Chem. Biol. & Drug Des,
72, 13-139 (2008).
View Abstract
(150)
K. Gagnidze, Sachchidanand, R. Rozenfeld, M. Mezei, M.-M. Zhou, and L.A. Devi,
Homology modeling and site-directed mutagenesis
to identify selective inhibitors of endothelin-converting enzyme-2,
J. Med. Chem.,
51, 3378-3387 (2008).
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(149)
M. Cui, M. Mezei, and R. Osman,
Modeling Dimerizations of Transmembrane Proteins using
Brownian Dynamics Simulations,
Journal of Computer-Aided Molecular Design, 22, 553-561 (2008).
View Abstract
(148)
M. Mezei and M.-M. Zhou.
Pspace: a program to plan the covering of a protein space.
Source Code for Biology and Medicine,
2, 6 (2007).
doi:10.1186/1751-0473-2-6
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(147)
M. Mezei,
Results from an Early Polarization Model Based on Maxwell's
Invariant Multipole Form (invited contribution),
J. Chem. Theory and Comp.,
3, 2138-2145 (2007).
View Abstract
(146)
L. Cunha, M. Kuti, D.F. Bishop, M. Mezei, L. Zeng,
M.-M. Zhou, and R.J. Desnick,
Human Uroporphyrinogen III Synthase:
High Affinity Purification, NMR Resonance Assignments and
Mapping of the Active Site NMR Studies Did Not Support
a Heme Enzyme Complex.
Proteins,
71, 855-873 (2007).
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(145)
A. Kentsis, T. Gindin, M. Mezei, R. Osman, (2007)
Calculation of the Free Energy and Cooperativity of Protein Folding,
PloS ONE,
2, e446.
doi:10.1371/journal.pone.0000446
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(144)
L.B. Partay, P. Jedlovszky, P.N.M. Hoang, S. Picaud and M. Mezei,
Free Energy Profile of Small Solute Molecules at the Free Surfaces of
Water and Ice, as Determined by Cavity Insertion Widom Calculations,
J. Phys. Chem. C,
111, 9407-9416 (2007).
View Abstract
(143)
C. Pan, M. Mezei, S. Mujtaba, M. Muller, L. Zeng, J. Li, Z. Wang,
and M-M. Zhou,
Structure-guided Optimization of Small Molecules Inhibiting
Human Immunodeficiency Virus 1 Tat Association
with the Human Coactivator p300/CREB Binding Protein-Associated Factor,
J. Med. Chem.,
50, 2285-2288 (2007).
View Abstract
(142)
K.D. Eichenbaum, M. Mezei, and J.W. Eichenbaum,
Digital Contact Tonometry as an Aid in
Contact Tonometry and Glaucoma Treatment,
Annals of Ophthalmology,
39, 41-49 (2007).
View Abstract
(141)
P. Jedlovszky, L. Partai, and M. Mezei,
The Structure of the Zwitterionic Headgroups in a DMPC Bilayer
as Seen from Monte Carlo Simulation:
Comparison with ionic solutions.
J. Molec. Liquids,
131-132, 225-234 (2007).
View Abstract
(140)
Y. Rodriguez, M. Mezei, and R. Osman,
Association free energy of dipalmitoylphosphatidylserines in a mixed
dipalmitoylphosphatidylcholine membrane,
Biophys. J.,
92, 3071-3080 (2007).
View Abstract
(139)
J A. Speidel, J.R. Banfelder, and M. Mezei,
Automatic Control of Solvent Density in Grand Canonical Ensemble
Monte Carlo Simulations,
J. Chem. Theory and Comp.,
2, 1429-1434 (2006).
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(138)
M. Mezei, and
P. Jedlovszky,
Statistical Thermodynamics via Computer Simulation to Characterize Phospholipid Interactions in Membranes,
in Membrane Lipid Protocols,
A.M. Dopico, ed., Humana Press, Totowa, NJ,
(2007) pp 127-144.
View Abstract
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(137)
M. Mezei and
M. Filizola,
TRAJELIX: A computational Tool for the Geometric Characterization of
Protein Helices During Molecular Dynamics Simulations.
J. Computer-Aided Molecular Design,
20, 97-107 (2006).
View Abstract
(136)
M.G. Alinchenko, A.V. Anikeenko, V.P. Voloshin, N.N. Medvedev,
M. Mezei, L. Pártay, and
P. Jedlovszky,
Effect of Cholesterol on the Properties of
Phospholipid Membranes.4.
Interatomic Voids.
J. Phys. Chem. B,
109, 16490-16502 (2005).
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(135)
A. Kentsis, M. Mezei, and R. Osman,
Origin of the Sequence Dependent Polyproline II Structure in
Unfolded Peptides.
Proteins,
61, 769-776 (2005).
