Inflammatory microenvironment plays a key role in the tumor recurrence and metastasis.The inflammation of tumor microenvironment can start the tumor metastasis by regulating epithelial-mesenchymal transition ;can improve the tumor invasion by degradation the extracellular matrix;in addition to,inflammation can supply appropriate microenvironment for tumor vascular angiogenesis.

The theory of formulas corresponding to syndromes is one of the characteristics of Treatise on Cold Damage and Miscellaneous Diseases (Shanghan Zabing Lun) and one of the main principles in applying classic prescriptions. It is important to take effect by following the principle of formulas corresponding to syndromes. However, some medical practitioners always feel that the actual clinical effect is far less than expected. Six errors in the use of classic prescriptions as well as the theory of formulas corresponding to syndromes are the most important causes to be considered, i.e. paying attention only to the local syndromes while neglecting the whole, paying attention only to formulas corresponding to syndromes while neglecting the pathogenesis, paying attention only to syndromes while neglecting the pulse diagnosis, paying attention only to unilateral prescription but neglecting the combined prescriptions, paying attention only to classic prescriptions while neglecting the modern formulas, and paying attention only to the formulas but neglecting the drug dosage. Therefore, not only the patients' clinical syndromes, but also the combination of main syndrome and pathogenesis simultaneously is necessary in the clinical applications of classic prescriptions and the theory of prescription corresponding to syndrome. In addition, comprehensive syndrome differentiation, modern formulas, current prescriptions, combined prescriptions, and drug dosage all contribute to avoid clinical errors and improve clinical effects.

Recurrence and metastasis are main causes ofsurgical treatment failure of non-small cell lung cancer.In prevention of non-small cell lung cancer recurrence and metastasis,Chinese medicine has achieved a certain effect. It has been proved by clinical use of Chinese patent drugs, compound modification based on syndrome differentiation, integrated traditional Chinese and western medicine treatment, and molecular mechanism of anti-recurrence and metastasis, though there are still some problems. This article reviews the recent clinical and experimental research status.

Based on the theory of tumor angiogenesis,the vascular system is necessary for the advance and metastasis of the tumor.To inhibit or even cure the tumor,the researchers all over the world have made a great many of studies on the mechanism of tumor angiogenesis and have acquired some achievements.Based on the findings,a lot of factors are involved in tumor angiogenesis,and they constitute the complex regulating network through interaction at the molecular and cellular level.

Objective To study the clinical effect and influence of Feiliuping Ⅱ on the quality of life quality of lung cancer patients. Methods 60 patients of later stage of lung cancer with definite diagnosis and stages in pathology were chosen, who had approximate condition. Among them, 30 cases were in Chemotherapy-only group, and 30 cases were in Feiliuping Ⅱ +Chemotherapy group. Chemotherapy was the treatment in Chemotherapy-only group. Besides chemotherapy, Feiliuping Ⅱ was taken orally, 20 g tid poin Feiliuping Ⅱ +Chemotherapy group. Three months were a period of treatment. To evaluating effect of two groups from clinical curative effect, symptoms changes, and quality of life. Results After treatment, stable rate of focus were notably higher in Feiliuping Ⅱ +Chemotherapy group than that in Chemotherapy-only group (P

Objective:To comparatively observe the effects of 20(R)-ginsenoside Rg3 and PEG-PLGA-Rg3 nanoparticles on the Lewis lung cancer mice and to explore the mechanisms of Rg3 and PEG-PLGA-Rg3 nanoparticle anti-cancer in vivo.Methods:Lewis lung cancer mouse model was established and 60 mice were randomly divided into 5 groups with twelve in each group:PEG-PLGA-Rg3 nanoparticles group (Rg3-N),PEG-PLGA group (PEG),Rg3 group (Rg3 ),normal control group (C),saline control group(NS),and received intragastric administration for 1 4 days.The weights of the mice were measured every 2 days and the weight curves were obtained.At the same time,the color pattern,activity and men-tal status were observed.The mice were sacrificed when the administration was over,and the effects of 20 (R)-ginsenoside Rg3 and PEG-PLGA-Rg3 nanoparticles on tumor weight,and the tumor:weight ratios were analysed.In addition,the tumor microvessel density (MVD)was measured by immunohistochemi-cal staining with anti-CD31 antibody to compare the effects of Rg3 and PEG-PLGA-Rg3 nanoparticles on the tumor angiogenesis in vivo.Furthermore,the levels of such angiogenesis and proliferation factors as MMP-9,HIF-1 α,VEGF,Ki-67 were examined by RT-PCR,Western blot and immunohistochemistry to explore the internal molecular mechanisms of anti-tumor effects in vivo.Results:The trends of variation of the mice weights in NS group and PEG group were rising early but declining later.In contrast,the trends of the other three groups were rising early and became stable later.In comparison with NS group, the mice of Rg3 group and Rg3-N group had better general status:brighter color,more active and better spirit.Compared with NS group,the tumor weight in PEG group,Rg3 group and Rg3-N group showed no significant difference but the tumor:weight ratio and MVD in Rg3 group and Rg3-N group declined signi-ficantly (P <0.01 ).Besides,there was no significant difference between Rg3 group and Rg3-N group. At the same time,the level of VEGF mRNA,the protein expression of MMP-9,HIF-1 α,VEGF in Rg3 group and Rg3-N group decreased compared with NS group.Furthermore,the level of each index above-mentioned in Rg3-N group was lower than that in Rg3 group.The expression of Ki-67 in PEG group,Rg3 group and Rg3-N group showed no significant difference compared with NS group.Conclusion:Rg3 and PEG-PLGA-Rg3 nanoparticle may suppress the expression of VEGF,MMP-9 and HIF-1 αin Lewis lung cancer mice,thereby indirectly contributing to their antitumor effects and alleviating the mice’s general status.In addition,PEG-PLGA nanoparticles embedding can promote Rg3 antitumor effect in vivo.

