Objective To evaluate whether the prognosis of 6 months major adverse cardiac events(MACE)after acute myocardial infarction,and the reperfusion state of myocardial tissue are related to the white blood cell(WBC)count in elderly patients.Methods A total of 101 consecutive patients aged≥60 years(mean age 70?6 years)who had a primary percutaneous coronary intervention as their first-line therapy for ST-elevation myocardial infarction(STEMI)were enrolled, and both their WBC count on admission and ST-monitoring were available.A prospectively defined cut-off value of WBC count was 10,000/?l,a cut-off 50% measured after 60 min was used as ST -segment resolution(STR).Results The high WBC count group(n=48)showed the significantly higher(52.1% vs 22.6%,P＜0.01)incidence of 6 months major adverse cardiac events(MACE)than did the,low WBC count group(n=53).The low WBC count group had 45 patients with STR≥50%, high WBC count group had 23 patients with STR≥50%,STR after PCI was significantly different between the 2 groups(P＜0.01).Conclusions The WBC count is a predictor of the adverse outcome in elderly patients with STEMI.Furthermore,elevation in WBC count is associated with poor myocardial microcirculatory reperfusion.

Adolescent ; Humans ; Male ; Werner Syndrome

Objective To develop a monitoring software running on the host computer for the multipoint temperature and humidity monitoring system.Methods The software was developed in VC.NET.Its database was built based on MySQL.The software contains real-time part and history part.Real-time part completes the functions of communication,sample,store and display.History part supplies query and exportation of the historical data.Results The monitoring software stores data completely,and displays the real-time and historical data by curve and number.Besides,it supports 24 points monitoring.Conclusion The software has a lot of virtues such as friendly interface,easy operation,stable running without fault and high cost performance.

Amikacin ; adverse effects ; Anti-Bacterial Agents ; adverse effects ; Child ; Drug Eruptions ; etiology ; Erythema Multiforme ; chemically induced ; Humans ; Male

ObjectiveTo observe the morphological changes of enteric nerve-interstitial cells of Cajal (ICC) network in rats with the bacterial peritonitis, and to investigate the main cause of gastrointestinal dysfunction and gastrointestinal failure with the bacterial peritonitis. Methods Sixty Wistar rats of both sexes were randomly divided into two groups. The model of the bacterial peritonitis was established.To record the frequency and amplitude of slow wave in myoelectricity of intestine in vivo to assess the function of the intestine motility. The proximal 10.0 cm segment of jejunum beginning 2 cm distal to the pylorus from each group was studied using c-Kit and vesicular acetylcholine transporter (VAChT)/ neuronal nitric oxide synthase (nNOS) immunohistochemical double-staining with whole-mount preparation technique and laser scanning confocal microscopy(CLSM). Results Compared the result of the bacterial peritonitis group with the normal group, it was found that the frequency and amplitude of slow wave in myoelectricity of intestine of the bacterial peritonitis group were slower and lower than the normal group, CLSM scanned ICC network showed that compared with the control group, the distributions and densities of ICC of intestine in the bacterial peritonitis group decreased significantly(P<0.01), the number of ICC synapse decreased, the cell junction between ICC and the ICC network was disrupted, and the fluorescence intension of cell decreased. CLSM scanned enteric nerve-ICC network indicated that compared with the control group, in the bacterial peritonitis group, the distributions and densities of cholinergic nerves (P<0.01)/ nitrergic nerves(P<0.01)and ICC(P<0.01)of intestine significantly decreased respectively, the cell junction between enteric nerve and enteric nerve -ICC network was disrupted, and the fluorescence intension of enteric nerve -ICC network decreased. The network of cholinergic/nitrergic nerve-ICC was disrupted. Conclusion The number of cholinergic nerves and nitrergic nerves were reduced, and the enteric nerve-ICC network was damaged in rats with bacterial peritonitis. Gastrointestinal motility dysfunction can be caused by the bacterial peritonitis.

