17 results about "Tricholoma" patented technology

The invention discloses a mixing device for apoptosis inducer stapharia rugosoannulata water-soluble protein, and relates to the field of water-soluble protein mixing equipment.The mixing device comprises a tank body, a top cover is detachably installed at the top of the tank body, and a feeding pipe and a discharging pipe are arranged at the top and the bottom of the side face of the tank body respectively; a top cover is arranged in the tank body, the bottom of the top cover is rotationally connected with a rotating shaft located in the tank body, a plurality of stirring blades are annularly installed at the bottom of the side face of the rotating shaft at equal intervals, the stirring blades are obliquely arranged, and when the rotating shaft drives the stirring blades to rotate, the stirring blades push liquid around the stirring blades to move downwards; and a support frame is mounted at the bottom of the inner wall of the tank body. According to the mixing equipment for the water-soluble protein of the cell apoptosis inducer, the mixing mode of the water-soluble protein is optimized, so that the water-soluble protein can be converged and mixed for multiple times at different degrees in the mixing process, the influence of reduction of the rotating speed of a stirring paddle can be overcome, and the high-efficiency mixing work of the water-soluble protein is ensured.

The invention provides a cultivation method for promoting growth of tricholoma matsutake by using a biological activation substrate and application of the cultivation method. The invention provides a tricholoma matsutake cultivation process which takes bamboo shoot shells as a main material and is matched with a growth-promoting strain vv6. The method comprises the following steps: crushing and pre-wetting raw materials, carrying out aerobic high-temperature composting, cooling to a safety window, adding vv6 for pre-activation, inoculating tricholoma matsutake, covering rice husks, and controlling a fruiting environment. A ground isolating membrane structure is overlaid on a field cultivation scene, a soil-borne disease and pest ascending channel is cut off in a physical mode, and experimental results show that the red tricholoma matsutake planted through the method is higher in yield, the nutrient content of sporocarp is richer, and application and popularization are better facilitated.

The present invention discloses a method containing VB 12 The production method of the medicinal plant additive for suckling pig feed and the product thereof relate to the field of suckling pig breeding. The production method of the medicinal plant additive for suckling pig feed of the present invention comprises the following steps: (1) crushing cardamom, tricholoma, oregano and inulin respectively and enzymolyzing them with cellulase, and then mixing them in proportion, or first mixing cardamom, tricholoma, oregano and inulin in proportion, and then crushing and enzymolyzing them with cellulase to obtain a primary enzymolysis material; (2) adding potassium dihydrogen phosphate and oxalic acid to the primary enzymolysis material, and continuing to degrade to obtain a hot-cooked enzymolysis material; (3) mixing the hot-cooked enzymolysis material with molasses, wormwood, glucose, and yeast extract to obtain a mixture, adding sterilized tap water and Clostridium butyricum liquid, and fermenting to obtain a primary fermentation material; (4) adding pretreated Sanguisorba officinalis and molasses to the primary fermentation material, and continuing to ferment. The medicinal plant additive for suckling pig feed of the present invention can significantly reduce the feed-to-meat ratio of suckling pigs and significantly increase daily weight gain.

The utility model provides a transportation device for preserving the integrity of tricholoma matsutake. The transportation device for preserving the integrity of the tricholoma matsutake comprises a box body, two containing boxes are arranged in the box body, and a plurality of containing grooves used for containing the tricholoma matsutake are formed in the two containing boxes; the ventilation opening is formed in one side of the box body, and a protective net is arranged on the ventilation opening; and the protection mechanism is arranged on the box body and is used for protecting the tricholoma matsutake. According to the transport device for preserving the integrity of the tricholoma matsutake, damage caused by vibration and collision in the transport process of the tricholoma matsutake can be effectively reduced, and the integrity and quality of the tricholoma matsutake are guaranteed.

The present invention proposes a three-dimensional reconstruction method for pathological image features of proliferative tricholoma, which relates to the field of three-dimensional reconstruction technology. The method includes: obtaining a pathological slice image and its depth information to generate a pathological slice depth image containing the depth information; emitting laser signals to detect the pathological tissue and extract high-characteristic regions of the pathological tissue; emitting gamma rays to detect the pathological tissue and generate gamma-ray absorption key regions that highlight the tumor region of the pathological tissue; and combining the extracted high-characteristic regions of the pathological tissue with the gamma-ray absorption key regions to supplement the three-dimensional information of the pathological slice depth image to obtain a reconstructed three-dimensional morphology of the pathological image of proliferative tricholoma. The method of the present invention provides detailed anatomical information for subsequent treatment plan formulation.