Type 17 T helper cells (Th17) are novel subsets of CD4+ effector T cells discovered recently which are different from the traditional type 1 and type 2.They are mainly differentiated from initial T cell precursor.Tumor microenvironmental cytokines can recruit CD4 + Th17 cells from the peripheral blood into tumor sites.And the differentiation of Th17 cells is also affected by tumor microenvironmental factors.Tumorinfiltrating Th17 cells play a dual role for tumor growth in both pro- and anti-tumourigenic processes.A further understanding of the activities of Th17 cells will provide a new breakthrough point for the researches of cancer immunotherapy.

Objective:To establish an experimental phalloplasty model with sensory restoration in rabbits and to explore a new surgical technique to improve the postoperative sensory function in phallic reconstruction. Methods: Adult male New Zealand white rabbit was used. Penile reconstruction was performed with superficial epigastric faciovascular pedicle flap. Free saphenous nerve graft was dissected, embedded in the flap, and end-to-end anastomosed to dorsal nerve of penis. Postoperatively, H-E staining and CGRP immunohistochemical staining were applied to observe the morphology of the regenerated nerves in the reconstructed penis at different stages. Results:Only a few CGRP-positive fibers scattered in deep corium in the reconstructed penis 1 month after surgery, while the quantity of CGRP nerve fibers increased markedly and the CGRP-positive fibers appeared in both superficial corium and papillae corii after 3 months. Six months postoperatively, the positive nerve fibers were also observed around the cutaneous accessories and in the epidermis-corium boundary layer. Conclusion: This rabbit model demonstrates the possibility of a new method for phalloplasty with sensory recovery, which may redound to clinical application.

Adjuvants, Immunologic ; therapeutic use ; Antigen-Presenting Cells ; drug effects ; immunology ; Combined Modality Therapy ; Dendritic Cells ; drug effects ; immunology ; Drugs, Chinese Herbal ; therapeutic use ; Humans ; Immunotherapy ; Medicine, Chinese Traditional ; Neoplasms ; drug therapy ; immunology ; Phytotherapy

ObjectiveTo study the inhibiting effects on the invasion and metastasis of melanoma by CXCR4 gene silence in nude mice.MethodsThe CXCR4 specific recombinant plasmid vector was constructed and transfected into the cultured MV3 cell line with lipofectamine.The models of subcutaneous melanoma in nude mice were established with MV3 cells.The nude mouse model of lung metastasis was established by injection of MV3 cells into the tail vein.The animals were sacrificed at 8weeks after the melanoma cells injection.CXCR4-shRNA plasmid vectors were discontinuously injected directly into the established tumor and vein.The changes of weight and size of the tumors and the mice body weight during the therapy were calculated respectively.Histological observation was performed to evaluate the presence and number of metastatic tumors.ResultsThe subcutaneous melanoma tumors in nude mice were established successfully.The growth of tumors in the CXCR4-shRNA injected nude mice was inhibitted obviously through tumor growth curve. There were significant differences between negative shRNA control nude mice and blank control nude mice (P＜0.01).Melanoma cells with CXCR4 shRNA permanent transfection had a much lower lung and brain and liver metastatic potential in nude mice than control cells and mock control cells in vivo.ConclusionsCXCR4 gene silencing mediated by shRNA significantly suppresses the growth of MV3 cell in vitro.Silencing of CXCR4 mediated by shRNA can also effectively decrease the metastatic potential of lung and liver and brain.