Objective By surface-enhanced laser desorption / ionization time-of-flight mass spectrometry(SELDI-TOF-MS), the serum pmteomic fingerprints related with the changing of malignant tumor patients' serum glucose after chemotherapy was selected and constructed as an predictive model. Methods By SELDI-TOF-MS, the serum of 182 malignant tumor patients who had received chemotherapy were tested, and the pmteomic fingerprints were received. After 2 years follow-up, all the patients were divided into 3 groups: the euglycemia group(136 people), the carbohydrate tolerance abnormality group(27 people), and the diabetes mellitus group (19 people). The proteomic fingerprints were analyzed by Biomarker Wizard Software and the idio-proteomic fingerprint of protective models were constructed by BPS (biomarker pattern software). Results The diagnosis model composed with 2 proteins (M/Z values were 5298 and 9608) could classify the carbohydrate tolerance abnormality group, and the diabetes mellitus group correctly. In the test model, the sensitivity and specificity were 81.48 %(22/27) and 100.00 %(17/17) respectively, the accuracy was 88.64 % (39/44). The diagnosis model composed with 3 proteins (M/Z values were 10324, 2761 and 4084) could classify the diabetes mellitus group and the euglycemia group correctly. In the test model, the sensitivity and specificity were 62.35 %(53/85) and 88.24 %(15/17) respectively, the accuracy was 66.67 %(68/102). The diagnosis model composed with 6 proteins (M/Z values were 5895,6010,6099,3930,5430 and 2495) could classify the diabetes mellitus group and the the carbohydrate tolerance abnormality group correctly. In the test model, the sensitivity and specificity were 77.65 %(66/85) and 96.30 %(26/27) respectively, the accuracy was 82.14 %(92/112). Conclusion SELDI-TOF-MS could be utilized to analyze protein profiling in screening serum glucose changing-related biomarkers and developing diagnostic and predictive patterns, and the developed patterns may be used to predict the changing of serum glucose after chemotherapy in malignant tumor patients.

Objective To analyze the serum related proteomic fingerprints when Lost Goodwill Target (LGT) proteomic fingerprints drifting from negative to positive in the advanced lung adenocarcinoma patients. Methods The serum proteomic fingerprints of 31 advanced lung adenocarcinoma patients whose LGT fingerprints drifted from negative to positive were detected by SELDI and CM10 protein chip. More than 10 % cluster and M/Z values from 11,000+H to 12,000+H was regarded as LGT positive, otherwise as negative. Different fingerprints were screened by Biomarker Wizard 3.1 and Biomarker Wizard software and the decision tree model was established. Results There were 16 statistically different protein peaks when LGT fingerprints drifting from negative to positive, including 10 up-regulation proteomic fingerprints (M/Z:11531, 11483, 11686, 11394, 11822, 11323, 11911, 12450, 5811 and 5709) and 6 down regulation proteomic fingerprints( M/Z: 4126, 13927, 13784, 7001, 1959 and 2741). Conclusion By SELDI and CM10 protein chip detection, up-regulating fingerprints of M/Z 11531, 11483, 11686, 11394, 11822 and 11323 were regarded as the subtype of LGT when it drifting from negative to positive, while up-regulation of M/Z 11911,12450, 5811 and 5709 and down-regulating of M/Z 4126, 13927, 13784, 7001 and 1959 were regarded as the related fingerprints when LGT drifting from negative to positive. The above different fingerprints are constituted of the fingerprints library when LGT fingerprints drifting from negative to positive and it will provide a platform for studying the LGT proteins.

Objective To detect serum protein spectrum in gastric cancer, screen the serum proteins related to gastric carcinoma and build auxiliary diagnosis model with SELDI-TOF-MS, Methods The serum proteomic fingerprints were detected by SELDI-TOF-MS and CM10 proteinchip. The sera came from 50 first visit gastric cancer patients who were diagnosed by pathological method and 16 healthy peo- ple. The data were analyzed by Biomarker Wizard Software and the proteomic fingerprint of gastric carcinoma model was developed by BPS (biomarker pattern software). Results Compared with the healthy people group, there were 34 significant different protein peaks in the gas- tric carcinoma group. And the diagnosis model composed with 6 proteins (M/Z values were 6016, 6744, 2822, 4474, 7892 and 3242) could classify the 2 groups correctly. In the test group, the sensitivity and specificity were 96% and 93.75% respectively, the accuracy was 95.45%. Conclusion SELDI-TOF-MS method show features such as microcontent, fast and high- resolution etc. It could be utilized to screen significant proteins and develop an auxiliary diagnosis model in gastric carcinoma, which may be used to diagnose this disease.

