TECHNOLOGY FOCUS - PHARMACEUTICALS - Preferred Components: The composition comprises medicine carrier material, active agent, co-emulsifier and dispersant, which are gelatin, protein, starch or its derivatives, alginate, beta -cyclodextrin, albumin, chitosan or its derivatives, lactose, hydroxypropyl methyl cellulose, ethyl cellulose, cellulose acetate phthalate, methacrylamide acetate, polylactic acid and cyanoacrylate, semi-solid polyorthoester, triacylglycerol (middle-long-chain fatty acid glyceride of tristearic acid, tripalmitic acid, tri-lauric acid and tri-oleic acid), glyceride (glycerin monostearate, synthetic glyceride with mono-, di-, tri-acylglycerol), cholesterol, polyethylene glycol, microcrystalline wax, esters of spermaceti, red blood cell, montmorillonite, and/or tea powder. The composition adopts nano medicine powder, micron powder, medicine monomers, active ingredients, active part, active matter group, traditional Chinese medicine extract, and decocting concentration liquid to mix with the different medicinal auxiliaries and medicine carriers according to the traditional Chinese medicine integrated theory, matching theory, medicine theory, pesticide effect, pharmacokinetics and toxicology, where at least one part can be mixed according to the requirement. The final product can be tablet, powder, suppository, rod agent, granule, soft capsule, hard gelatin capsule, effervescent agent, dripping pill, aerosol, paste, oral solution agent, slow release tablet and controlled release tablet. Preferred Method: The steps (i), (ii) and (iii), utilizes more economical, updated, more advanced and more environmental friendly crushing, and extraction methods. The medicinal monomer, active matter and active part preparation technology in step (vi) and the different types of nano particle and nanoemulsion prepared by the different medicinal auxiliaries in step (vii) not only utilize the preparation technology and method, but also utilizes more economical, updated, more advanced and more environmental friendly crushing, and extraction methods. The different targeting and slow controlled release properties are capable of being produced by applying the nano carrier coupling technology according to the different grain size of the material medicine and different drug properties.