Acupuncture Therapy ; Demyelinating Diseases ; therapy ; Humans ; Male ; Middle Aged ; Sensation Disorders ; therapy

Objective To investigate serum metastasis-associated lung adenocarcinoma transcript 1 (MALAT1) in non-small cell lung cancer (NSCLC) and observe gefitinib drug sensitivity before and after transfecting MALAT1-siRNA in epidermal growth factor receptor ( EGFR ) wild-type cell line A549.Discussing the relationship between MALAT 1 and epidermal growth factor receptor-tyrosine kinase inhibitor ( EGFR-TKI) drug resistance.Methods Serum MALAT1 was quantified by qRT-PCR in 90 cases of NSCLC, 30 cases of lung benign tumor and 30 cases of healthy people in the First Affiliated Hospital of Dalian Medical University during April to September in 2015.MALAT1 expression in cancer cells were detected in the cell lines A549, H1299, 95D and HCC827.The half maximal inhibitory concentration ( IC50) of gefitinib in cells before and after transfecting MALAT 1-siRNA were analyzed by cell proliferation toxicity test ( CCK).Flow cytometry technology was used to evaluate the apoptosis rates.One-way analysis of variance was statisticed between groups.Results Serum MALAT1 expression was increased in NSCLC compared with healthy control group ( NSCLC =1.88 ±2.51, Healthy control group =1, t=3.347, P<0.01).MALAT1 was over expressed in the EGFR wild-type cell lines compared with the EGFR mutant cell lines(HCC827=1, A549=4.44 ±1.05, 95D=3.55 ±0.63,H1299 =1.44 ±0.05).The IC50 value of gefitinib was declined 32.1% by silencing MALAT1.The results of flow cytometry showed an increasing apoptosis rate after silencing MALAT1 in A549 cells[NC=(9.20 ±1.85 )%, M=(10.24 ±3.43)%, NC+G=( 14.57 ±0.41 )%, M +G =( 21.48 ±2.47 )%].Conclusions Serum MALAT1 reflected the progression of NSCLC.Silencing MALAT1 resulted in enhancement in sensitivity to gefitinib in A549 cell line.It prompted the partly reversal of gefitinib resistance by MALAT1.

Rituximab ( RTX) is a monoclonal antibody to the CD 20 antigen on B-cells that was initially designed and approved for the treatment of non-Hodgkin′s B-cell lymphoma and has emerged as a potent immunosuppressant for many immune -mediated disea-ses.Given its efficacy , tolerability and safety profile in comparison to more conventional treatment regimens , RTX is rapidly emerging as a critical therapeutic modality for glomerular disease .The paper reviews the role of RTX in the treatment of ANCA-associated vascul-itis, lupus nephritis , mixed cryoglobulinemia , membranous nephropathy , minimal change disease , and focal segmental glomeruloscle-rosis.

With Chinas accession to the WTO, implementation of the intellectual property agreement, exemptions and reductions of tariff and cancellation of non tariff barriers, and execution of the general agreement on services and trades will exert a widespread impact on the domestic medical market. Reform of the medical and health system will become extremely urgent; competition in the market of medical services will grow increasingly fierce; management of human resources will find itself in a dilemma; and supervision and control of the medical market will turn more difficult. A thorough study of the opportunities and challenges confronting the medical industry after Chinas WTO entry will, therefore, contribute to a better understanding of the reality and adequate preparation for the challenges. It is imperative to establish the idea of lifelong learning, to always remember that "development is a golden principle"; to set up the commanding elevation of talents in the 21 st century; to speed up innovations in medical technology; and to construct a modern hospital management system.

Objective To effectively develop medical instruments selection of hospital integration operating room.Methods The instruments selection was carried out by the purchasing management of medical instrument item.Results Combination of actual cases,the principles of medical instruments selection of hospital integration operating room and the system of item purchase management were given.Conclusion The methods of medical instruments selection of hospital integration operating room can be taken.

