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35results about How to "Retain value" patented technology

Traditional Chinese medicine composition for reducing blood lipid viscosity, preparing method and application

The invention discloses a traditional Chinese medicine composition for reducing blood lipid viscosity, a preparing method and application. The raw material components of the traditional Chinese medicine composition include chrysanthemums, gynostemma pentaphyllum, cistanche, schisandra chinensis, cloves, poria cocos, caulis polygoni multiflori, polygala tenuifolia, pinellia ternata, licorice, astragalus, radix paeoniae rubra, radix angelicae sinensis, flos carthami, lumbricus, salviae miltiorrhizae, hirudo, eucommia ulmoides, raw hawthorns, radix puerariae, scorpions, ginkgoes, erigeron breviscapus, rhizoma alismatis, semen ziziphi spinosae, semen cassiae, medicated leaven massa medicata fermentata, glossy privet fruits, honeysuckles, wild buckwheat rhizomes, yerbadetajo herbs, raspberry, linseed, juncus, reed rhizomes, lophatherum gracile, cortex albiziae and honey. The traditional Chinese medicine composition for reducing blood lipid viscosity, the preparing method and the application have the advantages that materials are easy to get, effects are obvious, no side effect exists, the preparing technology is traditional, the value of traditional Chinese medicine is reserved to the maximum, and the effect of reducing blood lipid viscosity is obvious.
Owner:刘法军

Method for reconstructing cell dynamic characteristic three-dimensional image under biological microscope

ActiveCN110490971ARetain valueSolve dynamic problem analysisImage enhancementImage analysisParallaxMicroscopic image
The invention provides a method for reconstructing a cell dynamic characteristic three-dimensional image under a biological microscope. The method comprises the following steps: 1, acquiring a reference image of an optical microscope; 2, debugging the optical axis of an optical microscope to a central line, preparing a cell sample, and shooting a cell microscopic image at regular time; and 3, carrying out three-dimensional reconstruction on the two shot qualified two-dimensional cell microscopic images. The implementation method of the step 3 specifically comprises the following steps: (1) dynamic target segmentation and position calculation; (2) constructing a disparity map; and (3) calculating a dynamic cell image by utilizing the three-dimensional characteristics. According to the method, a three-dimensional dynamic object segmentation method is used, the optical axis and correction of deviation are determined, and the 3D characteristics of cells are estimated by combining the disparity map and the 2D characteristics of the initial image, so that the three-dimensional image reconstruction of the dynamic characteristics of the cells is completed. According to the method, the actual value of the distance and the contour of the cell can be quickly determined, the values of all source information are reserved, and the dynamic problem analysis is effectively solved.
Owner:ZHEJIANG SHUREN UNIV
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