Acute Disease ; Adolescent ; Adult ; Ethylene Dichlorides ; poisoning ; Female ; Humans ; Male ; Middle Aged ; Neurotoxicity Syndromes ; diagnostic imaging ; etiology ; Tomography, Spiral Computed ; methods ; Young Adult

Objective To evaluate the clinical value of bronchial artery infusion(BAI)combined with percutaneous intratumor alcohol injection(PAI)in the treatment of advanced lung cancer.Methods Thirty-two lesions confirmed by pathology,including 13 cases of primary bronchogenic carcinoma and 5 cases of pulmonary multi-metastasis tumor from hepatocellular carcinoma,were treated by 52 times of BAI and 78 times of PAI guided by fluoroscopy or CT .One cases of lung tumor was operated after the interventional therapy,and the specimen was studied with pathologic histology.Results The pathologic finding showed there was a large area necrosis in the tumor.The total effective rate of treatment was 83.8%.The 6,12 and 18 months suivival rates were 100%,77.7% and 61% respectively.Conclusion The combined interventional therapy of BAI and PAI is a more effective synthetical method for treatment only for primary tumor,but also metastasis lesions.It have better cooperative effect on the bigger lesions of lung carcinoma.

0.05),but the former was statistically higher than the latter from 2003-2005. Conclusions There is no obvious variation of the schistosome epidemicity at Jiangxin after resettlement but remaining arable land, while the epidemicity of Jiangzhou, after resettlement and converting cultivated land to forest or grassland, declines in some degree.

Sepsis is a life-threatening organ dysfunction caused by dysregulated host response to infection. Immunosuppression is an important factor of secondary infection in the late state of sepsis, including multi-drugs resistant bacteria, which ultimately leads to the death of patients. The aim of this article was to help clinical staffs better manage patients with sepsis, improve long-term survival rate of the patients, and reduce their re-hospitalization rate by reviewing the relationship between sepsis-induced immunosuppression and multi-drugs resistant bacteria through three aspects: the mechanism of sepsis-induced immunosuppression, the mechanism of antibiotic resistance and the relationship between sepsis-induced immunosuppression and secondary infections.

Objective To detect the change of the anti-S. japonicum antibody level after people migrated from outside embankment to newly established town. Methods Three pilot spots were established for the investigation: one spot thut both inhabitancy and cultivation disused (A), one spot that only inhabitancy disused but farming continued (B) and the third one served as control (C). DIGFA and ELISA were used to detect the antibody level in the populations from 2002 to 2005. Results The positive rate of anti-S.japonkum antibody declined significantly from 6.63% to 3.52% by DIGFA and from 7.26% to 3.71% by ELISA at spot A (X2=5.2625, P

Objective: To examine whether presepsin level can serve as a distinguishing marker between G- bacteria and G+ bacteria, fungal infection in sepsis patients. Methods: A prospective observation study was conducted on the consecutive patients with positive bacterial cultures in intensive care unit (ICU) from June 2017 to November 2018. The patients were divided into the G- group, G+ group and fungal group. Blood samples were collected upon admission to measure the levels of presepsin and procalcitonin (PCT). Results: (1) Of the 156 patients met the inclusion criteria. 96 (62% G- rods, 25 (16%) G+ microbes, and 35 (22%) fungi were detected. (2) Presepsin concentrations were significantly higher in the G- group compared with the G+ and fungal groups (P = 0.000). (3) Presepsin level has a higher accuracy in differentiating G- sepsis from Gram+ and fungal sepsis than PCT level [area under the curve (AUC): 0.809 vs 0.712]. The AUC value of a combination of presepsin and PCT level was significantly larger than that of presepsin level alone in differentiating G- sepsis from Gram+ and fungal sepsis (AUC: 0.866 vs 0.809). Conclusions In contrast to PCT, presepsin is a good discriminative biomarker in different infections.