500 varieties of potatoes in russia. entered into the state register, they are stored in so -called banks of healthy varieties, one of them is located at the lorch institute of potato growingoratory takes the original certified test tubes. our task is to replicate this source material, test tube microplants for planting in protected soil, we can produce up to 50 thousand of these by the time of landing - this is the month of may. blue. the process consists of several stages. first you need to prepare the nutrient medium. we pour it into test tubes. next, these test tubes will be sterilized in autoclaves and cooled. and then in a sterile room we will directly engage in microclonal propagation. here, in a laminar flow hood , microplants are cut. this is a method of vegetative propagation and planted in a nutrient medium. each test tube produces from five to eight cuttings. so in this way, we are replicating our microplants to achieve just 50 thousand pieces by spring planting. then the jars, containers and test tubes are sent to the phytotron. this is the room where plants gain vegetative mass. here they are created optimally. conditions for growth, that is, temperature from

potato varieties are included in the state register. they are stored in so -called healthy grade banks. one of them is located at the lorch institute of potato growingkes the original certified test tubes. our task is to replicate this source material, test tube microplants. for planting in protected soil , we can produce up to 50,000 of these microplants by the time of planting - this is the month of may. the process consists of several stages: first you need to prepare a nutrient medium. we we pour it into test tubes, then these test tubes will be sterilized in autoclaves, cooled down and then into... microplants to achieve just 50 , so we replicate our thousands of pieces for spring planting, then the jars, containers and test tubes are sent to the phytotron, this room, where plants gain vegetative mass, optimal conditions for growth are created here, that is... microtubers are ripening in their containers, they will soon be sent to greenhouses, well, microplants can be seen in test tubes, they are needed for further replication, in a warehouse in koshir, already grown potatoes are sorted, large ones are sent... they were not produced on the terr

than 500 varieties of potatoes are included in the state register, they are stored in so-called banks of healthy varieties, one of them is located at the institute of potato growing... from there the laboratory takes the original certified test tubes. our task is to replicate this source material, test tube microplants for planting in protected soil. by the time of planting, this is the month of may, we can produce up to 50 thousand of these microplants. the process consists of several stages: first you need to prepare a nutrient medium. we we pour it into... test tubes, then these test tubes will undergo sterilization in autoclaves, cool down, and then in a sterile room we will directly engage in microclonal propagation. here, in a laminar flow hood, microplants are cut, this is a method of vegetative propagation, and planted in a nutrient medium. each test tube gives us from five to eight. cuttings, so we replicate our microplants in order to achieve just 5000 pieces by spring planting, then jars, containers and test tubes are sent to the phototron, this is the room where plants gain vegetative mass, optimal conditions for growth are created here, that is, temp