| Full-Spectrum Quantitation (FSQ™)
Multicomponent Analysis system provides software for determining the
concentrations of two or more components within a mixture using
vector quantitation mathematics. The entire wavelength spectra of
mixtures are used rather than a single wavelength for each component
in order to yield better accuracy. The user does not have to
select an analytical wavelength(s). All calculations are done
automatically including selection of the optimal number of vectors
for the analysis in process.
Features
- Full spectrum used for each standard, control and sample.
- No need to select an analytical wavelength for each unknown.
- Automatic optimization and selection of calculation parameters
with user override.
- Analysis of two or more components in a mixture.
- Use of up to 32 standards for B-matrix calculation.
- User may rerun, add or delete standards with automatic
recalculation of the matrix.
- Use of up to 75 controls in triplicate.
- Dilution correction available for individual samples.
- Use of up to three replicates per sample.
- Automatic calculation and flagging of each sample(s) C.V. if
outside desired limit.
- Printout of standards data, statistical information, controls
data, and sample data.
- Method parameters, B-matrix and sample data can be stored in
separate files in the instrument for easy recall and use.
|
Click on the thumbnail to
view the full-size image in a
separate window.
Standards Window.
Standards Statistic Window.
Vector Information Window
Showing Optimal Automatic
Vector Selection.
Spectral Scans of Three
Components.
Equal Mixture Spectrum of
Three Components Used in
Image Above.
Sample Results Window for
Three Components with High
C.V. Results Flagged. |
