ADVANCED TUTORIALS FOR THE BIOMEDICAL SCIENCES：ANIMATATIONS, SIMULATIONS, AND CALCULATIONS USING MATHEMATICA

This unique book and computer disk package will help researchers, instructors, and students in pharmacy, medicinal chemistry, biochemistry, or other biomedical sciences reach a deeper understanding of the more advanced chemical and physicochemical processes as they relate to drug action, drug discovery, and biomedical science in general. Mathematica software permits rapid numerical, symbolic, and graphic calculations that allow complex concepts to be displayed, animated, and discussed in the same document. In "Advanced Tutorials for the Biomedical Sciences," Mathematica is used as a tool to display, animate, and calculate various physical phenomena: No programming by the instructor or the reader is needed to activate these functions. The Tutorials are "interactive" in that the user not only enters but may also change the values of parameters within the code in order to better understand difficult concepts.

The computer disk will continue to serve the researcher as a computational "toolbox" for the common calculations needed to perform a variety of chromatographic and spectroscopic analyses. While the Mathematica software is needed to run the Tutorials, it can be applied to any number of additional mathematical or scientific applications.

From the Contents:

Introduction to Mathematica/
Chromatography: What Are Gaussian Distributations?/
Chromatography : Gaussian Shaped Chromatography Peaks/
Chromatography: Taxol Analysis in Liposome Suspensions Using Peak Areas/
Chromatography: Drug Analysis in Plasma Using Internal Standards, /
Chromatography: Band Movement Through Chromatography Columns, /
Chromatography: Resolution of Compounds/
Chromatography: Resolution and Column Efficiency/
Chromatography: Equilibrium at Chromatography Surfaces/
Chromatography: van Deemter Equation/
Fourier Analysis/
NMR Spectroscopy: Introduction to Nuclear Magnetic Resonance /
Nuclear Precession in Magnetic Fields/
Measurements in NMR.