View Abstract
Pub Med Abstract
(134)
A. Buku, B.A. Condie, J.A. Price, and M. Mezei,
[Ala12] MCD Peptide: a Lead Peptide to Inhibitors
of IgE Binding to Mast Cell Receptors.
Int. J. Pept. Res.,
66, 132-137 (2005).
View Abstract
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(133)
M. Fuxreiter, M. Mezei, I. Simon, and R. Osman,
Role of Interfacial Waters in Sequence Discrimination by BamHI,
Biophys. J.,
89, 903-911 (2005).
View Abstract
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(132)
P.J. Fleming, N.C. Fitzkee, M. Mezei, R. Srinivasan, and G.D. Rose,
A Novel Method Reveals that Solvent Water Favors
Polyproline II Over BETA-Strand Conformation in Peptides
and Unfolded Proteins:
Conditional Hydrophobic Accessible Surface Area (CHASA)
Protein Science,
14, 111-118 (2005).
View Abstract
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(131)
M.G. Alinchenko, A.V. Anikeenko, N.N. Medvedev, V.P. Voloshin, M. Mezei,
and
P. Jedlovszky,
Morophology of Voids in Molecular Systems. A Voronoi-Delaunay Analysis
of a Simulated DMPC Membrane.
J. Phys. Chem. B,
108, 19056-19067 (2004).
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(130)
A. Kentsis, M. Mezei, T. Gindin, and R. Osman,
Unfolded State of Polyalanine is a Segmented Polyproline II Helix.
Proteins,
55, 493-501 (2004).
View Abstract
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(129)
M. Mezei, P.J. Fleming, R. Srinivasan, and G.D. Rose,
Polyproline II helix is the preferred conformation for unfolded
polyalanine in water.
Proteins,
55, 502-507 (2004).
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(128)
P. Jedlovszky,
N.N. Medvedev, and M. Mezei,
Effect of Cholesterol on the Properties of Phospholipid Membranes, 3.
Local Lateral Structure.
J. Phys. Chem. B, 108, 465-472 (2004).
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(127)
M. Mezei,
A novel Fingerprint for the Characterization of Protein Folds,
Prot. Engng.,
16, 713-715 (2003).
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(126)
M. Mezei,
An Other 'Clever' Idea Down the Drain ... #2.
CCP5, Infoweb (http://www.ccp5.ac.uk/infoweb/infoweb_datemenu.shtml) (2003)
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(125)
P. Jedlovszky
and M. Mezei,
The Effect of Cholesterol on the Properties of
Phospholipid Membranes. 2.
Free Energy Profile of Small Molecules.
J. Phys. Chem. B,
105, 5322-5332 (2003).
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(124)
P. Jedlovszky
and M. Mezei,
The effect of Cholesterol on the Properties of Phospholipid Membranes.
1. Structural Features.
J. Phys. Chem. B,
105, 5311-5321 (2003).
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(123)
M. Mezei,
Efficient Monte Carlo Sampling for Long Molecular Chains
Using Local Moves, Tested on a Solvated Lipid Bilayer,
J. Chem. Phys.,
118, 3874-3879 (2003)
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(122)
M. Mezei,
A New Method for Mapping Macromolecular Topography,
J.
Mol. Graph. Model.,
21, 463-472 (2003).
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(121)
A. Kentsis, M. Mezei, and R. Osman,
MC-PHS: A Monte Carlo Implementation of the Primary Hydration
Shell for Protein Folding and Design,
Biophys. J.,
84, 805-815 (2003).
View Abstract
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(posted with permission of the Biophysical Society)
(120)
P. Jedlovszky,
M. Mezei, and R. Vallauri,
Comparison of Polarizable and Nonpolarizable Models of Hydrogen
Fluoride in Liquid and Supercritical States. A Monte Carlo
simulation study,
J. Chem. Phys.,
115, 9883-9894 (2001).
View Abstract
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(119)
M. Mezei,
On the Potential of Monte Carlo Methods for Simulating
Macromolecular Assemblies, in "Third International Workshop for
Methods for Macromolecular Modeling Conference Proceedings",
H.H. Gan and
T.
Schlick, eds., pp 177-198, Springer, New York (2002),
View Abstract
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(118)
M. Mezei,
Free Energy Simulations Over Creation/Annihilation Paths
for a Flexible Solute,
Molecular Simulation,
28, 39-44 (2001).
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(117)
P. Jedlovszky
and M. Mezei,
Orientational Order of the Water Molecules Across a
Fully Hydrated DMPC Bilayer. A Monte Carlo Simulation Study,
J. Phys. Chem. B,
105, 3614-3623 (2001).
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(116)
C.R. Watts, M. Mezei, R.F. Murphy, and
S. Lovas,
Conformational Space Comparison of GnRH and GnRH-III
Using Molecular Dynamics and Cluster Analysis,
J. Biomol. Struct. Dynam.,
18, 733-748 (2001).
View Abstract
Pub Med Abstract
(115)
H.
