Use and Description: Scientific research reagent, widely used in molecular biology, pharmacology and other scientific research.

Amygdalin can specifically inhibit the increase of blood glucose induced by arurea, and the intensity of the effect is related to the concentration of amygdalin in blood. Amygdalin also has anticoagulant effects. Hot plate method and acetic acid twisting method in mice confirmed that amygdalin had analgesic effect and no tolerance. The intramuscular administration of 15mg/ amygdaloside and 35mg/ mouse can significantly promote the proliferation of mitogen on mouse spleen T lymphocytes. The fast frozen sections of the right frontotemporal lobe of the rat brain were incubated and stained with cytochrome oxidase. The staining system was observed by microTV image measurement system. The data were processed by computer. In the optimal concentration range and treatment time, amygdaloside can enhance the activity of type I collagenase secreted by human kidney fibroblasts (KFB), inhibit the proliferation of KFB and the expression of type I collagen, and promote the apoptosis of human kidney KFB. The combination of amygdalin and Cordyceps sinensis was used to produce rat fibrohepatocytes in vitro, and ELISA showed that amygdalin and cordyceps sinensis could significantly improve the synthesis and secretion of albumin in rat fibrohepatocytes. The effect of amygdalin on phagocytosis or rDNA activation of mouse hepatocytes was observed by injecting 99MTC-sodium phytate into mice or liver tissue printing Ag-NOR method. The results showed that amygdalin significantly promoted the phagocytosis and rDNA activation of mouse hepatocytes (for reference only).

Melting point 210-215℃; Soluble in water: 0.1g /mL (heated)

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