TH9573B - Process for the preservation of embryo of plants. - Google Patents

Abstract

To improve the embryo preservation period of plants by collecting embryo. Under low oxygen conditions and coated with a layer of oil, then cooled and stored at a temperature above the point of cold sensitization.

Claims (9)

1. Process for preserving seedlings of plants that consisted of plastering of seedlings of plants separated from cultured food. With a sufficient amount of oil to cause hypoxia Make a sapling that carries oil 2. The process of claim 1, where the seedling at temperature above the cold sensitivity of the plant. Coated with oil is stored at a temperature of 1 ° C to 10 ° C above the cold sensitivity of the seedling. 3. Process of claim 1 where the sapling is a somatic sapling. The 1st right is where the sapling is the zygotic sprout 5. The process of the 1st claim where the sapling is the somatic sapling Of carrots stored at a temperature of 2C to 20C 6. Process of claim 1 where the sapling was somatic Of coffee plants stored at temperatures of 12C to 20C 7. Process of claim 1 where oils are selected from the group of oils containing mineral oils. Vegetable oil and synthetic oil 8. Process of claim 1 where the oil is liquid paraffin oil 9. Process of claim 1 with sapling in darkness 1 0. Process of claim that 1 The saplings were collected from the sapling section and also that before the seedling was rinsed with oil, the seedlings were washed with liquid culture medium and removed. The remaining portion of the culture food leaves the seedling 1 1. Process of claim 10, where liquid cultured food is free of growth stimulating hormone 1. 2. Process of claim that 1 that also contains the seedling capsule put the oil with polymer 1 3. The process of claim 12 that also consists of entering the seedling capsule, plastering the oil with water soluble resin 1. 4. The seedling components of oil plaster plant obtained by plastering seedlings separated from cultured food with sufficient amount of oil to cause low oxygen condition. Cools large seedlings with oil Above the cold-sensitive level of the pancreas And store the seedlings of the oiled plants at temperatures above the cold sensitivity of the seedlings 1 5. The seedling components of oil-plastered plants obtained by plastering seedlings separated from cultured food with sufficient amounts of oil resulted in low oxygenation. Cools the seedling with oil to cool Above the cold-sensitive level of the sapling The seedlings of the oil-plastered plants were collected at temperatures above the cold sensitivity of the seedlings and entered into the seedling capsules that were impregnated with polymer 1. 6. The seedling components of the oil-based plaster plant obtained by the separation of the seedlings separated from the cultured medium with sufficient amount of oil resulted in low oxygenation. Cools the seedlings with oil to cool Above the cold-sensitive level of the sapling And pick up the seedlings of oil-bearing plants at temperatures above the cold sensitivity of the seedlings into the seedling capsules that are oiled with polymer and put on. A seedling with oil plastered into a polymer capsule with soluble resin 1 7. Saplings of plants coated with sufficient oil to produce hypoxia 1 8. The seedling of the plant according to claim 17, entering the capsule with polymer 1. 9. The seedling of the plant is oiled and cured with a polymer according to claim 18, which is still plastered with soluble resin.