Device and method for detecting property of traditional Chinese medicine
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A technology of medicinal properties and traditional Chinese medicines, which is applied in the field of devices for detecting medicinal properties of traditional Chinese medicines
Inactive Publication Date: 2011-04-06
SHANDONG MEDICAL BIO TECH RES CENT
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[0004] In the prior art, there is no way to qualitatively and quantitatively detect the cold, heat, and middle Device and method for three medicinal properties
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Embodiment 1
[0027] Embodiment 1 A device for detecting the properties of traditional Chinese medicines includes an excitation light source 101, a sample chamber 102, a biophoton measurement system 103, a data processing system 106, a light source power supply 107, a measurement system power supply 108, a preamplification system 104, and a counting system 105, Such as figure 1 As shown, the excitation light source 101 is used to generate excitation light, and the light emitted by it can be injected into the sample chamber 102, and the biophoton measurement system 103 is used to measure the intensity of biophotons emitted by the sample in the sample chamber 102 after being excited, and data processing The system 106 is used to analyze and process the data measured by the biophoton measurement system 103, and the biophoton measurement system 103 and the data processing system 106 are electrically connected. The light source power supply 107 is connected to the excitation light source 101 circu...
Embodiment 2
[0036] Example 2 Measurement of biophoton radiation intensity of Chinese medicinal materials
[0037] Proceed as follows:
[0038] (1) Before the experiment, prepare to adjust the room temperature to 20°C, preheat the photomultiplier tube, and cool for 3 to 4 hours to ensure that the system has a constant background noise.
[0039] (2) Treatment of Chinese medicinal materials: Grind selected gastrodia, aconite, rhubarb, dried ginger, sophora flavescens, and licorice that meet the standards of Chinese medicinal materials, then take 1g each, put them into the sample pool of the sample room, and store them in the dark for 2 to 3 minutes Then, turn on the light source (60W, white light) and the shutter. After about 10 minutes, close the shutter of the excitation light source, open the shutter of the photomultiplier tube, start measuring the delayed luminescence of the solid powder, record the luminescence value, and the biophoton signal is converted, Amplify, screen, and enter the data ...
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Abstract
The invention discloses device and method for detecting the property of the traditional Chinese medicine. The device comprises an excitation light source, a sample chamber, a biophoton measuring system and a data processing system, wherein the excitation light source is used for generating excitation light; the light emitted by the exciting light source can be incident into the sample chamber; the biophoton measuring system is used for measuring the intensity of the biophoton emitted by the sample after being excited in the sample chamber; and the data processing system is used for analyzing and processing data measured by the biophoton measuring system which is connected with the data processing system by a circuit. The invention also discloses the method for detecting the property of the traditional Chinese medicine, comprising the following steps of: placing the powdery sample into the sample chamber; exciting the light source to emit the excitation light for irradiating the sample; detecting the intensity of the biophoton emitted by the sample after being excited by using the biophoton measuring system; and transmitting the information data into the data processing system for analyzing, thereby judging the properties of cold, heat and moderate and the degrees of the traditional Chinese medicine of the sample.
Description
Technical field [0001] The invention relates to a device and method for detecting the medicinal properties of traditional Chinese medicine. Background technique [0002] As we all know, all living systems radiate photons all the time. The research on biophotons can be traced back to the onion root tip experiment conducted by Soviet scientists in 1923. They first observed the root energy of onions with the help of biodetectors. It emits weak ultraviolet rays, and it is said that the light caused the stimulation of cell division. Although this test result was further confirmed by other scientists in the following years, the test result was ignored for a long time due to the lack of suitable photon measuring equipment and the rapid development in the field of biochemistry. After the 1970s, with the emergence of lasers and in-depth research in life sciences, scientists such as Popp determined the name "ultra-weak photon radiation in biological systems", and based on the results of t...
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