Objective To investigate the changes of the hemostatie coagulation markers in pregnancy induced hypertension (PIH)and significance.Methods The blood samples were collected from 70 normal pregnant women (control group) and 66 pregnant women with PIH (PIH group).Platelet count (PC), mean platelet volume ( MPV ), prothrombin lime (PT), partial thromboplastin time (AFIT), fibrinogen (FIB),D-dimmer (D-D)were measured.Results Compared with the control group,the level of PC,PT, APTT in the PIH group were significantly decreased [(178.32±51.08) × 10~9/L vs (186.17±40.02) × 10~9/L, (10.54±0.34) s vs(11.07±0.49) s, (26.23±3.12) s vs(28.08±4.31) s](P<0.05 or <0.01), while those of FIB,MPV,D-D were significantly increased [(5.34±0.68) g/L vs (4.02±0.73) g/L, (11.10 ± 2.31 ) fl vs (8.95 ± 1.37) fl, (0.46 ± 0.27) mg/L vs (0.18 ± 0.19) mg/L](P < 0.01 ).The levels of FIB and D-D were significantly increased in severe preeclampsia (34 cases) than those in mild preeclampsia (32 cases) (P < 0.01 ).The level of PT was lower and FIB, D-D were increased in early onset preeclampsia ( 31 cases ) than those in late onset preeclampsia (35 cases) (P < 0.05 or < 0.01 ).Conclusions There is hypercoagulative state in pregnant women with PIH.The disorders of coagulation function may be more severe in early onset preeelampsia than those in late onset preeclampsia.

Surface plasmon resonance (SPR) sensing technology is a high-tech optical detection technolo-gy developed quickly in recent years, which combines biology, polymer chemistry and sensing technologies to form a rapid, sensitive, specific, portable and easy to operate detection technology. This paper outlines the mech-anism of SPR sensing technology for detection of low molecular weight analytes, the main application methods and research progress, discusses the advantages and shortages of the method, and foretastes the development prospect of this technology.

Spleen tyrosine kinase(Syk) has been considered to be a signaling molecule of hematopoietic cells,which play an important role in lymphocyte maturation and activation of immune cells.Recent studies showed that Syk plays a crucial role in regulation of proliferation and migration in vascular smooth muscle cells.Prominent pathways include mitogen-activated protein kinases,phosphatidylinositol 3-kinases,Src and Rho-activated protein kinase.In this review,the role of Syk in those signal pathways is summarized.

Objective To explore the experience of surgical treatment for appendiceal carcinoid.MethodsThe clinical data of 12 appendiceal carcinoid cases received surgery were retrospectively studied.ResultsPreoperatively,all the 12 cases were considered as appendicitis.The definite diagnosis was verified by pathologic study postoperatively.Among the 12 cases, tumors less than 1 cm 9 cases, between 1 cm to 2cm 2cases, but without serosal involvment or lymph node metastasis(2 cases) recieved simple appendectomy.One case with a tumor larger than 2cm and serosal involvment underwent fight hemicolectomy.ConclusionOwing to its lack of specific symptoms,the diagnosis of appendiceal carcinoid was usually reached after operation.The choice of surgical procedures should based on the size and depth of invasion of the tumor and lymph node metastasis status.

Emodin is the main effective monomer of Rhubarb, which has a variety of pharmacological actions and valuable clinical applications.Recently, there are many reports about molecular mechanisms of emodin pharmacological actions,and they givehighly attention on the dephlogisticating and antineoplastic effects. These effects are achieved through affecting the concentration and transportation of ions, resisting of oxidation and free radical, and affecting the secretion of inflammatory factor and the enzyme activity and apoptosis and so on. This article summarizes the reports and hopes to provide theoretical basis for the practical application.

Objective:To investigate the association between anxiety and the change of humoral immune functions and its correlation with HLA-DQB1 polymorphisms.Methods:Total 31 resident doctors were selected randomly and tested by State-Trait Anxiety Inventory(STAI).IgG,IgA,IgM,complement C3 and complement C4 were detected with BECKMAN array360 system;HLA-DQB1*02、*03、*04、*05 and*06 alleles were individually amplified by polymerase chain reaction(PCR)using exon2 group-specific primers.The correlation between immune function and HLA-DQB1 polgmorphisms were investigated.Results:Statistical analysis showed that there was positive correlation with State Anxiety (Ta) and complement C3,either Trait Anxiety (Tc) and complement C3.There was significant difference between HLA-DQB1*02 positive and negative in Ta (P＜0.05),while no difference in complement C3(P＞0.05).There was significant difference between HLA-DQB1*04 positive and negative in Ta and Tc(P＜0.05),while no difference in complement C3(P＞0.05).Conclusion:Anxiety could change some humoral immune functions and this is related with HLA-DQB1 polymorphism.

