Method for preparing garlic-fermented composition and garlic-fermented composition prepared by same method
一种发酵组合物、制造方法的技术,应用在基于微生物的方法、生物化学设备和方法、发酵等方向,能够解决破坏、损失大蒜有效成分等问题,达到减少形成血栓、减少损伤干细胞、改善血流量的效果
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experiment example 1
[0091] Verify the effect of improving blood circulation
[0092] Experimental mice are divided into 1) normal food control group 2) high-fat food control group 3) after taking the group of garlic fermented liquid 200mg / kg of the present invention in high-fat food group, after feeding for 12 weeks, investigate the effect of the product of the present invention Effect.
[0093] 1-1 Improve blood circulation effect
[0094] figure 2 It is a comparative coordinate diagram showing changes in blood flow velocity, blood vessel diameter, blood vessel area and blood flow of experimental mice. Such as figure 2 As shown, the blood flow velocity, blood vessel diameter, blood vessel area, and blood flow of the high-fat group (-) are significantly lower than those of the normal group (+). However, although the high-fat food group is given high-fat food, it has the same blood flow velocity and blood vessel changes as the normal food group because of taking garlic fermented liquid. In...
experiment example 2
[0112] Verify the effect of improving brain diseases
[0113] After taking rose bengal to the experimental mice, irradiate the halogen lamp to establish damage to the brain tissue and blood vessels, and then take 200mg and 400mg of the garlic fermentation liquid per kg body weight once a day for 20 days to verify the effect.
[0114] 2-1 Evaluation by MRI
[0115] Figure 10a It is a comparison chart of the brain tissue MRI (Magnetic Resonance Imaging: MRI) of the normal group of experimental mice that were not irradiated with halogen lamps after taking Rose bengal and the control group of experimental mice that were irradiated with halogen lamps after taking Rose bengal. Figure 10a The brain tissue and cerebrovascular damage of the normal group were normal, while the brain tissue and blood vessels of the control group were damaged.
[0116] Figure 10b It is the brain tissue MRI comparison chart of the rats in the control group who took Rose bengal and then irradiated wi...
experiment example 3
[0121] Verify the effect of lowering blood sugar
[0122] After taking the high-fat feed for 12 weeks, type 2 diabetes was induced by streptozotocin (STZ), and diabetic animals were used as objects to investigate the product of the present invention.
[0123] 3-1 Comparison of fasting blood sugar
[0124] Figure 13 It is a comparison coordinate diagram of the blood glucose of the experimental mice during fasting. Figure 13 STD is the normal group taking standard food, HFD is the high-fat control group taking 60% fat content, F-PPGE 200mg / kg or 400mg / kg is the experimental group taking high-fat food and garlic fermentation liquid.
[0125] Such as Figure 13 As shown, the blood sugar before the high-fat food group that induces diabetes is almost the same, but after two weeks and four weeks, the blood sugar of the control group and the experimental group are all higher than before the experiment. After the four-week experiment, blood sugar in all experimental groups was s...
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