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The invention discloses a structure of lactarius deliciosus polysaccharide and an application thereof; the lactarius deliciosus polysaccharide is heteropolysaccharide composed of two monosaccharides which are alpha-L-mannose and alpha-D-xylose with a ratio of 3:1; the lactarius deliciosus polysaccharide has an average molecular weight of 1.1*10<4> D, has a (1-6) alpha-L-mannose skeleton; a -3)-alpha-D-xylose side chain is connected with 2-O; a certain amount of lactarius deliciosus polysaccharide can significantly inhibit the growth of transplanted tumor S180. Groups with intraperitoneal injection of 20 mg / Kg.d, 40 mg / Kg.d, and 80 mg / Kg.d (L1, L2, L3 group) respectively have a tumor inhibition rate of 44.358%, 52.326%, and 68.422%; a positive control group with a concentration of 20 mg / Kg has a mannatide (M) tumor inhibition rate of 57.727%; no obvious damage, and no toxic or side effect are caused to mouse visceral organs; and the immunity is significantly improved.

The invention relates to a method for improving the strength and the plasticity of a whisker reinforced pure aluminium-based composite material, which relates to a method for improving the strength and the plasticity of a reinforced pure aluminium-based composite material. The invention solves the problem of low elongation rate of the whisker reinforced pure aluminium-based composite material. The method comprises the following steps of: weighing aluminium borate whiskers and carbon nanotubes, purifying the carbon nanotubes to prepare a carbon nanotube suspension, then manufacturing a precastblock, drying, then sintering, casting pure aluminium, secondarily pressurizing and then cooling along with a furnace. Al / ABOw and Al / MWNTs interfaces in a reinforced whisker and carbon nanotube simultaneously reinforced composite material prepared by the method are straight, no interface reaction product is found, and the preparation process has no remarkable damage to the whiskers or the carbonnanotubes. The elongation rate of the composite material prepared by using the method can reach more than 3.69 percent and be markedly improved than an aluminium borate whisker reinforced pure aluminium composite material, and the elastic modulus, the yield strength and the tensile strength are further improved.

The invention relates to a traditional Chinese medicine for treating bone fracture, which is prepared from the following traditional Chinese medicine components by weight: 50-70g of pseugo-ginseng, 30-50g of angelica sinensis, 80-100g of nux vomic, 20-30g of safflower, 25-30g of dragon's blood, 10-25g of mastic, 25-30g of myrrh, 20-30g of cortex moutan, 25-30g of Chinese pangolin, 30-40g of rheumofficinale, 40-50g of radix paeoniae rubra, 30-40g of sappanwood, 40-50g of honeysuckle, 20-30g peach kernel, 30-40g of fraxinus bungeana, 30-40g of auranti fructus, 20-30g of cassia twig, 30-40g of radix achyranthis bidentatae, 30-40g of zinnober and 10-20g of borneolum syntheticum. The preparation method comprises the steps of soaking the nux vomic in clear water for five days, wherein water is changed once every day during the five days; then changing water for carrying out three times of decoction, fishing out and drying, dehairing, grinding into smalls together with other traditional Chinese medicines; and finally adding the zinnober and the borneolum syntheticum. An adult administrates 4g of the traditional Chinese medicine each time and twice each day, the amount for the children and the weak is reduced as required, yellow wine is used as a guiding drug, and a curative course lasts for one month. The traditional Chinese medicine can dispel swelling and stop pain, can take effect fast, and is obvious in reunion of iliacus muscle, and short in curative period.