Resat, and M. Mezei,
Calculating the Local Solvent Chemical Potential in
Crystal Hydrates,
Phys. Rev. E,
62, 7031-7043 (2000).
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subscription)
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(114)
P. Minary,
P. Jedlovszky,
M. Mezei, and L. Turi,
A Comprehensive Liquid Simulation Study of Neat Formic Acid,
J. Phys. Chem. B,
104, 8287-8294 (2000).
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(113)
M. Mezei,
A Novel Approach to the Calculation of the Free Energy
Due to Molecular Flexibility,
J.
Math. Chem.,
27, 235-250 (2000).
View Abstract
(112)
P. Jedlovszky
and M. Mezei,
Calculation of the Free Energy Profile of
H2O,O2, CO, CO2, NO and
CHCl3
in a Lipid Bilayer with
a Cavity Insertion Variant of the Widom Method,
J.
Am. Chem.
Soc.,
122, 5125-5131 (2000).
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(111)
M. Mezei,
Periodic Boundary Conditions: When is Eij ne
Eji?
Information Newsletter for Computer Simulation of Condensed
Phases,
CCP5,
Daresbury Lab., No 47, (2000).
View Abstract
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(110)
M. Mezei, Finding of the Smallest Enclosing Cube
to Improve Molecular Modeling,
Information Newsletter for Computer Simulation of Condensed
Phases,
CCP5,
Daresbury Lab.,
No 47, (2000).
View Abstract
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(109)
P. Jedlovszky,
M. Mezei, and R. Vallauri,
A Molecular Level Explanation of the Density Maximum
of Liquid Water from Computer Simulations with a
polarizable potential model,
Chem.
Phys. Letters,
318, 155-160 (2000).
View Abstract
(108)
A.M. Sapse, M. Mezei, D.C. Jain, and C. Unson,
Theoretical Studies of a Glucagon Fragment: Ser8-Asp9-Tyr10,
Appendix in "Molecular orbital calculations for amino acids and
peptides" by A.M. Sapse, Birkhäuser, Boston (2000).
View Abstract
(107)
M. Mezei, Comment on "Molecular Dynamic Simulations in
the Grand Canonical Ensemble: Formulation of a Bias Potential for
umbrella sampling" Comparison of the Sampling Efficiency in the
Grand Canonical Ensemble Using Molecular Dynamics and
Cavity-Biased Monte Carlo,
J. Chem. Phys.,
112, 1059-1060 (2000).
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P. Jedlovszky
and M. Mezei,
Grand Canonical Ensemble Monte Carlo Simulation of a
Lipid Bilayer Using Extension Biased Rotations,
J. Chem. Phys.,
111, 10770-10773 (1999).
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(105)
P. Jedlovszky
and M. Mezei,
Computer Simulation Study of Liquid CH2F2
with a New Effective Pair Potential Model.
J. Chem. Phys.,
110, 2991-3002 (1999).
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(104)
M. Mezei, and F. Guarnieri,
Computer Simulation Studies of the Fully Solvated
Wild-Type and Mutated GnRH in Extended and
B-turn Conformations.
J. Biomol. Struct. Dynam.,
16, 723-732 (1998).
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(103)
P. Jedlovszky
and M. Mezei,
The Anisotropic Virial-Biased Sampling for Monte Carlo
Simulations in the Isobaric-Isothermal Ensemble.
Mol.
Phys.,
96, 293-296 (1999).
View Abstract
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(102)
M. Mezei, Chameleon Sequences in the PDB,
Prot. Engng.,
11, 411-414 (1998).
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(101)
A.M. Sapse, M. Mezei, I. Karakhanov and D.C. Jain,
Solvent Effect on the Conformation of the Hoechst 33258 Agent.
J. Molecular Struct. (Theochem),
393, 25-30 (1997).
View Abstract
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(100)
M. Mezei, Optimal Position of the Solute for Simulations.
J. Comp. Chem.,
18, 812-815 (1997).
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(99)
H.
Resat, P.V. Maye, and M. Mezei, The Sensitivity of
Conformational Free Energies of Alanine Dipeptide to Atomic Site
Charges.
Biopolymers, 41, 73-81
(1997).
View Abstract
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(98)
F. Guarnieri, and M. Mezei,
Simulated Annealing of the Chemical Potential:
A General Procedure for Locating Bound Waters. Application to the
Study of the Differential Hydration Propensities of the Major and
Minor Groove of DNA.
J. Am. Chem. Soc.,
118, 8493-8494 (1996).
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(97)
H.
Resat, and M. Mezei,
Grand Canonical Ensemble Monte Carlo Simulation
of the dCpG/Proflavine Crystal Hydrate.
Biophys. J.,
71, 1179-1190 (1996).
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(96)
H.
Resat, M. Mezei, and
J.A.
McCammon,
Use of the Grand Canonical Ensemble in Potential of Mean Force
Calculations.
