BACKGROUND:With the rapid development and wide application of proteomics techniques,effective tools are available for exploring specific biomarkers for early detection and diagnosis of liver diseases.Recent years,many novel and promising biomarkers have been discovered and evaluated.OBJECTIVE:To review the advances and applications of proteomics in liver development,regeneration and diseases.RETRIEVAL STRATEGY:A computer-based online search of Medline database was undertaken for the English literatures about liver diseases and proteomics published from January 1995 to July 2007 with the keywords "proteomics,liver".Meanwhile,Chinese articles published from January 1995 to July 2007 were searched in CNKI database,with the same keywords in Chinese.The retrieved articles were screened firstly,and those about proteomics and liver diseases were selected and searched for full texts.Repetitive studies and Meta analysis were excluded.156 articles about the proteomics and liver diseases were collected,and finally 32 articles were included.LITERATURE EVALUATION:Of the 32 articles,3 were about the research background of proteomics,6 about proteomics under healthy status,and 23 about proteomics research in liver diseases.DATA SYNTHESIS:Proteomics is a novel science to study protecome using various techniques.The study of the proteome,called proteomics,now evokes all the proteins coded by gene in any given organism,tissue,cell,and even organelle.The researches of proteomics help us to find and understand the life as a whole.Nowadays,there lacks of effective strategy in diagnosis,stages,and treatment in liver diseases.Proteomics is promising in alertness,diagnosis,treatment and prognosis in liver diseases.CONCLUSION:With the deepened study of proteomics in liver diseases,there will be a revolution in the diagnosis and treatment of liver diseases.

Objective To study the difference between central and peripheral position of contrast gray-scale imaging in rabbit′s liver.Methods Ultrasound contrast agent(UCA) SonoVue TM ( 0.1 ml/kg) was applied respectively in 8 normal rabbits by intravenous bolus injection.Corresponding parameters of the time-intensity curve: time to enhancement(ET),time to peak intensity(PIT),peak signal intensity(PSI),mean transit time(MTT) and area under the curve(AUC) were measured using low mechanical index contrast gray-scale imaging and Wash-in/Wash-out time intensity curve software.Results There was significant difference of parameters of the time-intensity curve between central position and peripheral position of parenchyma ( P

OBJECTIVE To investigate the isolation and antimicrobial resistance of nonfermentative Gram-negative bacilli(NFGNB) in order to provide laboratory evidence for clinically selecting antibiotics.METHODS All isolates were identified by routine procedure and DADE BEHRING MicroScan auto-system,and K-B paper disk diffusion in accordance with NCCLS standards was employed for drug sensitivity tests.RESULTS There were 273 strains of NFGNB isolated from Feb 2005 to Aug 2006,mainly from sputum,middle urine and secretion. The main NFGNB were Pseudomonas aeruginosa,Acinetobacter baumannii and Stenotrophomonas maltophilia.The resistance rates of P.aeruginosa and A.baumannii to imipenem/cilastatin,cefoperazone/sulbactam and cefepime were less than 13.6%,11.9% and 25.4%;to amikacin and piperacillin/tazobactam were 31.1% to 37.8%.The resistance rate of S.maltophilia was the highest among the NFGNB.Its resistance rates to imipenem/cilastatin showed 100%,to cefoperazone/sulbactam,levofloxacin and compound sulfamethoxazole were less than 14.3%.CONCLUSIONS The NFGNB are the important pathogens causing clinical infection,especially P.aeruginosa,A.baumannii and S.maltophilia.There are significant differences in antimicrobial resistance among different NFGNB.