San Diego State University
Christopher R. Harrison, PhD, is an Associate Professor and Senate Distinguished Professor of Chemistry at San Diego State University. His research focuses on analytical chemistry, particularly the development of new approaches to capillary electrophoresis and improving the understanding of factors that influence chemical separations. His work contributes to advancing electrophoretic techniques and analytical separation methods.
This simulation provides students with a highly customizable HPLC simulator that can allow them to collect realistic data for many compounds under…
View Resource →The material is designed for the undergraduate instrumental analytical chemistry course level. The activities have been provided in both Spanish and English…
View Resource →A simulation of gas chromatography analyses using a free web based simulation tool.
View Resource →This analysis is designed to replicate the classic acid-base determination of an unknown titration, but using household chemicals as the standard, titrant,…
View Resource →Introduction: This laboratory experiment makes use of HPLC-MS to identify and quantify uric acid, 6-aminouracil (6-AU), and allantoin in synthetic urine,…
View Resource →This chapter from David Harvey’s complete e-text covers the general theory of column chromatography, GC, HPLC, and electrophoresis. Available as a downloadable…
View Resource →Want to see what happens in LC, but there’s not an HPLC available for your use? This simulator shows what the important…
View Resource →Microfluidics and electrophoresis are two aspects of bioanalysis that are central to modern instrumentation. This laboratory has students use a microfluidic device…
View Resource →Kinetic Capillary Electrophoresis is a family of methods for studying binding of biopolymers, measuring rate constants, binding constants, and in some cases…
View Resource →This video, distributed on YouTube by the Royal Society of Chemistry is on the basic principles of HPLC. This video is a…
View Resource →This website contains an ion chromatography simulator that can be run on-line or can be downloaded. The simulator focuses on separations of…
View Resource →This is an all-inclusive site in terms of information about HPLC. What may be most useful to students, faculty and early practitioners…
View Resource →This is a link within the Waters HPLC Primer site. It contains very useful details regarding the properties of HPLC packing materials…
View Resource →This site provides a useful applet that demonstrates countercurrent extraction. The explanation of the method is short, but good. The level is…
View Resource →This animation site deals specifically with diode array detection for liquid chromatography. The animations are short (one to two minutes) and can…
View Resource →This site discusses many of the details in how ro convert a traditional HPLC system into a capillary HPLC system. Included in…
View Resource →Kinetic Capillary Electrophoresis is a family of methods for studying binding of biopolymers, measuring rate constants, binding constants, and in some cases…
View Resource →This website is an animation describing aspects of CE separations, including electroosmotic flow, the separation, injection (hydrodynamic and electrophoretic) and detection (direct…
View Resource →This site describes how to assemble an inexpensive, yet reliable capillary electrophoresis apparatus and provides experiments to demonstrate electrodynamically-driven separations. Good background…
View Resource →This site provides a tutorial on practical reverse phase chromatography for LC-MS. Focusing on peptide and protein analysis, Andrew Guzzetta offers appropriate…
View Resource →This is an experiment showing the application of affinity chromatography to the separation of albumin from horse serum. A brief introduction of…
View Resource →This site is a brief description of chemiluminescence detection for chromatography. The website is available here .
View Resource →This site deals specifically with sample loop injections in liquid chromatography. The animations are short (one to two minutes) and can easily…
View Resource →This animation site deals specifically with dual head LC pumping. The animations are short (one to two minutes) and can easily be…
View Resource →This paper titled, Flow Injection Analysis in the Undergraduate Laboratory, by Rocha and Nobrega was published in the Chemical Educator. It describes…
View Resource →This animation site deals specifically with pulse dampners is LC and could help in a general lecture about LC pumps. The animations…
View Resource →This site deals specifically with single wavelength UV-vis detection for liquid chromatography. The animations are short (one to two minutes) and can…
View Resource →This animation site is specifically about reciprocating pumps for liquid chromatography. The animations are short (one to two minutes) and can easily…
View Resource →This site provides good background and operational parameters for the use of a specific type of chromatography, hydrophilic interaction chromatography. Pedagogical value,…
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