J. Phys. Chem.,
100, 1426-1432 (1996).
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(95)
P.V. Maye, and M. Mezei,
Calculation of the Free Energy of Solvation of the Li+
and Na+ Ions in Water and Chloroform.
J. Molecular Struct. (Theochem),
362, 317-324 (1996).
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(94)
H. Sun, M. Mezei, R. Fye, and
C.J. Benham,
Monte Carlo Analysis of Conformational Transitions in
Superhelical DNA.
J. Chem. Phys.,
103, 8653-8665 (1995).
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(93)
M. Mezei, and G. Jancsó,
Free-Energy Simulation Studies on the Hydration of
Tetramethylurea and Tetramethylthiourea.
Chem.
Phys. Letters,
239, 237-240 (1995).
View Abstract
(92)
R. Friedman and M. Mezei, The Sensitivities of Interionic
Potential of Mean Forces Studied by Adaptive Umbrella Sampling.
J. Chem. Phys.,
102, 419-426 (1995).
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(91)
H.
Resat, and M. Mezei,
Grand Canonical Monte Carlo Simulation of Water Positions in
Crystal Hydrates.
J. Am. Chem. Soc.,
116, 7451-7452 (1994).
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(90)
H.
Resat, and M. Mezei, Studies on the Free Energy
Calculations. II. Theoretical Approaches to Molecular Solvation.
J. Chem. Phys.,
101, 6126-6140 (1994).
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(89)
M. Mezei, and
K. Bencsáth,
Long-Range Contribution to Inverse-Distance and Morse Energy
and Pressure Terms of a Molecular Liquid, Tested on Benzene.
J.
Math. Chem.,
16, 61-71 (1994).
View Abstract
(88)
A.M. Sapse, M. Mezei, D.C. Jain, and C. Unson,
An Ab Initio Study of Aspartic Acid and Glutamic Acid:
Supplementary Evidence of Structural Requirements at Position 9
for Glucagon Activity.
J. Molecular Struct. (Theochem),
306, 225-233 (1994).
View Abstract
(87)
M. Mezei,
A Heuristic Procedure for the Detection of Locally Similar
Substructures of Two Equivalent Structures.
Prot. Engng.,
7, 331-333 (1994).
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(86)
M. Mezei,
Iso-Energy Cutoff for the Calculation of Interionic
Potential of Mean Force in Water.
Int. J. Quant. Chem., 52, 147-152 (1994).
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(85)
H.
Resat,
and M. Mezei,
Studies in the Free Energy Calculations. I. Thermodynamic
Integration Using a Polynomial Path.
J. Chem. Phys.,
99, 6052-6061 (1993).
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(84)
M. Mezei,
The Case for Keeping Simulated Clusters Spherical.
Information Quarterly,
CCP5,
Daresbury Lab., No 37, 38-40 (1993).
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(83) M. Mezei,
The Effect of the Combined Volume on the Efficiency of Gibbs
ensemble Simulations,
Molecular Simulation,
11, 395-397 (1994).
View Abstract
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(82)
M. Mezei, An Other 'Clever' Idea Down the Drain ...
Information Quarterly,
CCP5,
Daresbury Lab., No 36, 24 (1993).
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(81)
M. Mezei,
Calculation of Solvation Free Energy Differences for Large
Solute Change from Computer Simulations with Quadrature-Based
Nearly Linear Thermodynamic Integration.
Molecular Simulation,
Special issue, invited contribution
10, 225-240 (1993).
View Abstract
(80)
M. Mezei,
Theoretical Calculation of the Liquid-Vapor Coexistence
Curve of Water, Chloroform and Methanol with the Cavity-Biased
Monte Carlo Method in the Gibbs Ensemble,
Molecular Simulation,
9, 257-267 (1992).
View Abstract
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(79)
M. Mezei,
Efficient Calculation of the Pressure in the Canonical
Ensemble for Inverse Power Central Forces,
Information Quarterly,
CCP5,
Daresbury Lab., No 34, 46-47 (1992).
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(78)
M. Mezei,
Determining Nearest Image in non-Orthogonal Periodic Systems,
Information Quarterly,
CCP5,
Daresbury Lab., No 34, 48-51 (1992).
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(77)
M. Mezei,
Polynomial Path for the Calculation of Liquid State Free
Energies from Computer Simulations Tested on Liquid Water,
J. Comp. Chem.,
13, 651-656 (1992).
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(76)
M. Mezei,
Free-Energy Simulations for the Study of Proton Transfer in
Solutions,
Proton Transfer in Hydrogen-Bonded Systems,
273-280, T. Bountis, ed., Plenum, New York (1992).
View Abstract
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(75)
M. Mezei,
On the Possibility of Obtaining an Effective Pairwise
Additive Intermolecular Pontential via an Ab-initio Route by
Fitting to a Cooperative Model of Condensed Phase Configurations,
J. Phys. Chem.,
95, 7043-7049 (1991).
