Health history,clinical syndrome and imaging examination are key factors for early diagnosis of pancreatic trauma,while the effects of the test of the serum amylase for the diagnosis of pancreatic trauma remain unclear.Laparotomy plays an important role in the diagnosis of pancreatic trauma for patients,particularly urgent patients.The grading of pancreatic trauma functions as a bridge between the diagnosis and treatment of the pancreatic trauma.So far,the organ injury scale grading system proposed by the American Association for the Surgery of Trauma (AAST-OIS) provides guidelines for operative versus nonoperative management in solid organ injuries.Surgery is an important treatment method for pancreatic trauma according to injury control and surgical procedures grading principles.Recently,minimally invasive surgery has been involved in the diagnosis and treatment of the pancreatic trauma.

As a result of the early amplification of the inflammatory response in the acute pancreatitis, systemic inflammatory response syndrome (SIRS) is a main cause of acute pancreatitis-associated lung injury (APALI) , while early combined acute lung injury or acute respiratory distress syndrome causes a high mortality of acute pancreatitis.A series of inflammatory mediators and cytokines play important roles in the process of SIRS and APALI, therefore, inflammatory reaction restoring a balance becomes a key point of the treatment of pancreatitis lung injury.

With the enhancing treatment concept and the improvement of diagnosis and treatment technology in recent years,multidisciplinary cooperation and minimally invasive treatment has been the dominant treatment methods for acute pancreatitis,and they reduces the mortality effectively.At the same time,a series of new treatment methods such as step-up approach,which has obvious advantages over traditional surgery,improves the prognosis of severe acute pancreatitis significantly,and it has been recognized by scholars both at home and abroad.

Objective To analyze the influence of multiple myeloma tumor-associated gene MYEOV2 on NIH/3T3 cells growth. Methods The recombinant plasmid, pcDNA3.1(+)/MYEOV2, was constructed and subsequently transfected into NIH/3T3 cells by liposome. The positive clones of the transfected NIH/3T3 cells were obtained by G418 selection. RT-PCR was used to detecte the expression of MYEOV2 gene in the cells. Fluorescence-activated cell sorting (FACS) and cell grow curve drawing were applied to analyze the influence of MYEOV2 gene on NIH/3T3 cells proliferation. Results The cell clones stably expressing MYEOV2 gene were obtained. FACS analysis showed that the percentage of S phase cell of pcDNA3.1(+)/MYEOV2-transfected cells, pcDNA3.1(+) -transfected cells and non-transfected cells was 30.9%, 20.1% and 16.1%, respectively, and the difference of sphase cell percentage between pcDNA3.1(+)/MYEOV2-transfected cells and the other two groups of cells was significant (P

Objective To explore the effects of music games thematic curricula on preschool children with intellectual disabilities. Methods 30 children with intellectual disabilities accepted music games thematic curricula (experiment group, n=15) or routine thematic curricula (control group, n=15) respectively. They were assessed with the Scales of Learning Attitude, Scales of Emotive Behavior, Scales of Communicational Ability, and Scales of Social Skill before and after 20 weeks of curricula. Results The experiment group performed better in learning attitude, emotive behavior, communicational ability, and social skill than the control group (P<0.001). Conclusion Using music games in thematic curricula can not only improve the mood and behavior of the preschool children with intellectual disabilities apparently, but also inspire their learning interest, develop their communicational and social abilities.

Objective To discuss the accuracy of 3DSS three-dimensional scanning system, which was used to reconstruct the 3D digital model of unilateral orbital defect patients. Methods By using 3DSS spectrometer on the case of patients with unilateral orbital defect, the related scan dates of facial structure were collected, and the reconstructed digital models were processed wax pattern by SLS prototyping machine. Results The digital solid model of three-dimensional reconstruction was smooth and complete, and border over the natural. The designed resin prosthesis can be inosculated with the orbital defect tightly and symmetrically. Conclusion To adopt the system can be successfully completed unilateral orbital defect restoration design and production, and ultimately satisfied the clinical requirement of prosthesis production.

Objective To investigate secretory IgA change in uremic patients ane its relationship with inflammation. Methods Sixty uremic noneialysis patients( uremic non eialysis group)ane 60 hemoeialysis patients( hemoeialysis group ),the other 40 healthy volunteers( control group ) were selectee as our subjects. Enzyme linkee immunosorbent assay( ELISA)methoe were appliee to eetect the fecal secretory IgA content. Immune nephelometry were usee to measure the level of high sensitivity C reactive protein(hs-CRP). Results The level of fecal secretory IgA expression in hemoeialysis group((2. 39 ± 0. 81)μmol/ L)ane the non eialysis group((2. 43 ± 0. 84)μmol/ L)were significantly lower than that of the control group((2. 89 ± 0. 87)μmol/ L),ane the eifference was significant(F = 5. 042,P < 0. 01),while there was no significant eifference between the eialysis group ane the non eialysis group(P > 0. 05). The negative correlation was seen between secretory IgA content ane hs-CRP in patients(r = - 0. 629,P < 0. 01). Conclusion The secretory IgA eecreasee in patients with or without uremic eialysis ane it is correlatee with inflammatory state.

Immobilization osteoporosis (IOP)is a common complication in clinic and cosmonauts. It severely impaired the patients ant the cosmonauts. The causes of IOP are weightless,immoblization and bed rest.Excercise therapy is very important for IOP. The etiology andpathogenesis of IOP are introduced in this article. the effects, mechanism and methods of the exercise therapy for preventing and treating IOP arealso discussed.

Objective To investigate effects of combined use of glycogen synthase kinase (GSK) -3 inhibitor and fructose-1,6-diphosphate (FDP) on liver trauma in rats. Methods After crea-tion of liver trauma model in 49 Sprague-Dawley rats, 42 rats were randomly divided into control group (NaCl group), FDP group and FGI Group (FDP and GSK-3 inhibitor in combination group). Then, each group was randomly subdivided into pre-ischemia group and 4-hour reperfusion group on account of time point when animals were sacrificed before and after iachemia. The other seven rats set as sham operation group (SH group) were sacrificed at 4-hour reperfusion time point. The AST and ALT levels in hlood and glycogen content, SOD vitality and MDA content in liver tissues were determined. Results At pre-is-chemia time point, liver glycogen content in three groups was in order of control group < FDP group < FGI group (P <0.01). At 4-hour reperfusion time point, blood ALT and AST levels in four groups were in order of control group > FDP group > FGI group > SH group (P < 0.01), while SOD vitality in liver tissues of four groups was in order of control group < FDP group < FGI group < SH group (P < 0.01) and MDA content in four groups was in order of control group > FDP group > FGI group > SH group (P < 0.01). Conclusions Combined use of FDP and GSK-3 inhibitor can enhance the protective effect of FDP on liver rupture, as may relate to the mechanism that GSK-3 inhibitor can effectively enhance glycogen synthesis of FDP as substrate before liver ischemia so that the liver glycogen storage is increased in a short period of time and hence post-traumatic warm ischemia-reperfusion injury is alleviated in the liver of rats.

asty without increasing morbidity, especially for slim patients or patients with a large renal pelvis.