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Detailed Explanation of the Processing Technology for Puffed Shiitake Mushroom Snacks
Shiitake mushroom is a well-known health-promoting edible fungus. Puffed snacks made with shiitake mushroom powder as an additive are nutritious, crispy in texture, and convenient to eat, making them a nutritious health food suitable for all ages. 1. Ingredients and Formula: Shiitake mushroom powder 10%, refined wheat flour 50%, white granulated sugar 10%, high-quality purified water 30%, with appropriate amounts of vegetable oil, salt, monosodium glutamate (MSG), and flavoring. 2. Key Processing Points: 1. Raw Material Preparation: Remove the stems and impurities from the shiitake mushrooms, wash them clean, dry them in an oven or under the sun
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Detailed Explanation of the Processing Technology for Canned Shiitake Mushroom and Meat Sauce
Canned shiitake mushroom and meat sauce is a new type of health food that is deeply welcomed by the market. It is rich in nutrients and has a unique flavor, making it an excellent product for the family dining table. Its processing technology is as follows: 1. Raw materials and auxiliary materials. Shiitake mushrooms: Choose dried shiitake mushrooms with a strong aroma and thick caps, or fresh shiitake mushrooms of good quality. Pork: Choose small-package cut meat with a certificate of conformity (it should undergo chilled acid removal). Doubanjiang: Choose sauce fermented and brewed from broad beans or soybeans, with normal color, moderate viscosity, no impurities, no off-odor, a salt content of 12%-15%, and a moisture content not exceeding 16%.
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Detailed Explanation of New Processing Technology for Shiitake Mushroom Floss and Key Operating Points
1. Raw materials. 100 kg shiitake mushroom stems, 5 kg high-quality soy sauce, 4 kg white sugar, 3 kg peanut oil, 5 kg scallions, 0.2 kg monosodium glutamate (MSG), 4 kg yellow rice wine, 0.6 kg refined salt, appropriate amounts of ginger, fennel, food coloring, and five-spice powder. 2. Raw material processing. Select shiitake mushroom stems free of sawdust, insect damage, and mold. Cut them into pieces about 1 cm long with a chopping machine, wash them clean with water, and soak for 1-2 days to allow them to fully absorb water and soften. 3. Pre-boiling. Place the soaked mushroom stems in a pot, heat to boiling, then simmer over low heat for 3 hours. Then use a wooden
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Detailed Explanation of Key Points of Open Inoculation Technology for Shiitake Mushroom Logs
Open inoculation of shiitake mushrooms is a new technology summarized and innovated in recent years. Because it is easy to operate, does not require an inoculation box, and saves time and labor, it is generally welcomed by the majority of mushroom farmers. The technology is introduced as follows: 1. Selection of inoculation site ① Choose a room that is sheltered from the wind, clean, dry, well sealed, and with no sources of miscellaneous bacteria contamination within 50 meters nearby as the open inoculation site. ② The inoculation room must be cleaned and disinfected one day before the mushroom logs are moved in. 2. Mushroom log handling ① Under normal pressure sterilization, after maintaining at 100°C for 14 hours,
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Detailed Explanation of Key Points of Rhododendron Tissue Culture Technology
Rhododendron is an evergreen or deciduous small shrub of the genus Rhododendron in the family Ericaceae, characterized by many varieties, early flowering, rich flower colors, and a long flowering period. In recent years, due to the development of cutting propagation technology, China's rhododendron production has increased. However, precious varieties still cannot meet social demand due to few mother plants and a low propagation coefficient. Tissue culture is precisely an effective measure for achieving factory-scale seedling production of rhododendrons. A brief introduction is given below: 1. Basic technical steps of rhododendron tissue culture. In rhododendron tissue culture, the explants usually used are stem tips, stem
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Method and Technology for Processing Waste Silk into Plastic Wrap
The "National Institute of Agrobiological Sciences, Silk and Insect Agricultural Technology Research Institute of Japan" conducted "Research on the Development of Silk Fibrillation and Silk Paper for Packaging." Their fruit and vegetable plastic wrap made from silk as a raw material did indeed achieve certain results. Using inferior cocoons that cannot be reeled or waste silk as raw materials, through processes such as cocoon boiling and reduction treatment, they manually stretched and expanded the cocoon layers into silk strands, then after careful beating, cut the silk fibers to make silk pulp equivalent to papermaking raw material. This was mixed in equal halves with specially made regenerated cellulose, and processed in the manner of washi (Japanese paper) to produce
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How Fish Bone Structure Affects Boneless Fillet Processing Technology
Different fish species have different fish bone structures, which directly affect the thawing, deboning, and filleting processes in boneless fillet processing. This article classifies various fish in actual production according to fish bone structure, and discusses the optimal deboning, filleting, and thawing processes for each type of fish, providing reference for actual production. I. Classification of Fish Bone Structure 1. Vertebral spine type (1) Fish with longitudinal fish bones connected to the spine: This type accounts for the majority, and currently common ones in aquatic product production and processing include redfish, flounder, red drum, tilapia
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Yellow Catfish Polyculture Technology: Efficient Micro-net Cage Farming Method
Setting up micro-net cages in ponds used for farming other aquatic species to raise yellow catfish is a high-yield farming method that increases water surface utilization, featuring simple operation, low investment, easy rearing, fast growth and high returns. 1 Net cage setup The net cage is sewn from polyethylene netting, 2 m long, 2 m wide and 1.2 m high, with a mesh size of 0.5-1 cm. The cage uses a closed stretcher floating-fixed type, with a 9-mesh net cloth as a cushion layer at the bottom, the cushion layer edge being 20 cm high, to reduce feed loss; the upper part of the cage rises 30 cm above the water surface
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Detailed Explanation of Key Points of Cotton Cultivation Technology with Drip Irrigation under Plastic Film
I. Pre-sowing Preparation 1. Variety Selection: According to climate and soil conditions, select varieties with a growth period of about 130 days, resistance to Fusarium and Verticillium wilt; compact plant type, short fruiting branches type I~II, small insertion angle; moderate to small leaves, short petioles, not prone to vegetative branches; strong boll setting, and good fiber quality. Such as 9665, JD~3, Fengmian No. 8, Jiumian No. 2, etc. 2. Deep Application of Base Fertilizer: The amount of chemical fertilizer is 8~12 kg of pure nitrogen, 7~10 kg of phosphorus pentoxide, and 3.5 kg of potassium oxide. When deep plowing to kill stubble, apply farmyard manure
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Detailed Explanation of the Integrated Technology for Simplified Cotton Cultivation with Emphasis on the Early Stage
The integrated technology for simplified cotton cultivation with emphasis on the early stage is a new technology developed to address problems in cotton production such as high labor intensity, numerous management steps and high production costs. The so-called emphasis on the early stage means placing most of the cotton management work in the early growth period, preventing possible problems in the early stage, and changing the past practice of three parts planting and seven parts management into seven parts planting and three parts management; the so-called simplified cultivation means removing unnecessary steps from the traditional cotton management practices and simplifying the operating procedures; the so-called integrated technology means gathering the operating techniques into one technical system with standardized
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