• Interpret and process data from multiple files • Insert, select and analyse numeric, complex and real data • Use many data files, import data by line, by column or by cell • Remove duplicates and add missing data (by line, by column or by cell) • Use of complex functions via Python: Real, imaginary, absolute and complex precision • Log messages are saved • Multi-operation time windowing • Prompt for number of sets • Multiple linear- and nonlinear-regression plots • Bar graph, pie graph, column graph and scatter graph • Move, copy, delete and edit data • Online help • Statistics: Mean, standard deviation, maximum, minimum, number of values • P and Bezier curves • Linear and nonlinear model fitting • Determine equation and model parameters • Solve functions with real and complex precision • Compute mathematical function • Smoothing functions: Move average, Lowess and Bessel • Creation of custom models: • Various functions included in the library • Custom parameters • Python function for any type • Librarian with built-in steps for mathematical functions • Edit Microsoft Excel files and import text files • Export as a Python function • Fast analysis and preview • Save a graph for each set/list, when exportingDoes vasoconstriction contribute to theophylline-induced bronchodilatation? This study was designed to determine whether vasoconstriction contributes to the bronchodilatation produced by theophylline. An intravenous infusion of theophylline was given to seven patients with reversible bronchial obstruction, and the bronchodilatation was compared with the bronchial vasoconstriction as assessed by the rise in pulmonary perfusion and shunt fraction (Qs/Qt). The increase in Qs/Qt after theophylline was associated with an increase in mean pulmonary arterial pressure, cardiac index, and systemic vascular resistance. These changes were thought to reflect the direct effects of theophylline on the vasculature. In contrast to the rise in Qs/Qt, the increase in pulmonary arterial pressure was not associated with a fall in the bronchodilator response. These findings do not support the hypothesis that vasoconstriction contributes to the bronchodilatation produced by theophylline.Q: How to align scale a5204a7ec7
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