Objective To study the regulation of VSMC proliferation by NO/PKG via modulating intracellular Ca~(2+)/calcineurin(CaN) signaling pathway.Methods Primary VSMCs from rat aorta were used as the experimental model.CaN protein and its activity were assayed using immunoblotting and free inorganic phosphate content analysis respectively.Growth and viability of cells were determined by MTT assay and acridine orange and ethidium bromide staining.Results The addition of SNAP and Sp-8-pCPT-cGMPS decrease absorbance of cells stimulated by phenylephrine(PE),whereas the addition of Rp-8-pCPT-cGMPS increases it.In SMCs p retreated with Ver,absorbance of cells stimulated by PE decreased and was further inhibited by the additional treatment of SNAP and Sp-8-pCPT-cGMPS.In SMCs pretreated with CsA,absorbance of cells stimulated by PE decrease,but it can not be further altered by the additional treatment of SNAP,Sp-8-pCPT-cGMPS and Rp-8-pCPT-cGMPS.Moreover,expression and activities of CaN induced by PE is inhibited by SNAP and Sp-8-pCPT-cGMPS.Conclusion NO/PKG inhibits the proliferation of vascular SMCs without decreasing cell survival rate,which is mediated via intracellular Ca~(2+)/CaN signaling pathway.

The hydrogen sulfate plays an important role in biological and environmental areas and can contaminate the environment, which will cause harm to human body.Thus it is of primary importance to detect hydrogen sulfate with high selectivity and sensitivity.Among these methods for detection of hydrogen sulfate, the optical chemosensor based on molecular recognition is desirable with unique advantage.Anions optical sensing systems are predominantly attractive due to their simplicity, high degree of specificity, low detection limits, easy on-line analysis and especial colorimetric recognition and in situ detection.Herein, the progress during the last decades of optical chemosensors and probes for hydrogen sulfate based on the recognizing mechanism is summarized.The further research orientations are also prospected.

Objective To evaluate the efficiency of the management of medical equipment. Methods Ergonomics was applied to analyze the influence of Man-Machine-Environment System. Results Based on the actual cases, the improved procedure for equipment quality was realized and the management of purchase items were evaluated in quantification. Conclusion The efficiency of the management of medical equipment can be evaluated by using this method.

In light of the emergence and development of the idea of people oriented management, the paper discusses the cultural pathways for people oriented management. People oriented management is a must for the progress of advanced culture; hospital culture is in essence people oriented culture; hospital culture and people oriented management are intrinsically unified; and cultural strength constitutes the hospital's perpetual competitiveness. For this reason, it is imperative to pinpoint the intrinsic demands of hospital culture and people oriented management so as to enhance the hospital's credibility and competitiveness. The following steps can be taken: ①identifying common objectives; ②fostering and upholding the hospital spirit; ③cultivating the idea of people oriented services; ④developing a "learning type" hospital; and ⑤making full use of the human resources on the basis of the "four respects".

BACKGROUND:It is a very difficult task to transfer from the animal model of cervical spondylosis to clinical treatment. However, the pathology of cervical spondylosis is not very clear, and the main reason is the lack of an ideal animal model of the experiment.
OBJECTIVE:To review the commonly used modeling methods and evaluate the advantages and disadvantages of different modeling methods through consulting literatures.
METHODS:The key words were“cervical spondylosis, cervical spondylotic myelopathy, cervical spondylotic radiculopathy, vertebroarterial type of cervical spondylosis, animal model”. The first author retrieved Medline and CNKI for studies published from 1991 to 2015 concerning animal experiments or clinical studies on the construction of animal model of cervical spondylosis. Final y, 41 studies were included for reviewing.
RESULTS AND CONCLUSION:There are many methods for the modeling of cervical spondylosis at the present stage, including implantation method, screw insertion method, bal oon compression method, mechanical compression, injection method, spinal suture method and mechanical imbalance method. Each has its advantages and disadvantages. In the study of cervical spondylosis, we should choose the appropriate animal model according to the research purpose. Further research and the establishment of a comprehensive animal model are stil the goal of efforts.