AIM: To investigate the efficacy of 23G minimally vitrectomy without irrigation in cataract phacoemulsification and trabeculectomy of malignant glaucoma, and to analyze such compound operative procedures for phakic malignant glaucoma.
●METHODS:A total of 21 phakic malignant glaucoma patients (21 eyes) underwent anterior vitrectomy without irrigation by using 23G vitrectomy. During surgical course phacoemulsification with anterior and posterior continuous circular capsulorhexis, trabeculectomy combined with iridectomy would be completed. lntraocular pressure, anterior chamber depth changes and postoperative complications were observed after the operation.
●RESULTS:ln the three-month follow-up, intraocular pressures were reduced from ( 57. 18 ± 6. 18 ) mmHg to (16. 15 ± 2. 43 ) mmHg, there was statistical difference compared with pre - operation ( P < 0. 001 ). The preoperative anterior chamber depth (ACD) was (0. 88± 0. 25) mm, the postoperative ACD was (2. 44±0. 37) mm 3mo later, there were significant difference (P<0. 001). The best corrected visual acuity improved significantly, no serious postoperative complication appeared.
● CONCLUSION: The compound surgical method of anterior vitrectomy combined with phacoemulsifier and trabeculectomy can effectively treat phakic malignant glaucoma. Early diagnosis and early compound surgery may effectively reduce the intraocular pressure of malignant glaucoma.

Objective To study the effect of neuroepithelial cell transforming gene 1 (Net1) on the cellular radiosensitivity and underlying mechanism.Methods Real-time quantitative PCR was used to measure the variations in Net1 expression level upon irradiation.Radiosensitivity was analyzed by colonyforming assay after Net1-siRNAs.Net1-associated proteins were identified by co-immunoprecipitation.Results The Net1 mRNA level in the cells was increased significantly (t =-10.52,P ＜ 0.05) after irradiation.Compared to the control group,siRNA-mediated silencing of Net1 enhanced cell radiosensitivity (t =15.31,11.65,P ＜0.05).Net1 was found to interact with Ku70,Ku80 and DNA-PKcs under either normal conditions or after irradiation.Conclusions Net1 could protect cells from irradiation by interaction with DNA repair proteins in non-homologous end joining pathway.

Berberine Alkaloids ; therapeutic use ; Humans ; Phytotherapy ; Tachycardia ; drug therapy

ObjectiveTo investigate the diagnoses of somatic diseases of inpatients with psychosis and hospitalized more then 2 years.MethodsThe material of all 350 inpatients were investigated and analyzed.ResultsThe first three psychiatric diagnoses were schizophrenia (61.32%), Alzheimer's disease (15.26%), mood disorder (4.74%). The first three diagnoses of accompanying somatic diseases were heart disease (8.68%), diabetes mellitus (8.42%), and hypertension (4.47%).ConclusionWith the changes of social environment, the disease pedigree of inpatients with psychosis changes, senile patients become more and more, and the incidence of concurrent somatic diseases gradually increases.

No abstract available.
Gastrins*

AIM: To investigate the effectiveness of minimally invasive conjunctivorhinostomy for complete bicanalicular obstruction, and to evaluate the advantages, complications, and degree of satisfaction after this technique.
●METHODS: Twenty - two patients ( 22 eyes ) with complete bicanalicular obstruction were selected as the research subjects, all patients were treated by minimally invasive conjunctivorhinostomy. The post - operation follow- up lasted for 3 - 27mo. Medical records were reviewed for demographic data, surgical time, length of the tubes, duration of follow-up, patency of the tube, postoperative complications, whether satisfied or dissatisfied with this procedure. Meanwhile, the data was analyzed for evaluating the clinical efficacy of minimally invasive conjunctivorhinostomy.
●RESULTS: The overall operative success rate was 95%(21/22), and the overall patient satisfaction was 68% (15/22 ) . The post - operation complications included:granulation tissue proliferation of the lower end of the tube 2 cases (9%), middle turbinate blocked the opening of tube 3 cases ( 14%) , nasal mucosa covering the opening of tube 1 case ( 5%) , the tube was blocked by secreta 5 cases ( 23%) , foreign body sensation 10 cases (45%), dry eye 2 cases ( 9%), regurgitation of nasal secreta discharge 8 cases (36%).
●CONCLUSION: Minimally invasive conjunctivorhinostomy can treat the complete bicanalicular obstruction. This operation method is characterized by simplicity, high success rate, short operative time, less tissue trauma, less complications, without facial scarring, and it is worth clinical promotion.

