Software packages such as CDSSTR, SELCON, and CONTIN can be used to analyze spectra produced by this technique. The Chirascan is a brand of spectrometer used for this technique. Spectrometers for this technique can be calibrated using pantolactone or 10-camphorsulfonic acid as standards. Calculation of data using this technique often involves multiplying delta- epsilon by 3298 to get theta. This technique produces prominent peaks in the far-UV range at 190, 208, and 222 nanometers. Measurements in this technique are often reported in terms of ellipticity. This technique works by measuring a molecule's difference in absorption between left-handed and right-handed circularly polarized light. For 10 points, name this technique commonly used to analyze the secondary structures of proteins.
Software packages such as CDSSTR, SELCON, and CONTIN can be used to analyze spectra produced by this technique. The Chirascan is a brand of spectrometer used for this technique. Spectrometers for this technique can be calibrated using pantolactone or 10-camphorsulfonic acid as standards. Calculation of data using this technique often involves multiplying delta- epsilon by 3298 to get theta. This technique produces prominent peaks in the far-UV range at 190, 208, and 222 nanometers. Measurements in this technique are often reported in terms of ellipticity. This technique works by measuring a molecule's difference in absorption between left-handed and right-handed circularly polarized light. For 10 points, name this technique commonly used to analyze the secondary structures of proteins.