Data mining technique of TCM diagnosis and treatment / 医疗卫生装备

The requirements of TCM diagnosis and treatment techniques were analyzed for data mining,and their characteristics were also explored.The application,key technologies and development prospect of data mining were summarized when used for TCM diagnosis and treatment.The involvement of data mining in TCM diagnosis and treatment decreased the cost while increased the efficiency.The futural prospect of data mining applied to TCM diagnosis and treatment was pointed out,and references were provided for the development of TCM diagnosis and treatment.

The design of no-power combination manual/foot control suction apparatus / 中国医疗器械杂志

In this paper, one kind of suction apparatus is introduced, which could use manual, foot control and control combination. The design mentality, realization method, installation constitution and application method are also described. It is suitable to the nonmotile source condition and transportation situation, adapting easily to environment, and getting into favour with the medical staff and field first-aid personnel.

Repair of peripheral nerve defect by a scroll of amnion derivative compound with cultured autogenous Schwann cell in a rat model / 中华口腔医学杂志

<p><b>OBJECTIVE</b>To test a nerve bridge substitute for peripheral nerve repair by tissue-engineering approach.</p><p><b>METHODS</b>An artificial nerve fabricated with a scroll of amnion derivative (ZQ membrane) and cultured autogenous Schwann cell was sutured to bridge sciatic nerve defect of 2.5 cm in length in rats. The specimens were assessed with tracking study, histology, electrophysiological technique, NF200, and synaptophysin-38 (SYP) immuno histochemical staining 3 months postoperatively.</p><p><b>RESULTS</b>The regenerated nerve sprouted 3 months after the operation. The regenerated nerve fibers were plentiful and could grow into the recipient nerve and target muscle's motor end plate (MEP) areas to reinnervate target muscle, and reconstruct function of nerve-muscle junction. Functional recovery could reach to 40%-60% of normal control. Nerve-muscle conduction velocity (N-MCV) arrived at 21.77 +/- 1.15 m/s.</p><p><b>CONCLUSIONS</b>A tissue engineering material fabricated with a scroll of ZQ membrane and cultured autologous Schwann cell may be a useful substitute for nerve repair.</p>