NCMH Software Page
All programs come complete with instructions manual
MOLECULAR WEIGHT |
MOLECULAR SHAPE |
MOLECULAR NON-IDEALITY |
MSTAR
Program for evaluating the weight average molecular weights of macromolecules (proteins, polysaccharides, glycoconjugates, synthetic polymers) from sedimentation equilibrium data based on the Creeth-Harding M* function. Particularly useful for heterogeneous systems and does not require the assumption of a model. The discouraged practice of baseline flotation is not allowed. Nanolytics version of Kristian Schilling and Helmut Cölfen for Windows XP |
ELLIPS
Representation of the overall shapes of proteins in solution as ellipsoids of revolution or general tri-axial ellipsoids*. Deals with the problems of hydration and model non-uniqueness. Windows XP version * For non-regular shaped macromolecules the bead modeling and flexible linear structure algorithms of the Physical Chemistry Group, Murcia are recommended
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COVOL
Prediction of the thermodynamic second virial coefficient from the size, shape and charge of a protein. Based on Rallison-Harding theory for pairwise excluding volume interactions in dominant Brownian motion |
MFIT Program for evaluating the z-average molecular weights of macromolecules from sedimentation equilibrium data. Particularly useful for heterogeneous systems and does not require the assumption of a model. Current version for Mac, PC version in preparation |
Link to software page of the Physical Chemistry Group, Murcia