Anatomy is a subject in the field of medical morphology. Traditional experimental teaching of anatomy is confronted with the disadvantages of poor experimental conditions, high specimen loss rate and insufficient two-way interaction between teachers and students. Under the background of "Internet", we explore the development of new anatomy experimental teaching, by providing electronic screen and physical display platform, VR camera and elevating anatomic table, the entity learning space is created. And through the deployment of intelligent teaching platform and digital human anatomy system, the virtual learning space is built. Upon this, we have built the smart lab for online and offline integration based on big data, and also explored a new type of anatomy experiment teaching, aiming to promote the anatomy experiment teaching to meet the needs of modern medical education, and to provide reference for experimental teaching reform and overall wisdom campus construction.

Smart classroom as the basis support of classroom teaching, should set the function of smart teaching, real-time interaction, environmental control, video monitoring and remote control, teaching reform, evaluation feedback and other functions into an organic whole, and by using new technology integration and development, to achieve the optimization of the teaching effect. In view of the characteristics of practice and complexity of medical teaching, The spatial structure of smart class-room should provide long-distance education, remote operation, live classroom group discussion, group exhibition, HD recording, classroom attendance voting and other functions, and by choosing the appro-priate teaching mode in teaching to promote the innovation and development of medical teaching.

Objective To observe the clinical effects of chemotherapy with intraperitoneal hyper-thermal perfusion for malignant ascites. Methods 40 patients with malignant ascites were randomly divided into two groups. In the treated group, 21 patients underwent intraperitoneal hyperthermal perfusion and local thermotherapy. 19 patients in the control group received commonly intraperitoneal perfusion. Results The CR, PR patients were 6,10 and 0,7 in the treated group and control group, respectively. The efficacy rate in the treated group was significantly higher than that in the control group. 2 patients oc-cured bellyache in the treated group and 1 patient in the control group, there was no statistically significant difference between the two groups. Conclusion Chemotherapy with intraperitoneal hyperthermal perfusion can significantly improve the therapeutic effects for malignant ascites, and has no more side effects.

This paper introduced the concept of humanistic therapy and its connotation and application in the field of surgery, the spiritual essence and the docking and bioethics.The authors also analyzed the perioperative patients need humanistic therapy, including technology, ethics, psychology, the needs of the practice; discusses the humanistic therapy in clinical practice,includes:practice conditions, personnel, measures and problems.

Humans ; Pancreatic Neoplasms ; diagnosis ; therapy

China ; Health Occupations ; legislation & jurisprudence ; Health Personnel ; Humans ; Occupational Health ; legislation & jurisprudence ; Preventive Health Services ; legislation & jurisprudence ; Risk Factors

Connective Tissue Growth Factor ; Humans ; Myocardial Infarction ; physiopathology ; Ventricular Remodeling

Humans ; Lung ; pathology ; Physical Examination ; Pneumoconiosis ; diagnosis ; Thoracotomy

Autoimmune diseases (AID) are characterized by autoimmune disorder, as autologous tissue is attacked by the autoimmune system. It is reported that the imbalance of autoimmune tolerance and ingrained inflammatory response are the core events of AID undoubtedly. Peroxisome proliferator-activated receptor γ (PPARγ) which belongs to the nuclear hormone receptor superfamily is a ligand activated transcription factor. PPARγ combines with retinoid X receptor (RXR) to form heterodimer. When PPARγ is activated, the complex regulates gene expression by binding to a specific peroxisome proliferator response element (PPRE). In addition, PPARγ has diversified biological functions, playing important roles in regulating metabolism, controling inflammation, modulating glucose and lipid metabolism, ameliorating atherosclerosis, anti-tumor, and regulating immune response. However, recently researches indicate that PPARγ participates in the pathogenesis of AID. PPARγ plays key roles in regulating activation and polarization of macrophages, function of dendritic cells, proliferation and differentiation of T cells, and modulation of the function of related stromal cells. This article summarizes the biological functions and signal transduction pathways of PPARγ and the protective effects of agonists of PPARγ on AID, aiming to provide theoretical support for the research of mechanism and prevention and treatment of AID.

Bacteria translocation (BT) induced enterogenous infection in multiple organs dysfunction syndrome (MODS) is closely related with the stress pyemia and MODS. For prevention of BT, western medicine stresses to improve the blood and oxygen supply of intestinal tract, mucosa protection, and application of microorganism preparation, while traditional Chinese medicine could also win good effect by using such drugs as rhubarb, red sage root, and compound decoctions.
Animals ; Bacterial Translocation ; drug effects ; Drugs, Chinese Herbal ; therapeutic use ; Humans ; Intestinal Mucosa ; physiopathology ; Multiple Organ Failure ; microbiology ; Phytotherapy