FP Bio Lab Features
Publication quality figures in minutes
Easily and rapidly go from XY data to publication-quality figures.
Overlay and reposition labels (that automatically scale with figure zoom level), perform baseline corrections, align peaks, determine spectral similarity (Weiss et al. [8]), and more.
Automatically imports a variety of instrument vendor filetypes
Parses .csv (both x, many y and multi-x,y formats), Beckman DU-800, Agilent Chemstation, Bruker Opus, Applied Photophysics Chirascan, Waters .arw, .aia, .cdf and .andi. Will build other instrument file importers upon request.
Sophisticated baseline correction and baseline noise determination (e.g. for LOD)
Consistent, precise automated FTIR and MMS analysis
Automated buffer subtraction algorithm quickly and reproducibly subtracts the buffer blank from the sample spectra using industry standard techniques see (Dong et al. [4], Susi and Byler [6] and Byler and Susi [2]).
Prior to subtraction
After automated buffer subtraction
Deconvolute Amide I spectra in seconds.
Take the second derivative, perform baseline corrections, determine spectral similarity, and export final deconvolution results with ease.
UV-Vis light scattering correction
Many gene therapy products scatter light, creating non-linear baseline offsets and distorting concentration measurements. Simple A350 nm baseline subtractions are often not sufficient. Instead, determine concentrations accurately and with improved precision using established Rayleigh and Mie scattering correction (see Basalla and Kendrick [1]).
Perform second-derivative analysis and determine spectral similarity.
Trace similarity determination
Save all processing parameters and reapply later
Ensure data integrity and reproducible figure generation by downloading a parameters file with one-click and re-applying the parameters to the data at a later date.
