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Method for extracting metalloenzymes in active blood cells to prepare anti-nuclear radiation armor

A technology for extracting metal and resisting nuclear radiation, which is applied in the fields of military equipment, aerospace engineering, and biochemical physics, and can solve problems such as the inability to meet the requirements of remanufactured armored products.

Pending Publication Date: 2019-09-20
杨明锋
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] In order to overcome the hazards of radiation suffered by commanders and aerospace engineers in the modern battlefield, or the recovery of damage in the radiation zone; and the technical defects that the extraction of metalloenzyme protoplasts cannot meet the requirements of reconstituted armored products, the purpose of the present invention is to provide an animal A method of extracting metalloenzymes from active blood cells to make anti-radiation armor, which is used to directly strengthen the armor products of the human body against radiation, so as to ensure that the battle in the radiation area will not be damaged, and realize a strong army and defend the country

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] Embodiment 1: the method for extracting SOD without damaging the protoplasm in the activated blood cells of the animal, implements the following steps and results:

[0032] 1. Blood collection: Take 10kg of young and strong animal blood, anticoagulate immediately, and cool down to 2-5°C for storage;

[0033] 2. Remove and discard the plasma, separate the blood obtained in step 1 on a centrifuge, discard the supernatant plasma, collect 2.8 kg of active blood cells, discard 7.2 kg of plasma, and store the discarded plasma to prepare prothrombin;

[0034] 3. To purify the blood cells, add the 2.8kg blood cells collected in step ② to 0.5 times the same amount of blood cells with the prepared 0.9% normal saline, mix well, let it stand for 30 minutes and separate it in a centrifuge to reduce the weight of the blood cells by 12% to obtain pure blood cells 2.464kg;

[0035] 4. Formulation, use 10% ethanol and 90% deionized water to match, mix well, cool down to 2-5°C for later...

Embodiment 2

[0043] 1, get 1kg of blood, obtain blood cell 0.58kg according to the method of embodiment ①,

[0044] 2. Operate again according to steps ③ to ⑨ of Example 1, and obtain Me protoplasts which are 10 times less than the result of Example 1,

[0045] The results of the above examples show that the extraction of Me from animal activated blood cells has a reasonable design of the process route, and the design and manufacture of some self-made equipment is suitable. The original molecular structure is complete and the appearance is ideal.

[0046] The method that step B of the present invention is made armoring is further described below in conjunction with embodiment:

Embodiment 1

[0048] 1. Technical standards for detecting metalloenzymes;

[0049] Activity ratio≥8000U / mg

[0050] Purity≥98.2%

[0051] Overall integrity rate ≥ 95%

[0052] 2. Compatibility of mixed viscous body: add musk 1:0.005 + edible skimmed oil 1:2 to the qualified Me finished product in step ① to grind into a mixed viscous body for use;

[0053] 3. Forming of armored products: Fill the mixed sticky body developed in step ② into the prepared single-sided plastic backing cloth to form the cover, the shape is 52×80.8 cm with rounded corners, and the net content of each paste is 10 mg;

[0054] 4. Product single packaging: put the armor formed according to the standard in step ③ into a plastic bag and vacuum seal it, and install one bag per bag;

[0055] 5. Vacuuming and sterilization: Vacuum-0.2-0.3 air pressure is enough, 20 bags in large bags, ultraviolet sterilized and put into storage, stored at room temperature 3-8°C, and the shelf life is five years.

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Abstract

A method for extracting metalloenzymes in active blood cells to prepare an anti-nuclear radiation armor adopts a rapid formation method to ensure the steric configuration original appearance integrity and activity of a product molecular structure and extract the protoplasm of the metalloenzymes to prepare the armor product. The armor product has the advantages: (1) the function of nuclear radiation resistance and the function of a human firewall; (2) the function of rapid recovery from severe fatigue; (3) the function of rapid awakening from severe coma; (4), the function of rapid pain relief and healing in contusion position; (5), the medicinal function of improving the one-clearing and three-resistance functions of a human body; and (6), the function of enriching the power of life operation; the anti-nuclear radiation armor product is the technical equipment filling domestic blanks in modern military battlefield, aerospace engineering and nuclear radiation area.

Description

technical field [0001] The invention relates to a method for extracting metalloenzymes from animal active blood cells to make anti-nuclear radiation armor, and belongs to the fields of biochemical physics technology, military equipment and aerospace engineering. Background technique [0002] As early as World War II, developed countries in the European Union paid attention to the hazards of radiation and spared no expense in exploring materials and methods for anti-nuclear radiation. Decades have passed, and so far, it has not been able to achieve its wish. Today's modern battlefields and aerospace engineering are all controlled and commanded by electronic technology, and the development of anti-radiation equipment is an endless demand. [0003] Nuclear radiation is a major hazard today. In the environment of nuclear radiation areas, stem cells in the human body will be damaged, the immune system will be completely destroyed, and human DNA will mutate, which seriously threa...

Claims

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Application Information

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IPC IPC(8): C12N9/02G21F1/10
CPCC12N9/0089C12Y115/01001G21F1/10
Inventor 杨明锋杨令权
Owner 杨明锋
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