Liver protection effect and application of sulforaphen in non-alcoholic fatty liver
A technology for sulforaphane and fatty liver disease, applied in the fields of application, additional food elements, digestive system, etc., can solve problems such as non-targeted drug treatment, achieve high-value transformation, slow down fatty degeneration, and promote intensive processing and utilization Effect
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Embodiment 1
[0043] Example 1 Effect of sulforaphane on the body weight and major lipid metabolism organs of obese mice induced by high fat
[0044] figure 1 It is the graph of the change of mouse body weight after sulforaphane treatment, NS means that there is no statistical difference between the two, and it can be considered that the two are approximately equal. figure 1 A shows that feeding sulforaphane for 6 weeks has no significant change in the weekly mice body weight higher fat diet group, figure 1 B shows that after 6 weeks of feeding sulforaphane, the body weight of the mice was slightly reduced, but there was no statistically significant difference in the higher fat diet group. figure 2 showed no significant changes in liver weight and liver-to-body ratio; image 3showed no significant changes in epididymal fat pad weight and liposome ratio. It can be seen that treating obese mice induced by a high-fat diet with sulforaphane can not reduce the weight of obese mice, and the w...
Embodiment 2
[0045] Example 2 Effect of sulforaphane on food intake of obese mice induced by high fat
[0046] Figure 4 It is a graph showing the change of food intake of mice after being fed with sulforaphane. It can be seen that during the 6 weeks of feeding sulforaphane, the mice in the sulforaphane group consumed more food than the mice in the high-fat diet group. Statistically significant difference. It can be seen that sulforaphane can promote the appetite of mice, increase the food intake of mice, combined with figure 1 From the change chart of the body weight of the mice, it can be seen that the mice in the sulforaphane group eat more food, but the fat group with higher body weight tends to decrease.
Embodiment 3
[0047] Example 3 Effect of sulforaphane on liver morphology of obese mice induced by high fat
[0048] Figure 5 is the morphology of the tissue after sulforaphane-treated mice. It can be seen that the liver edge of the mice treated with sulforaphane is thinner, and there is no similar swelling phenomenon in the model group. The color of the liver is relatively normal, and there is no greasy feeling on the surface of the liver. Although the body weight of the mice treated with sulforaphane did not change significantly in the higher fat group, the state of the corresponding fatty liver was alleviated.
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