OBJECTIVETo explore the effect of 3-n-butylphthalide pretreatment on the delayed neuronal death(DND) and the expreesion of heat shock protein70 (HSP70) in rat hippocampus after ischemia/ reperfusion.

METHODSAll rats were randomly divided into sham group (n = 36), total cerebral ischemia (TCI) group (n = 36), butylphthalide (NBP) group (n = 6), NBP + TCI group( n = 36), quercetin + NBP + TCI group (n = 6), dimethyl sulfoxide (DMSO) + NBP + TCI group (n = 6). The model of total cerebral ischemia/reperfusion was established by blocking vertebral arteries and carotid arteries. In sham group, TCI group and NBP group, the animals were further divided into instantly, 6 h, 12 h, 1 d, 3 d, 5 d groups according to the time interval after sham operation or TCI. Histological changes of the hippocampus were evaluated using thionin staining under light microscope by determining the delayed neuronal death (DND) and the expression of HSP70 was assayed using immunohistochemistry.

RESULTSNBP pretreatment could reduce delayed neuronal death in CA1 of hippocampus induced by TCI-reperfusion injury in rats, and up-regulated the expression of HSP70 in CA1 hippocampus of brain ischemic/reperfusion for 5 days. Quercetin blocked the acquirement of the brain ischemic tolerance induced by NBP preconditioning.

CONCLUSION3-n-butylphthalide (NBP) prevents the neurons from ischemia/reperfusion injury through upregulating the expression of HSP70.

Animals ; Benzofurans ; pharmacology ; CA1 Region, Hippocampal ; cytology ; pathology ; Cell Death ; Cerebral Infarction ; drug therapy ; HSP70 Heat-Shock Proteins ; metabolism ; Ischemic Preconditioning ; Neurons ; cytology ; Rats ; Rats, Wistar ; Reperfusion Injury ; drug therapy

Objective To explore the neuropsychological development in twin premature infants,and to analyze the risk factors for the retardation of development.Methods The premature infants hospitalized in the Neonatal Ward First Affiliated Hospital of Kunming Medical University from Jun.2010 to Jun.2012 were divided into study groups of twin premature infants and a control group of singleton premature infants.The neuropsychological development of 88 premature infants was evaluated at corrected gestational age of 1 year old by Bayley scales of infant development.According to normal lab findings of the Bayley scales of infant development,the premature infants were then divided into abnormal neuropsychological development group [mental development index(MDI) ≤79 scores] and normal neuropsychological development group (MDI ＞ 79 scores),and the data of 2 groups were statistically analyzed.Results The frequency distribution of MDI score in study group showed a skewed distribution,of which 59％ (27/46 cases) had abnormal neuropsychological development (MDI ≤ 79 scores); However,the frequency distribution of MDI score in control group showed an approximate normal distribution,of which only 12％ (5/42 cases) for abnormal neuropsychological development.Head circumference,body length,body weight,MDI,psycho-motor development index of twin premature infants of one-year old were lower than those of the singleton premature infants of the same age,and the differences were statistically significant (all P ＜0.05).The single factor analysis demonstrated that the risk factors for abnormal neuropsychological development (MDI ≤ 79 scores) of twin premature infants were gestational age,birth weight,mother' s gcstational age,the cultural degree of parents,mode of feeding,neonatal hyperbilirubinemia,neonatal hypoglycemia and neonatal sepsis.Multiple regression analysis showed that neonatal hyperbilirubinemia was the independent risk factor for abnormal neuropsychological development of twin premature infants.Conclusions At same gestational age,neuropsychological development of twin premature infants lagged behind singleton premature infants.Neonatal hyperbilirubinemia may be the risk factors for neuropsychological development of twin premature infants,so the earlier management of neonatal hyperbilirubinemia may be beneficial for the neuropsychological development of twin premature infants.