5 results about "Armillaria" patented technology

This invention discloses a *Armillaria mellea* contact induction device and control system for improving the inoculation rate after *Gastrodia elata* seed germination. It relates to the field of co-cultivation technology of edible and medicinal fungi and medicinal plants, and includes a shell, a germination support module, a mycelial induction module, a contact bridge module, a nutrient pulse module, an environmental modulation module, a dual-evidence detection module, and a main control module. The main control module generates an inoculation window index and, after trial contact, switches between a maintained contact state and a withdrawal state based on the recovery curve to complete the contact induction and colonization maintenance of *Armillaria mellea* with *Gastrodia elata* protocorms.

The invention discloses a gastrodia elata factory intensive planting method, and belongs to the technical field of gastrodia elata planting. Comprising the following steps: S1, three-dimensional planting zoning: the lowest layer is a water and fertilizer collection layer, and the upper part is a gastrodia elata planting and armillaria mellea culture staggered area; s2, planting baskets and armillaria mellea culture bags are erected, the planting baskets are arranged on the gastrodia elata planting layer, and the armillaria mellea culture bags are arranged on the armillaria mellea culture layer; s3, fungus material culture, wherein direct light is arranged around an armillaria mellea culture layer for shielding; s4, sowing gastrodia elata, laying a sawdust layer on a planting basket, sowing, and laying a planting substrate; s5, temperature and humidity control: the temperature of an armillaria mellea culture layer is 22-25 DEG C, and the humidity is 65-70%; the temperature of the gastrodia elata planting layer is 15-25 DEG C, the humidity of the gastrodia elata planting layer is 70-90%, and the The problems that the armillaria mellea material needs to be planted in the same pond or the same basket with the gastrodia elata seeds, the material transplanting needs to be performed, the growth condition of the armillaria mellea hyphae and the invasion and fusion condition between the armillaria mellea hyphae and the gastrodia elata seeds cannot be directly monitored and intervened, and the growth of the gastrodia elata cannot be directly intervened, controlled and promoted from the growth source are solved.

The application discloses a kind of cultivation methods for solving ginseng continuous cropping obstacles, comprising the following steps: corn is sowed on Armillaria bed of ginseng planting ground.The application has the advantages that corn is sowed on Armillaria bed of ginseng planting ground, the problem of soil continuous cropping obstacles is solved, and ginseng can be cultivated for a long time.The ginseng obtained by cultivation contains ginsenoside ≥0.08mg / ml, ginsenoside base ≥0.15mg / ml, p-hydroxybenzyl alcohol ≥0.01mg / ml, balesensoside A ≥1.0mg / ml, balesensoside B ≥0.08mg / ml, and balesensoside C ≥0.02mg / ml.

The invention belongs to the technical field of microorganisms, and discloses a wood stick culture medium for inducing sclerotia of polyporus umbellatus, the wood stick culture medium contains hardwood small sticks, glucose, monopotassium phosphate, magnesium sulfate and water, and the mass ratio of the hardwood small sticks to the glucose to the monopotassium phosphate to the magnesium sulfate to the water is 2000: 2: 1: 1: 2000. The invention also discloses a method for inducing sclerotia of polyporus umbellatus. The method comprises the following steps: 1) preparing the stick culture medium according to claim 1; (2) disinfecting the polyporus umbellatus seed; and (3) inoculating an armillaria mellea strain, and carrying out co-culture on the armillaria mellea strain. According to the method, the growth cycle of the polyporus umbellatus sclerotia can be greatly shortened, and meanwhile the yield of the polyporus umbellatus sclerotia and the content of effective components can be increased.

This invention discloses a method for liquid culture of *Armillaria mellea* fruiting bodies, mycelial colonies, and mycelial cords. The culture method employed in this invention shortens the exposure time of the mycelial colony, reduces contamination by other microorganisms, increases aeration, and promotes the differentiation, formation, and development of *Armillaria mellea* fruiting body primordia. After the fruiting bodies mature, the three-component products of fruiting bodies, mycelial colonies, and mycelial cords can be harvested, with a total biological efficiency of up to 296%. This cultivation method achieves unparalleled biological efficiency compared to other methods, produces no waste, and yields higher production and economic benefits.