7 Striking Details Regarding Azastene

The regression coefficients are expressed as a percentage change in hsT levels. hsT levels were log-transformed due to non-Gaussian distribution. Univariate logistic regression was used to assess the associations between clinical and biochemical measurements including hsT and CV mortality. Factors found to be statistically significant in the univariate models were included together in the multiple logistic regression models. hsT levels were distributed/categorized into three tertiles: low, medium and high. The averages Azastene and measures of dispersion for each group and the overall troponin levels were calculated. The variation and percentage variation in hsT levels made pre- and post-dialysis and measurements made 1 month apart were calculated for all the three groups. Bland�CAltman plots were used to depict the agreement between measurements made pre- and post-dialysis and measurements made 1 month apart. Percentage change in troponin T levels between the different measurements was also depicted in plots. Statistical analyses were performed with SAS software version 9.3 (SAS Institute, Cary, NC). All P-values resulted from two-sided tests and a P-value of Pictilisib supplier 27% had an ejection fraction of DNA Damage inhibitor of our dialysis population. Table?1. Baseline patient demographics The median hsT level of all dialysis patients was 63 ng/L (IQR 37�C108). In 234 patients (98%), the hsT level was elevated >14 ng/L, the 99th percentile range for a normal population [13]. Troponin T levels are categorized by selected baseline clinical and laboratory variables as shown in Table?2. This showed higher hsT levels in patients with older age, male sex, diabetes mellitus, hypoalbuminaemia and impaired LV ejection fraction on echocardiography. Table?2. High-sensitivity troponin T levels by selected clinical and biochemical variables at baseline In a multiple variable model, diabetes (65% increase in troponin, 95% CI 37�C93, P