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(74)
J.J.
Dannenberg, and M. Mezei,
Reply to the Comment on the Application of Basis Set
Superposition Error to ab Initio Calculation of Water Dimer,
J. Phys. Chem.,
95, 6396-6398 (1991).
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(73)
T.
Schlik, S. Figueroa, and M. Mezei,
A Molecular Dynamics Simulation of a Water Droplet by the
Implicit-Euler/Langevin Scheme,
J. Chem. Phys.,
94, 2118-2130 (1991).
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(72)
M. Mezei,
Distance-Scaled Force Biased Monte Carlo Simulation for
Solutions Containing a Strongly Interacting Solute,
Molecular Simulation,
5, 405-408 (1991).
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(71)
M. Mezei,
The Theory of Hydrogen Bonding in Water,
Physics of Many-Particle Systems, Vol. 19, 37-50,
E.S. Kryachko, ed., Naukova Dumka, Kiev (1991).
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(70)
M. Mezei, and A. Ben-Naim,
Calculation of the Solvent Contribution to the Potential of
Mean Force Between Water Molecules in Fixed Relative Orientation
in Liquid Water,
J. Chem. Phys.,
92, 1359-1361 (1990).
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(69)
M.S. Broido, and M. Mezei,
Computational analysis of the Effects of Site-Specific
Phosphate Alkylation in the DNA Oligomer,
{d-[GGAATTCC]}2
Biopolymers, 29, 597-607
(1990).
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(68)
M. Mezei,
Evaluation of the Adaptive Umbrella Sampling Method,
Molecular Simulation,
3, 301-313 (1989).
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(67)
M. Mezei, and
J.J.
Dannenberg,
An Evaluation of Water-Water Analytical Potentials in the
Region of Low Energy Trifurcated Structures,
J. Phys. Chem.,
92, 5860-5861 (1988).
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(66)
M. Mezei,
Direct Calculation of the Excess Free Energy of the Dense
Lennard-Jones Fluid with Nonlinear Thermodynamic Integration,
Molecular Simulation,
2, 201-207 (1989).
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(65)
M. Mezei,
Test of the Overlap Ratio Method on the Calculation of the
Aqueous Hydration Free Energy Difference Between Acetone and
Dimethyl Amine,
Mol.
Phys.,
65, 219-223 (1988).
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(64)
M. Mezei,
Modified Proximity Criterion for the Analysis of the
Solvation Environment of a Polyfunctional Solute,
Molecular Simulation,
1, 327-332 (1988).
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(63)
M. Mezei,
Near-Neighbour Algorithm in Metropolis Monte Carlo
Simulations,
Molecular Simulation, 1, 169-171 (1988).
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(62)
B. Jayaram, M. Mezei, and
D.L.
Beveridge,
Conformational Stability of the Dimethylphosphate Anion in
Water: Liquid State Free Energy Simulations,
J. Am. Chem. Soc.,
110, 1691-1694 (1988).
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(61)
M. Mezei,
K. Bencsáth,
Long-Range Contribution to Inverse-Distance and Morse Energy
S. Goldman, and S. Singh,
The Detailed Balance Energy-Scaled Displacement Monte Carlo
Algorithm,
Molecular Simulation,
1, 87-93 (1987).
View Abstract
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(60)
M. Mezei,
The Finite Difference Thermodynamic Integration, Tested on
Calculating the Hydration Free Energy Difference Between Acetone
and Dimethylamine in Water,
J. Chem. Phys.,
86, 7084-7088 (1987).
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(59)
B. Jayaram, M. Mezei, and
D.L.
Beveridge,
Monte Carlo Study of the Aqueous Hydration of Dimethyl
Phosphate in the gg, gt and tt Conformations,
J. Comp. Chem.,
8, 917-942 (1987).
View Abstract
(58)
M. Mezei,
Grand-Canonical Ensemble Monte Carlo Simulation of Dense
Fluids: Lennard-Jones, Soft Spheres and Water,
Mol.
Phys.,
61, 565-582 (1987);
Erratum, 67, 1207-1208 (1989).
View Abstract
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(57)
M. Mezei,
A Comment on Debugging Monte Carlo Programs,
Information Quarterly,
CCP5,
Daresbury Lab., No 23, 33-37 (1986).
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(56)
Reprint with permission of (48),
Int. J. Quant. Chem., XXIX, 1513-1523 (1986).
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(55)
M. Mezei, S.W. Harrison, G. Ravishanker, and
D.L.
Beveridge,
Monte Carlo Studies of the Aqueous Hydration of Cis and
Trans N-Methyl-Acetamide: Sensitivity of Results to Convergence
and to Choice of Intermolecular Potential Functions,
Israel J. of Chem., 27, 163-172 (1986).
