Cell growth regulating factor U and its prepn process
A cell growth regulation factor and gene technology, applied in the field of biomedicine, can solve the problems of abnormal repair, failure to achieve therapeutic effect, necrosis of human cell tissue, etc., and achieve the effect of promoting the activation of the body, enhancing immune function, and enhancing TC
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Embodiment 2
[0010] Example 2: Gram-negative cocci were first screened and the strains were frozen and preserved, and the strains were routinely cultured at a temperature of 12°C. After the strains were fully cultured, they were filtered three times successively to remove impurities and harmful bacteria, leaving beneficial bacteria fragments , which is to extract natural genes; take 1 μg of beneficial bacteria fragments, that is, natural genes, add 3 mg of glycine quantitatively to it, measure the content and pass the safety test, and seal the natural cell growth regulatory factor U under the GMP standard water agent, finished product inspection After passing the test, print and pack.
Embodiment 3
[0011] Example 3, the Gram-negative bacilli were first screened and the strains were frozen and preserved, and the strains were conventionally cultured at a temperature of 20°C. After the strains were fully cultivated, they were filtered twice successively to remove impurities and harmful bacteria, leaving beneficial bacteria Fragments, that is to extract natural genes; take 1 μg of beneficial bacteria fragments, that is, natural genes, add 8 mg of glycine quantitatively to it, measure the content, and after safety testing, seal the water under the GMP standard to form the natural cell growth regulatory factor U, finished product After passing the inspection, print and pack.
Embodiment 4
[0012] Example 4, the Gram-positive bacilli were first screened and the strains were frozen and stored, and the strains were conventionally cultured at a temperature of 38°C. After the strains were fully cultivated, they were filtered once to remove impurities and harmful bacteria, leaving beneficial bacteria fragments. That is to extract natural genes, usually the more times of filtering, the purer the remaining (extracted) beneficial bacteria fragments, that is, the natural genes. Take 1 μg of beneficial bacteria fragments, that is, natural genes, add 20 mg of glycine quantitatively to it, measure the content and pass the safety test, then seal the natural cell growth regulatory factor U under the GMP standard water agent, and print and pack the finished product after passing the inspection.
[0013] Other embodiments of the present invention can be freely configured within the range of 1 μg of gene and 1 μg to 500 mg of glycine.
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