High flux quantitative analysis method for visible components in human or animal excretion
A technology for quantitative analysis and excretion, applied in the field of medical inspection, can solve problems such as the inability to standardize the operation process, unstable test results, hidden dangers of biological safety, etc., and achieve the effect of being beneficial to biological protection, meeting the requirements of biological safety, and being highly representative.
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[0029] Example 1
[0030] In the following, human excretion is used as an example, and the method of the present invention is further explained using the measurement method of a CCD scanning sensor.
[0031] (1) Take a sampler, such as figure 1 As shown, the sampler is a sampling rod 1 with blades 2 at the lower end. There are multiple blades 2 at the lower end of the sampling rod 1, which are connected together at the center to form a windmill blade shape with a space area of a fixed size. The middle of the sampling rod is provided with a central hole 3 for adding diluent, and the central hole 3 is provided with multiple outlets at the intersection of the blades, and the outlets are evenly distributed. Insert the sampling rod 1 into the human excrement, rotate the sampling rod 1, and the excrement is collected into the area between the leaves. Since the area between the blades 2 at the lower end of the sampling rod 1 is fixed and calculated during design, the sample to be insp...
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[0038] Example 2
[0039] In the following, the method of the present invention will be further explained in the manner of weighing and measurement.
[0040] (1) Use a limited sampler to collect human excreta as samples to be tested.
[0041] (2) Take a container with a weight of G1, and add the sample to be tested and the diluent with a weight of G2 into the container.
[0042] (3) Stir the diluent and the sample to be tested evenly to form a suspension. The stirring method is ordinary manual stirring. The stirring rod is put into the container and stirred continuously, and the stirring time is about 5 minutes, so that the diluent and the sample to be tested are fully mixed uniformly to form a suspension.
[0043] (4) Use a one hundred thousandth analytical balance to accurately weigh the container with the suspension, assuming the weighed weight G3. From this, the weight of the sample to be tested in the container can be calculated as G4=G3-G2-G1, thereby calculating the concentra...
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