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To determine its diagnostic performance to diagnose ketoacidaemia, 217 sets of data (venous blood gas analysis and ��-hydroxybutyrate measurements) were retrospectively analysed. Sensitivities and specificities were calculated with the help of receiver-operating characteristic curves. Results: The ketone meter reliably detected ��-hydroxybutyrate at concentrations >0��1 mmol/L and reproducibility was acceptable. Measurements highly correlated with laboratory results (r=0��97; P2��55 mmol/L had a sensitivity of 94% and a specificity of 68% for diagnosing ketoacidaemia. Many cats with high ��-hydroxybutyrate concentrations and normal blood Dabigatran pH had an elevated chloride gap suggestive of superimposed hypochloraemic metabolic alkalosis. Clinical Significance: The commercially available point-of-care ketone meter Precision Xtra is a valid tool to measure ��-hydroxybutyrate in diabetic cats. Concentration selleck compound monodisperse, spherical pores and specific surface Bortezomib areas of up to 438 m2��g?1. Porous SiC materials are promising supports for high temperature applications. The catalysts show excellent activities in the oxidation of methane with onset temperatures of the reaction 270 K below the onset of the homogeneous reaction. The synthesis scheme using core-shell particles is suited to functionalize silicon carbide with a high degree of stabilization of the active nanoparticles against sintering in the core of the template even at pyrolysis temperatures of 1300 ��C rendering the novel synthesis principle as an attractive approach for a wide range of catalytic reactions. ""Recently, several unique studies on surface patterning have been developed based on superhydrophobic surfaces, where air was introduced as the separating barrier for the surface pattern. This new type of surface patterning approach is called ��air-grid surface patterning.�� Traditional technologies of surface patterning always utilize the solid or liquid phase as the separating barrier, for example, a 2D chemical molecular barrier in soft lithography, a 3D solid barrier in photolithography, or a liquid barrier in microfluidic, laminar flow patterning methods. These recent studies reveal that air can act as a gas-phase separating barrier.