Topic
Polygonum
About: Polygonum is a research topic. Over the lifetime, 1230 publications have been published within this topic receiving 12765 citations.
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TL;DR: In this paper , the presence of fungi in commercial Heshouwu samples was investigated, and the differences in fungal community in samples from different collection sites and processing approaches were analyzed by DNA metabarcoding.
1 citations
1 citations
Patent•
27 Jul 2016
TL;DR: In this article, a big data analysis based polygonum multiflorum field management method comprises the steps of water sprinkling, fertilizer application, frame erection, topping, vine removal and disease and pest damage prevention and control.
Abstract: The invention provides a big data analysis based polygonum multiflorum field management method and belongs to the technical field of plant planting.The big data analysis based polygonum multiflorum field management method comprises the steps of water sprinkling, fertilizer application, frame erection, topping, vine removal and disease and pest damage prevention and control, the water sprinkling amount can be accurately controlled through drop-irrigation water sprinkling, the problem of yield influence caused by excessive water of a common water sprinkling mode is avoided, the growth of polygonum multiflorum seedlings can be promoted in an effective fertilizer application mode, data is acquired through a sensor in real time, and a computer uses network big data to analyze a planting state so as to achieve informationized agriculture.The polygonum multiflorum field management method has the advantages of accurately controlling the water sprinkling amount and being high in informatization and yield.
1 citations
Patent•
29 Jan 2014
TL;DR: In this article, a method for making polygonum multiflorum powder nutritious biscuits is presented, which is characterized by being composed of, by weight, 12-16% of polygonal multiluminum powder, 45-55% of wheat flour, 5-8% of powdered sugar, 3-5% of palm oil, 5 10% of skim milk powder, 5 6% of high fructose corn syrup of the fructose content being 35-40%, 05-07% of phosphatide, 1-2% of ammonium bicarbonate and
Abstract: The invention provides a method for making polygonum multiflorum powder nutritious biscuits, and belongs to the technical field of food processing The method is characterized by being composed of, by weight, 12-16% of polygonum multiflorum powder, 45-55% of wheat flour, 5-8% of powdered sugar, 3-5% of palm oil, 5-10% of skim milk powder, 5-6% of F-2 type high fructose corn syrup of the fructose content being 35-40%, 05-07% of phosphatide, 1-2% of sweet catalpa materials, 05-1% of ammonium bicarbonate and 30-38% of water Firstly, the water is added into the polygonum multiflorum powder and the wheat powder, then the mixture is stirred fully in a mixer, meanwhile, the sugar, the high fructose corn syrup and the oil are added into the mixture, finally, all the other ingredients are added into the mixture, when the dough is concocted to be in the purification stage, biscuit green bodies are formed by rolling and printing the dough, and the finished biscuits are obtained after being braked and cooled The biscuits contain rich nutrients, convenient to eat and suitable for the old and the young, and a new approach for making nutritious healthy food through the polygonum multiflorum powder is developed
1 citations
Patent•
02 Oct 2012
TL;DR: In this article, a manufacturing method of polygonum tinctorinum dye is provided to improve dye migration phenomenon, to have excellent stability, and to improve the dyeing efficiency.
Abstract: PURPOSE: A manufacturing method of polygonum tinctorinum dye is provided to improve dye migration phenomenon, to have excellent stability, and to improve dyeing efficiency of polygonum tinctorinum dye. CONSTITUTION: A manufacturing method of polygonum tinctorinum dye comprises: a step of preparing a polygonum tinctorinum leaves-extracted solution under constant temperature condition; a step of mixing calcium oxide solution into the polygonum tinctorinum leaves-extracted solution and controlling the pH of a mixture solution to 9-13; a step of obtaining a precipitate by oxidizing the mixture solution; a step of mixing potassium hydroxide with pH of 10-13 into the precipitate and filtering the precipitate; and a step of manufacture the filtered precipitate by freezing and drying the powder type. [Reference numerals] (AA) Fabric; (BB) Concentration(%); (CC) Picture; (DD) Cotton; (EE) Ramie fabric; (FF) Silk
1 citations