Method for testing influence of negative ion functional textiles on oxygen carrying capacity of red blood cells in animals

Abstract

The invention relates to the technical field of biological effects of negative ion health-care functional textiles, and particularly discloses a method for testing influence of negative ion functional textiles on oxygen carrying capacity of red blood cells in animals, the method is as follows: 1, preparing a negative ion functional textile material and selecting an animal as a test object; 2, putting the test object of the step 1 into a bag prepared from the negative ion functional textile material, tying the bag tightly, continuously placing the test object in a space left in the bag for moving of the test object for 3-5h, and then taking the test object out; 3, putting the test object taken out in the step 2 in water at temperature of 25-35 DEG C for swimming for 7-12 minutes, then immediately picking eyeballs of the test object off, collecting blood flowing out, separating blood serum from the collected blood, and using a globulimeter to test red blood count, hematokrit and hematocrystallin numerical value; simulation ability is good, precision is high, and product improvement of the negative ion functional textiles can be facilitated.

Description

technical field [0001] The invention relates to the technical field of biological effects of negative ion health-care functional textiles, in particular to a test method for the influence of negative ion functional textiles on the oxygen-carrying capacity of animal red blood cells. Background technique [0002] Existing negative ion products are increasing day by day. In fact, these products are helpful to the oxygen-carrying capacity of red blood cells in animals (especially human bodies), and can help to enhance metabolic processes and improve exercise levels. , can not be quantified, it is only a general concept, and the release of negative ions cannot be precisely controlled to the extent that it saves costs and is beneficial to the animal body, that is, it cannot meet the high requirements of the product on the release of negative ions, then the maximum The reason is that the existing negative ion products can improve the oxygen-carrying capacity of red blood cells. The...

AI Technical Summary

Problems solved by technology

[0002] Existing negative ion products are increasing day by day. In fact, these products are helpful to the oxygen-carrying capacity of red blood cells in animals (especially human bodies), and can help to enhance metabolic processes and improve exercise levels. , can not be quantified, it is only a general concept, and the release of negative ions cannot be precisely controlled to the extent that it saves costs and is beneficial to the animal body, that is, it cannot meet the high requirements of the product on the release of negative ions, then the maximum The reason is that the existing negative ion products can improve the oxygen-carrying capacity of red blood cells. The test method is relatively simple, the simulation of the test is not good, the accuracy is not high, and the selected animal sign parameters are not suitable. The reference of the test results is poor, and it is difficult to use for product improvement, product research, etc.