers of potatoes is presented which allows to increase the planting density to 60 plants per 1 m2, the multiplication coefficient - up to 50 or more tubers per plant, the yield of tubers - up to 3000 pcs/m2 and more. In the absence of the substrate it becomes possible to actively influence the growth-stimulating characteristics of the grown plants and control metabolic processes, apply a differentiated nutrition regime to control of plant development by phases.

Machinery and Equipment for Rural Area(9)
Openalex Percentile: Top 87%
Plant Genetic and Mutation Studies
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