View Abstract
(54)
M. Mezei, and
D.L. Beveridge,
Free Energy Simulations,
Ann. Acad. Sci N.Y., 482, 1-23 (1986).
View Abstract
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(53)
M. Mezei,
Adaptive Umbrella Sampling: Self-Consistent Determination of
the Non-Boltzmann Bias,
J.
Comp. Phys.
68, 237-248 (1987).
View Abstract
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(52)
E.S. Campbell, and M. Mezei,
An Algorithm for the Calculation of the Net Induction Energy
and Induced Multipole Tensors in a Set of Charge Distributions
with
Non-Linear Contributions of All Potentials of External Fields and
Both Permanent and Induced Multipoles,
Mol.
Phys.,
57, 1201-1218 (1986).
View Abstract
(51)
G. Ravishanker, M. Mezei, and D.L.
Beveridge,
Conformational Stability and Flexiblity of the Ala Dipeptide
in Free Space and Water: Monte Carlo Computer Simulation Studies,
J. Comp. Chem.,
7, 345-348 (1986).
View Abstract
(50)
D.L.
Beveridge,
G. Ravishanker, M. Mezei, and B. Gedulin,
Solvent Effect on Conformational Stability in the Ala
Dipeptide: Full Free Energy Simulations,
J. Biomol. Struct. Dynam.,
III, 237-252 (1986).
View Abstract
(49)
M. Mezei, and
D.L.
Beveridge,
Structural Chemistry of Biomolecular Hydration via Computer
Simulation: The Proximity Criterion,
Methods in Enzymology, 127, L. Packer, ed., 22-47
(1985).
View Abstract
(48)
D.L.
Beveridge,
M. Mezei, G. Ravishanker, and B. Jayaram,
Free Energy Simulations: Applications to the Study of Liquid
Water, Hydrophobic Interactions and Solvent Effects on
Conformational Stability,
View Abstract
J. of Biosciences, 8, 167-178 (1985).
(47)
D.L.
Beveridge,
and M. Mezei,
Free Energy Simulations: The Coupling Parameter Approach and
Topographical Transition Coordinates,
in the Proceedings of a Workshop on Molecular Dynamics and
Protein Structure, J. Hermans and W. van Gunsteren, eds.,
Polycrystal Book Services, Crystal Springs, Ill. (1985).
View Abstract
(46)
M. Mezei and R.J. Speedy,
Pentagon-Pentagon Correlations in Water,
J. Phys. Chem.,
89, 171-175 (1985).
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(45)
M. Mezei, P.K. Mehrotra, and
D.L.
Beveridge,
Monte Carlo Determination of the Free Energy and Internal
Energy of Hydration for the Ala Dipeptide at 25oC,
J.
Am. Chem.
Soc.,
107, 2239-2245 (1985).
View Abstract
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(44)
M. Mezei and R.J. Speedy,
Simulation Studies of the Dihedral Angle in Water,
J. Phys. Chem.,
88, 3180-3182 (1984).
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(with subscription or $$)
(43)
M. Mezei, and
D.L.
Beveridge,
Generic Solvation Sites in a Crystal,
J. Comp. Chem.,
6, 523-527 (1984).
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(42)
P.K. Mehrotra, M. Mezei, and
D.L.
Beveridge,
Monte Carlo Determination of the Internal Energies of
Hydration for the Ala Dipeptide in the C7,
C5,
aR and PII
Conformations,
Int. J. Quant. Chem., 11, 301-308 (1984).
View Abstract
(41)
D.L.
Beveridge,
P.V. Maye, B. Jayaram, G. Ravishanker, and
M. Mezei,
Aqueous Hydration of Nucleic Acid Constituents: Monte Carlo
Computer Simulation Studies,
J. Biomol. Struct. Dynam.,
2, 261-270 (1984).
View Abstract
Pub Med Abstract
(40)
G. Ravishanker, P.K. Mehrotra, M. Mezei, and
D.L.
Beveridge,
Aqueous Hydration of Benzene,
J.
Am. Chem. Soc.,
106, 4102-4108 (1984).
View Abstract
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(with subscription or $$)
(39)
M. Mezei, P.K. Mehrotra, and
D.L.
Beveridge,
Aqueous Hydration of the Glycine Zwitterion,
J. Biomol. Struct. Dynam.,
2, 1-27 (1984).
View Abstract
Pub Med Abstract
(38)
M. Mezei,
D.L.
Beveridge,
H.M.
Berman,
J.M.
Goodfellow,
J.L. Finney, and S. Neidle,
Monte Carlo Studies on Water in the dCpG/Proflavin Crystal
Hydrate,
J. Biomol. Struct. Dynam.,
1, 287-297 (1983).
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Full text
Pub Med Abstract
(37)
M. Mezei,
Comparison of the Percolation Model with the Computer
Simulation Results on Different Water Models,
Mol.
