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Journal of Chemical Information and Computer Sciences|August 12, 1999
Characterization of fold diversity among proteins with the same number of amino acid residuesG A Arteca, O TapiaJournal of Molecular Graphics & Modelling|May 31, 2001
Structural transitions in neutral and charged proteins in vacuoG A Arteca, O TapiaJournal of Molecular Graphics|September 1, 1993
Global characterization of protein secondary structures. Analysis of computer-modeled protein unfoldingG A Arteca, O Nilsson, O TapiaJournal of Molecular Graphics|September 1, 1991
Implementing knot-theoretical characterization methods to analyze the backbone structure of proteins: application to CTF L7/L12 and carboxypeptidase A inhibitor proteinsG A Arteca, O Tapia, P G MezeyMass Spectrometry Reviews|May 9, 2002
Proteins in vacuo: denaturing and folding mechanisms studied with computer-simulated molecular dynamicsG A Arteca, C T Reimann, O TapiaPhysical Review. E, Statistical Physics, Plasmas, Fluids, and Related Interdisciplinary Topics|April 24, 2002
Unfolded in vacuo lysozyme folds into native, quasinative, and compact structuresG A Arteca, I Velázquez, C T Reimann, et al.Physical Review. E, Statistical Physics, Plasmas, Fluids, and Related Interdisciplinary Topics|April 24, 2002
Addendum to "Quantitative measure of folding in two-dimensional polymers"G A ArtecaBiopolymers|December 1, 1993
Overcrossing spectra of protein backbones: characterization of three-dimensional molecular shape and global structural homologiesG A ArtecaJournal of Computer-Aided Molecular Design|April 1, 1996
Modeling lipophilicity from the distribution of electrostatic potential on a molecular surfaceQ Du, G A ArtecaJournal of Molecular Graphics|June 1, 1990
A method for the characterization of foldings in protein ribbon modelsG A Arteca, P G MezeyPageof 7