In South Song Dynasty,its capital being in Lin’an(present Hangzhou) greatly promoted the development of politics,economy,education,sci-tech and culture in Zhejiang,thus it brought along breakthrough of medicine.There’re comparatively perfect central and provincial medical organs in Zhejiang,such as Royal Drugstore,Taiping Huimin Bureau,Huimin Heji Bureau,Huimin Bureau and Drug-delivery Bureau,which made great achievements on showing solicitude for the mass,diagnosing and treating disease,standard actions,preparing medicine and giving alms to the army and the people,etc.,making outstanding contributions for the medical and health cause in Zhejiang.

In early Qin era,Zhejiang people engaged on medical health care undertakings;Hemudu Site finds out the herbal fossil,such as Gorgon,and healthy dry-column structural architecture relics;people of that time used simple medical machinery for diseases,the TCM cans for decoction and healthy tools for food,e.g.loop,mined well,buried dead body,had "Rescord of Tongjun Taking Herbs",Yue King paid attention to population development and people weal and woe;all display the brilliant history of Zhejiang medical origin in early Qin era from different sides.

MUC4,a member of transmembrane matin family,is expressed in many kinds of tissues,organs and secretions.In addition,aberrant expression of MUC4 has been reported in a variety of carcinomas.MUC4 is a kind of multi-function proteins,and is related to the growth,invasion and metastasis of tumors.All of these features of MUG4 strongly support its role as a potential candidate for diagnosis and therapy of carcinoma.

Objective To evaluate the feasibility of laparoscopic procedures in pregnant women. Methods A retrospective analysis was made on 12 pregnant women with an acute abdominal emergency resulted from adnexal mass from 1997 to 2002.Results All the 12 patients were laparoscopically diagnosed as having pregnancy associated with torsion or necrosis of adnexal mass. There were 2 cases of unwinding of the twisted fallopian tube and oophorocystectomy, 3 cases of oophorocystectomy, and 7 cases of adnexectomy. All the patients were cured. No miscarriage or infant malformation happened. Follow-up for 8～12 months in 11 infants revealed normal development. Conclusions In pregnant patients the laparoscopic procedure is relatively contraindicated. Satisfactory curative effects can be obtained if the patients are properly selected.

Rapid progress has been made in computer assisted orthopedic surgery (CAOS) in the last decade. It has been clinically used in nearly every domain of orthopedic surgery. Its clinical benefits are no longer questioned. Because of limitations of devices and technology, CAOS is now facing the following problems today: First, there have been no generally accepted standards for the equipment, operative procedures or evaluation of the results. Secondly, there have been many potential pitfalls due to incorrect use of the devices and incorrect navigational feedbacks. Thirdly, the devices are expensive and the techniques of CAOS are still faulty. To be aware of the problems helps us to understand the technology thoroughly and reduce financial losses and clinical risks in application. Orthopedists should not rush to apply this technology in their operation rooms with no regard of their particular conditions.

A series of alloreactive T hybridomas were obtained using fusion between BW147 and C3H/HeN T cell lymphoblasts, which were prepared by stimulating With lpsactivatedBalb/c B cells Six of the total 89 hybridomas tested have been shown to respond selectively to LPS-activated B cells, but not spleen adherent cells, macrophage tumor line and Ia-transfected fibroblasts. The results indicated: 1) Different Antigen-Presenting Cells could selectively stimulate the allogeneic responses of distinctive clonal T cells; 2) The specific stimulating effects may either due to the structural differences among the Ir-genes of different cell types, or the same gene produce(s), which may form different molecular complexes on the membrane surfaces of different cell types, lead to their functional specificities.

Sibirian hamster was immunized with mouse B myeloma cell(A20)lysate,and the im-munized spleen cells were fused with mouse myeloma cell line X63Ag8653.Four mono-clonal antibodies were thus obtained.While two(4B4 and 3C11)antibodies were shown to have strong direct mitogenic ac-tivity on mouse spleen B cells,all 4 antibodies could have synergistic effect in coope-rate with suboptimal doses of LPS to activate B cells.The mitogenic activity is ac-cessory cell independent.Four different surface molecules,as judged by both immuno-precipitating and binding assay,were compared.And the usefulness of these antibodiesin studying B cell activation and their functions were discussed.

In order to test whether suppressor T cells are the responsible cell com-ponent in the induced resistance of Lewis rat against reinduction of Exp-erimental Autoimmune Encephalomyelitis(EAE)or not,attempts have beenmade to enrich a T cell population,which were functionally antagonistic tothe encephalitogenic activity of the EAE-inducing autoaggressive T cells,Lewis rats were passively induced for acute EaE by intravenous injectionof encephalitogenic,Myelin Basic Protein(MBP)-specific T line cell(S1cell). Nylon-wool-enriched spleen T cells recovered from animals passivelyinduced EAE,were cultured in vitro with irradiated encephalitogenic Tcells(S1)in the absence of antigen.The selective growth of T cell popula-tion with the phenotype of CD8 were found in the cultures.Functional ch-aracteristics of this cell population were studied both in vivo and in vitro.Thus,the S1-stimulated cells(Anti-S1 cells)are able to suppress both theantigen-and Con A-induced T cell proliferation of the antigenspecificT cell series.Studies on the in vivo activities of the Anti-Si cells couldhave shown that,pretreatment or posttreatment of the normal Lewis reci-pients with isolated Anti-Si cells are able to abolish or prevent thedisease-inducing activity of autoaggressive T cells.

Objective To explore new therapy method to reduce relapse of genital herpes(GH) with laser.Methods 550 cases GH treated with Laser were randomly derided into 11 different groups(each group 50 cases: group A(A.T.GH.Q),B(B.TGH.Q),C(C.T.GH.Q),D(D.TGH.Q),E(E.T.GH.Q),F(F.TGH.Q),G(G.T.GH.Q),H(H.T.GH.Q),I(I.T.GH.Q),J(J.T.GH.Q) and K group(K.T.GH.Q).All of cases started with 2~8 years of follow-up after clinical short-term being cured.Results Cure rate were: A 24%,B 22%,C 32%,D 30%,E 36%,F 448%,G 42%,H 48%,I 60%,J 58%,K 18%.Conclusion GH treated by Laser auompanied by drug has good and ideal long-term effectiveness,worthwhile for further study and popularized clinical application.

[Objective] Make textual research on the version origin of Yizong Baojing. [Method] Take the Lingyunlou carving copy of Yizong Baojing in Jiaqing Wuwu year(1798) of Qing Dynasty as the master copy, and lithographic copy of Shanghai Feiying Publishing House in the end of Qing Dynasty as the main checked copy, in the same time, take lithographic copies of Shanghai Wenruilou and Shanghai Jinzhang Publishing House in Minguo Times as reference copies, make careful investigation to many wondering points on version origin of the book, point out the problems and make serious comparison and analysis.[Result]Yizong Baojing was firstly carved in Jiaqing Wuwu year 3(1798) of Qing Dynasty, and published by Lingyunlou, thus came the Lingyunlou carving copy in Jiaqing Wuwu year(1798) of Qing Dynasty; to the end of Qing Dynasty, it was issued lithographical y by Shanghai Feiying Publishing House referring to the primary carving copy, then published by Shanghai Wenruilou, i.e. the lithographic copy of Shanghai Feiying Publishing House. This book is combined by many predecessors'medical books, very possibly from booksel ers or merchant of literature.[Conclusion]The study on the version origin of Yizong Baojing offers basic foundation for offspring's col ecting and studying the book, helpful to ancient TCM books protection and u-tilization, as wel as the development of TCM undertaking.