Phys.,
52, 1003-1010 (1984).
View Abstract
(36)
D.L.
Beveridge,
G. Ravishanker, and M. Mezei,
Solvent Separated Hydropobic Interactions,
in "Structure and Dynamics of Proteins
and Nucleic Acids", E. Clementi, ed., Adenine Press, New York,
477-483 (1983).
View Abstract
(35)
D.L.
Beveridge,
M. Mezei, P.K. Mehrotra, F.T. Marchese,
G. Ravishanker, T. Vasu, and S. Swaminathan,
Monte Carlo Computer Simulation Studies of the Equilibrium
Properties and Structure of Liquid Water,
in "Molecular-Based Study and Prediction of Fluid
Properties",
J.M. Haile, and G.A. Mansoori, eds., (American Chemical
Society) Vol. 204, 297-351 (1983).
View Abstract
(34)
M. Mezei,
Virial-Bias Monte Carlo Methods: Efficient Sampling in the
(T,P,N) Ensemble,
Mol.
Phys.,
48, 1075-1082 (1983).
View Abstract
(33)
D.L.
Beveridge,
G. Ravishanker, and M. Mezei,
Monte Carlo Computer Simulation Study of the Hydrophobic
effect: Potential of Mean Force for
[(CH4)2]aq
at 25oC and 50oC,
J. Chem. Soc. Faraday Trans., 17, 79-91 (1982).
View Abstract
(32)
M. Mezei,
Excess Free Energy of Different Water Models Computed by
Monte Carlo Methods,
Mol.
Phys.,
47, 1307-1315 (1982);
Erratum, 67, 1205-1206 (1989).
View Abstract
(31)
P.K. Mehrotra, M. Mezei, and
D.L.
Beveridge,
Convergence Acceleration in Monte Carlo Computer Simulation
on Water and Aqueous Solutions,
J. Chem. Phys.,
78, 3156-3166 (1983).
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(30)
E.S. Campbell, and M. Mezei,
Torque Algorithms: The Permanent Multipole and Induced
Dipole Vector Contributions in a Set of Charge Distributions,
J.
Comp. Phys.
47, 245-257 (1982).
View Abstract
(29)
P.K. Mehrotra, M. Mezei, and
D.L.
Beveridge,
Preliminary Results on Convergence Acceleration in Monte
Carlo Computer Simulation on Water and Aqueous Solutions,
Proceedings of a Conference on Organic and Biological Molecules,
NRCC, University of California, Berkeley, 63-73 (1981).
View Abstract
(28)
M. Mezei, and
D.L.
Beveridge,
Further Quasicomponent Distribution Function Analysis of
Liquid Water. Temperature Dependence of the Results,
J. Chem. Phys.,
76, 593-600 (1982).
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(27)
M. Mezei, and
D.L.
Beveridge,
Monte Carlo Studies of the Structure of Dilute Aqueous
Solution of Li+, Na+, K+,
F-, Cl- Ions,
J. Chem. Phys.,
74, 6902-6910 (1981).
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(26)
D.L.
Beveridge,
M. Mezei, P.K. Mehrotra, F.T. Marchese,
T.R.
Vasu, and G. Ravishanker,
Liquid State Computer Simulation Studies of Biomolecular
Solvation Problems,
Ann. N.Y. Acad. Sci., 367, 108-131 (1981).
View Abstract
(25)
M. Mezei, and
D.L.
Beveridge,
Theoretical Studies of Hydrogen Bonding in Liquid Water and
Dilute Aqueous Solutions.
J. Chem. Phys.,
74, 622-632 (1981).
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(24)
E.S. Campbell and M. Mezei,
A cooperative calculation and analysis of electric fields,
induced dipole vectors and lattice energies for rotationally
ordered ices IX, II and disordered Ih,
Mol.
Phys.,
41, 883-905 (1980).
View Abstract
(23)
M. Mezei,
On the Selection of the Particle to be Perturbed in the
Monte Carlo Method,
J.
Comp. Phys.
39, 128-136 (1981).
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(22)
M. Mezei,
Estimation of the Difference Between Molecular Dynamics and
Monte Carlo Averages Due to the Truncation of the Potential,
Chem.
Phys. Letters,
74, 105-107 (1980).
View Abstract
(21)
M. Mezei,
A Cavity-Biased (T,V,m)
Monte Carlo Method for the Computer
Simulation of Fluids,
Mol.
Phys.,
40, 901-906 (1980).
View Abstract
(20)
M. Mezei, S. Swaminathan,
D.L.
Beveridge,
Convergence Characteristics of the Conventional Metropolis
Monte Carlo Method on Liquid Water,
J. Chem. Phys.,
71, 3366-3373 (1979).
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(19)
D.L.
Beveridge,
M. Mezei, S. Swaminathan, and S.W. Harrison,
Monte Carlo Studies of the Structure of Liquid Water and
Dilute Aqueous Solutions. "Computer Modeling of Matter", P.G.