Objective To evaluate the eradication rate and long-term therapeutic effect of a triple therapy consisted of cla-(rithromycin) (CLA), amoxicillin (AMO)and omeperazole on Hp infection,and explore the alternative therapeutic programs and their effects after first therapeutic failure.Methods A total of 92 children with Hp infection were divided into two groups: 70 children were given the triple therapy for one week (CLA group);Twenty-two children were given another triple therapy composed of metronida-(zoole) (MET), AMO and omeperazole for two weeks (MET group).All of the children were followed up for 1-30 months after the therapies ended.Children of the two groups who were therapeutic failure were given retreatment as follows.CLA triple therapy were given for one week to the children who were failure after MET triple therapy;increased doses of CLA with longer treatment course was given to the children who were failure after CLA triple therapy . A tetra therapy consisted of colloidal bismuth subcitrate (CBS), furazolidone (FUR) ,omeperazole and AMO was given to children in whom the retreatment failed.Results The Hp eradication rate of CLA group was 91.4%(64/70),and the Hp eradication rate of MET group was 72.7%(16/22).There was significant difference between eradication rate of the two groups(?~2=5.16 P

Objective To provide a fixtures and feasible injection method for rat tail vein injection.Methods SD rats were randomly divided into A group and B group,thirty rats in each group.Rats in group A fixed by a simple and practical experimental rats fixtures.And rats in group B fixed by common plastic drink bottles.Then the tail vein injection experiment was conducted respectively.Results It took one people 31.2 seconds in group A and 33.1 seconds in group B to finish the experiment from capture to fix rats,and took one people 68.4 seconds in group A to finish the experiment from capture to finish the injection,while it couldn't finish in group B.It took two people 25.4 seconds in group A and 25.8 seconds in group B to finish the experiment from capture to fix rats,and took 63.7 seconds in group A and 85.6 seconds in group B to finish the experiment from capture to finish the injection.Conclusion The experimental rats fixtures can increase the success rate of rats tail vein injection,and shorten the injection time.It is a safe and effective method.

Objective To explore the lethal action and possible mechanism of RI-1, a RAD51 inhibitor, on MSH2 deficient colorectal cancer cells.Methods The expression of MSH2 protein level was assessed by Western blot, and the sensibility of human colorectal cancer cells to RI-1 (10, 20, 30, 40 and 50 μmol/L)was measured by MTT method.Lentivirus vectors MSH2-shRNA and Neg-shRNA (negative control) were constructed and transfected into HT29 cell.Apoptosis and DNA damage of cells treated with RI-1(40 μmol/L)were detected by flow cytometry and Single cell gel electrophoresis respectively.In addition, the formation of γ-H2AX foci was analyzed by immunofluorescence.Results Compared with control, MSH2-deficient HCT8 cells had obviously apoptosis(P<0.01);in HCT8 and HT29 Shmsh2 cells, tail DNA%, tail length, tail moment and olive tail moment were markedly increased(P<0.05),and the number of γ-H2AX focus were increased(P<0.01).Conclusions RAD51 inhibitor RI-1 selectively kills MSH2 deficient colorectal cancer cells by increasing DNA damage.

Hematopoietic stem cell ( HSCs) injury induced by ionizing radiation ( IR) is the primary cause of death after exposure to ionizing radiation .The mechanisms of inducing HSCs damage include induction of HSCs apoptosis via the P53-Puma pathway;promotion of HSCs differentiation via the activation of the G-CSF/Stat3/BATF-depend-ent differentiation checkpoint;induction of HSCs senescence via the ROS-P38 pathway; and damage to the HSCs niche.Recent researches provide a basis for the prevention and treatment of bone marrow suppression caused by ionizing radiation .