Objective To research the optimal preparation technology of salinomycin micelle.Methods DSPE-PEG2000 was selected as the carrier.Salinomycin was selected as the model drug.The film dispersion method, the ethanol injection method and the dialysis method were used to prepare salinomycin micelles respectively.The comprehensive evaluation indexes included entrapment rate and drug-loading rate, release capacity and vitro cytotoxicity test in order to select the most suitable preparation technology of salinomycin micelle .Results The film dispersion method is the most suitable preparation technology of salinomycin micelle in the three methods.Its average grain diameter was (14 ±2.3) nm, entrapment rate was (82 ± 2.6)%, drug-loading rate was (6.3 ±2.1)%, IC50 to HepG2 tumor cells was 16.10 ±3.71.Conclusion The film dispersion method of salinomycin micelles has the advantages with the smallest size, the highest entrapment rate and the largest drug-loading rate, which has the function to kill tunmor cells and release slowly.

In the course of the establishment of the basic medical insurance system, medical and health institutions at various levels are going to face the readjustment of functional orientation and transformation of the current pattern of medical setups will produce a far reaching effect on medical institutions. While “reducing burdens”, big hospitals must try actively to suit the needs of the medical market under the new circumstances, give full play to their strong points, such as high concentration of talents, knowledge and resources, and provide quality, high efficiency and high value added medical service. It must also be brought to peoples awareness that third tier hospitals are not just the supplement and extension of community medical service but should also serve as its guarantee and backing.

Purpose:To study the role of postoperative radiotherapy in early stage uterine sarcomas. Methods:Retrospective analysis of the impact of radiotherapy on progress-free survival rate (PRS )rate, local recurrence rate (LRR) and overall survival (OS)in stage Ⅰ,Ⅱ uterine sarcomas. 34 cases were treated with surgery alone ,42 cases were treated with postoperative radiotherapy. Results:The PRS at 2 and 5 years for surgery were 38.2% and 26.5% ,69.0% and 57.1%for postopeative radiotherapy. The LRR at 2 and 5 years treated with surgery were 52.9% and 64.7%,26.2% and 28.6% with adjuvant irradiation. The OS at 2 and 5 years treated with surgery were 83.4%and 47.0%,83.3% and 69.0% with adjuvant radiation. Conclusions:Postoperative radiotherapy showed a marked increase in the three parameters studied (PRS? LRR?OS ) for I,II stage uterine sarcomas.

Bone Marrow Mesenchymal Stem Cells (BMSCs) are ideal seed cells for cell therapy,which have been through many long-term studies of in vitro and animal disease model treatment and have been widely used in preventing and treating a variety of clinical diseases caused by aging and other damage,including bone injury and regeneration,neural degenerative and injury,myocardial injury,liver cirrhosis,diabetes,lung disease and so on.BMSCs application in the treatment of orthopaedic disease is the most common and effective.By retrospective literature review,we summarize the BMSCs transplantation application in Orthopaedic disease treatment.As an ideal cell source,BMSCs was first applied in bone tissue engineering,mainly used in the treatment of long bone defect and bone nonunion;Recently,the research trends of clinical BMSCs application turned to treat degenerative diseases and genetic disorders because of its great potential,including osteoarthrits,femoral head necrosis,disc degeneration,spinal cord injury,knee varus,osteogenesis hypoplasia,hypophosphatasia and so on.The safety and efficacy of BMSCs treatment are the key issues in clinical cell therapy.There is no side effects and complications after BMSCs treatment,prove its clinical application is safe.But due to type and degree of disease and individual differences,therapeutic methods including injection method,effective concentrations,treatment window selection,cycle and therapeatic effects have a bigger difference.There is still no uniform of recognized operation standards for the treatment of the same type of disease.So BMSCs transplantation requires effective control during whole medical process and its application in orthopedic diseases is still lack of large-scale multicenter clinical study.Therefore,this review focuses on induction,summary and analysis in the research status of BMSCs in bone disease treatment,and provide new ideas and methods for BMSCs transplantation in orthopaedic disease prevention and treatment.