The present application relates to an anti-inflammatory composition. Specifically, the present application provides a composition comprising a Paris extract and / or a Tricholoma extract. The Paris extract and the Tricholoma extract of the present application have excellent anti-inflammatory effects, and the Paris extract and the Tricholoma extract have synergistic effects in terms of anti-inflammation.

This invention provides a method for producing single-cell protein using a mixed bacterial culture, comprising the following steps: performing primary seed culture on methanogenic bacteria, *Tricholoma materata*, and *Glucosinolate methyl-eating bacteria* to obtain primary seed solutions; mixing the primary seed culture solutions evenly to obtain a mixed bacterial solution; inoculating the obtained mixed bacterial solution into a secondary seed culture medium for cultivation to obtain a secondary seed solution; inoculating the obtained secondary seed solution into a fermentation medium for scale-up cultivation to obtain a fermentation broth; separating the solid and liquid components of the obtained fermentation broth, harvesting the bacterial cells, and obtaining single-cell protein. This method for producing single-cell protein using a mixed bacterial culture improves the utilization rate of the carbon source methane and the yield of single-cell protein.

The present invention belongs to the technical field of edible and medicinal fungi production, and specifically discloses an application of dark brown dichotoma boletus in producing cytochalasin E and a fermentation method for improving the yield. Specifically, the present invention provides a dark brown dichotoma boletus ( Phlebopus portentousus ) The application of YAFMF008 in the production of cytochalasin E, the present invention discovered that dark brown tricholoma boletus ( Phlebopus portentousus ) YAFMF008 can produce cytochalasin E, and the fermentation culture method has been optimized. The optimized culture medium can significantly increase the yield of cytochalasin E, providing a way to develop the efficient medicinal value of the dark brown boletus YAFMF008 and the efficient production of the bioactive ingredient cytochalasin E.

The application provides a kind of Tricholoma lobatum seedling raising device and seedling raising method, belong to seedling raising technical field, including frame, multiple trays, multiple support pieces, multiple limit pieces and multiple insert pieces.Multiple trays are evenly distributed in vertical direction on frame, and are transversely slidingly connected with frame.Multiple support pieces are hinged on the lower surface of tray, and correspond to tray one by one.Each support piece has the elastic freedom of rotating away from the drawing direction of tray.Limit pieces are fixedly arranged on frame.Limit pieces correspond to tray one by one, and are located below corresponding tray.Multiple insert pieces are evenly distributed in vertical direction on frame, and correspond to tray one by one.Each insert piece has the elastic freedom of moving along the transverse direction.The seedling raising device provided by the application draws out the tray, so that the operator has a wider operating area, is no longer limited by adjacent trays, and realizes the convenient management of seedlings on multi-layer seedbed.

The invention provides a torch flower SSR molecular marker, a primer composition and a screening method and application thereof, and relates to the technical field of molecular markers. The torch flower SSR molecular marker totally provides 22 pairs of torch flower SSR primers, amplification bands in torch flowers are clear, the polymorphism is rich, and the repeatability is good. The method can be used for germplasm identification, genetic diversity and genetic relationship analysis of the flare flowers, the result is stable and reliable, the blank of flare flower SSR site information can be filled, and a foundation is laid for flare flower germplasm resource management, breeding, resource genetic diversity or variety genetic relationship analysis and the like.

The present application belongs to the field of pine mushroom multi-dimensional detection and quality classification detection equipment, and provides a multi-dimensional pine mushroom quality grading detection device, which comprises: an impedance detection sub-device, a hyperspectral detection sub-device, an electronic nose detection sub-device, and a data processing station; the impedance detection sub-device comprises: a pine mushroom information acquisition module; the pine mushroom information acquisition module comprises: a detection electrode sheet, a spring, and a pressure sensor patch. The present application realizes clamping and surface data acquisition of the detection target pine mushroom through the impedance detection sub-device, and improves the ductility and stability of the impedance detection sub-device by using the spring and the rotatable detection electrode sheet; the pine mushroom shape and impedance can be detected simultaneously through the pressure sensor patch and the detection electrode sheet, improving the detection efficiency; multi-dimensional nondestructive detection of the pine mushroom shape, smell, and composition can be realized by combining hyperspectral and electronic nose detection; the whole process from fresh to rotten of the pine mushroom can be monitored in real time through the data processing station.

