The diagnosis, treatment and prognosis of calcaneal fractures depend on the location and type determined MCC950 supplier by the Sanders classification. With the help of measurements on lateral view radiographs like the Bohler’s angle, the angle of Gissane, the calcaneal inclination angle and the calcaneal facet height, we can predict the severity of the trauma and prognosis by assessing the collapse of the calcaneus. On computed tomography (CT), calcaneal fractures which reach into the joint space can be classified

by the Sanders classification system according to the number of fragments. In this study, we tried to determine whether calcaneal fracture severity determined by angle and facet height measurements on lateral X-ray radiographs correlate with the Sanders classification. Materials and methods Among 69 patients diagnosed with calcaneal fractures, we performed a retrospective study by analysing the Bohler’s angle, the angle of Gissane, the calcaneal inclination angle and the calcaneal facet height on digital lateral X-rays and by classifying the fractures according to the Sanders classification by CT. We compared the results of the two different imaging modalities. Results We click here found that, as the Sanders classification type became more severe from type 1 to type 4, a general decrease was observed in the Bohler’s angle, the inclination angle and the facet length,

whereas a general increase was observed for the mean values of the angle of Gissane. Conclusion These findings suggest

that measurements obtained from lateral X-rays coincide with the Sanders classification and, therefore, might indicate the prognosis.”
“Background: NAD-independent L-lactate dehydrogenase (L-iLDH) from Pseudomonas stutzeri SDM can potentially be used for the kinetic resolution Selleck SNX-5422 of small aliphatic 2-hydroxycarboxylic acids. However, this enzyme showed rather low activity towards aromatic 2-hydroxycarboxylic acids.\n\nResults: Val-108 of L-iLDH was changed to Ala by rationally site-directed mutagenesis. The L-iLDH mutant exhibited much higher activity than wide-type L-iLDH towards L-mandelate, an aromatic 2-hydroxycarboxylic acid. Using the engineered Escherichia coli expressing the mutant L-iLDH as a biocatalyst, 40 g.L-1 of DL-mandelic acid was converted to 20.1 g.L-1 of D-mandelic acid (enantiomeric purity higher than 99.5%) and 19.3 g.L-1 of benzoylformic acid.\n\nConclusions: A new biocatalyst with high catalytic efficiency toward an unnatural substrate was constructed by rationally re-design mutagenesis. Two building block intermediates (optically pure D-mandelic acid and benzoylformic acid) were efficiently produced by the one-pot biotransformation system.”
“Objective: To assess the frequency of smoking among students in medical and non-medical colleges of Rawalpindi and to explore the differences in smoking behaviour of the two college students.\n\nStudy Design: A cross-sectional comparative study.