Lykos, ed.;
ACS Symposium Series, 86, 191-218 American Chemical
Society, Washington D.C. (1978).
View Abstract
(18)
E.S. Campbell, and M. Mezei,
Computer Algorithms and Programs for Permanent Multipole and
Induced Dipole Vectors in Crystals,
J.
Comp. Phys.
29, 297-301 (1978).
View Abstract
(17)
M. Mezei, S. Swaminathan, and
D.L.
Beveridge,
Ab Initio Calculation of the Free Energy of Water,
J.
Am. Chem. Soc.,
100, 3255-3256 (1978).
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(16)
E.S. Campbell, and M. Mezei,
Use of a non Pair-Additive Intermolecular Potential Function
to Fit Quantum-Mechanical Data on Water Molecule Interactions,
J. Chem. Phys.,
67, 2338-2344 (1977).
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(15)
M. Mezei, and E.S. Campbell,
Efficient Multipole Expansion: Choice of Order and Density
Partitioning Techniques,
Theoret. Chim. Acta (Berl.), 43, 227-237 (1977).
View Abstract
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(14)
E.S. Campbell, and M. Mezei,
Efficient Construction of Directional Derivatives of a
Function of a Vector Magnitude and Maxwell's Invariant Multipole
Form,
J.
Comp. Phys.
21, 114-122 (1976).
View Abstract
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(13)
M. Mezei, and E.S. Campbell,
A Computational Procedure for Obtaining the Poles of a
Spherical Harmonics of Order N; Application to the Multipole
Expansion of Electrostatic Interaction,
J.
Comp. Phys.
20, 110-116 (1976).
View Abstract
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(12)
M. Mezei,
New Approximate Solution of the Spin-Free Schrodinger
Equation, Advantageous on a not One-Particle Basis Set,
Phys. Rev. A, 13, 23-26 (1976).
(11)
Zs. Esztergár, and M. Mezei,
A számitástechnika kémiai alkalmazása,
(Computers in Chemistry), III,
Az Algol programozási nyelv
(The Algol programming language)
Magyar Kémikusok Lapja
(Journal of the Hungarian Chemists'),
28, 142-151 (1973).
View Abstract
(10)
P. Benedek, and M. Mezei,
A számitástechnika kémiai alkalmazása,
(Computers in Chemistry), II,
Számitási algoritmus,számitási folyamatábra
(Computational algorithm, computational flow chart),
Magyar Kémikusok Lapja
(Journal of the Hungarian Chemists'),
28, 99-103 (1973);
View Abstract
(9)
P. Benedek, and M. Mezei,
A számitástechnika kémiai alkalmazása,
(Computers in Chemistry), I,
Az elektronikus számitógépekröl
(On the electronic computers),
Magyar Kémikusok Lapja
(Journal of the Hungarian Chemists'),
28, 29-35 (1973)
View Abstract
(8)
M. Mezei,
The Error of a Function Approximation Based on Random Selected
Points,
J. Inst. Maths. Applics., 12, 97-102 (1973).
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(7)
M. Mezei, and T. Szondy,
On the Possibility of Replacing the Backward Transformation
of the Modified Simplex Method by a Forward Transformation,
J. Inst. Maths. Applics., 11, 339-342 (1973).
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(6)
T. Szondy, M. Hegyi, V. Lengyel, M. Mezei, and E. Kapuy,
Determination of Many-Particle Integrals by the Method of
Distance Functions,
Theoret. Chim. Acta (Berl.), 33, 249-261 (1974).
View Abstract
(5)
M.G. Hegyi, M. Mezei, and T. Szondy,
Determination of Molecular Properties by the Method of Moments, III,
Theoret. Chim. Acta (Berl.),
21, 168-175 (1971).
View Abstract
(4)
M.G. Hegyi, M. Mezei, and T. Szondy,
Determination of Molecular Properties by the Method of Moments, II,
Theoret. Chim. Acta (Berl.),
15, 283-292 (1969).
View Abstract
(3)
M.G. Hegyi, M. Mezei, and T. Szondy,
Determination of Molecular Properties by the Method of Moments, I,
Theoret. Chim. Acta (Berl.), 15, 273-282 (1969).
View Abstract
(2)
M. Mezei, and P. Pulay, Calculation of Force Constants
with the Maximum Overlap Method,
Acta Chimica Acad. Sci. Hungaricae,.
57, 331-335 (1968).
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Full text
(1)
M. Mezei, and P. Pulay, Calculation of Force Constants
with the Maximum Overlap Method,
Acta Chimica Acad. Sci. Hungaricae,
56, 167-173 (1968)
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Full text
(0) M. Mezei,
Studies With the Local Energy Method
(Ph.D. Thesis)
View Abstract
Preprint (PDF)
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Last modified: 19/18/2011 (MM)