The invention relates to the technical field of mushroom cultivation, and discloses a tricholoma lobayense heim industrial high-yield cultivation method which comprises the following steps: S1, preparing a fermentation culture material; s2, mixing the materials and bagging the materials; s3, sterilizing; s4, performing tertiary purification and inoculation; s5, performing regular culture in a culture room; s6, carrying out after-ripening culture; and S7, earthing culture. The raw materials used in the method are naturally composted and biologically fermented, so that the growth of tricholoma lobayense hyphae is facilitated, meanwhile, the cardinal number of germs in the compost is reduced, and the high-temperature sterilization time is shortened; meanwhile, the reed soft filiform scraps are used as main raw materials, lotus seed shells or wood shavings are used as auxiliary materials for planting the tricholoma lobayense heim, export requirements are met, and the production cost is also reduced.

According to the intelligent square-bin high-yield cultivation technology for the mellow tricholoma matsutake, by precisely regulating and controlling the temperature and humidity (15-21 DEG C / 60-95% RH) and the CO2 concentration (1000-1500 PPM) and the automatic disinfection process, the annual yield is 8-10 crops, and the yield per unit area is increased by 3-5 times. The technical core comprises modes of staged static culture of mushroom sticks, puncturing sterilization, intelligent environment monitoring and five-crop continuous harvesting, manual intervention is remarkably reduced, and economic benefits are improved.

The present application relates to a Lepista sordida strain and a high-efficiency cultivation technology thereof.The Lepista sordida of the present application has a classification name of Lepista sordida, a strain number of Lepista sordida Hua8, a temporary variety name of "Daxiangmo No.3", is preserved in the China Center for Type Culture Collection (CCTCC) and has a preservation address of No.299, Bayi Road, Wuchang District, Wuhan City, Hubei Province, a preservation number of CCTCC NO:M2025154 and a preservation date of January 15, 2025.The strain has fruiting bodies that are robust, have a neat fruiting, a high conversion rate of head mushroom and strong disease resistance.

1. The name of the design product: mask packaging box (hirudin tricholoma face mask). 2. The use of the design product: used for containing and packaging single piece packaged mask. 3. The design points of the design product: the combination of shape and pattern. 4. The picture or photo that best indicates the design points: perspective view 1.

The invention belongs to the technical field of mushroom planting, and particularly relates to a method for intercropping cultivation of tricholoma matsutake under trees. The method comprises the following steps: S1, paving a culture material between two groups of trees in the middle of August; s2, the strains are sown on the compost, and the compost is covered with a mulching film after sowing; s3, after hyphae fully cover the raw materials, the mulching film is removed, and micro-spraying is conducted; s4, during the period from the last ten days of August to the middle ten days of October, fruiting and harvesting tricholoma matsutake, and keeping the humidity of the compost at 85%-95% during the harvesting period; s5, performing rotary tillage in late October, and deeply turning mushroom dregs and fallen leaves into soil; s6, implementing the step S1, the step S2 and the step S3 in the middle of April of the next year; and S7, during the period from late April to mid June, fruiting and harvesting tricholoma matsutake, and during the harvesting period, keeping the humidity of the compost at 85-95%. The method for cultivating tricholoma matsutake through intercropping under trees makes full use of the vacant land between existing woods, and is low in cultivation cost and convenient to popularize.

The invention provides an umbrella mushroom picking suction cup. The umbrella mushroom picking suction cup comprises a suction cup part close to a picking end, a connecting part away from the picking end and a middle part between the suction cup part and the connecting part. According to the umbrella mushroom picking suction cup, picking damage is reduced by optimizing the opening design and the like, the adsorption adaptability and stability to umbrella mushrooms are improved, and meanwhile the structural durability is improved through the design of the reinforcing ribs. The invention further provides an umbrella mushroom picking device. The umbrella mushroom picking device comprises the umbrella mushroom picking suction cup, a mechanical arm, a vacuum pump and a vacuum pump connecting piece which is arranged on the mechanical arm and used for being connected with the umbrella mushroom picking suction cup.