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Noemi G Mirkin

Showing results (1-10 of 10) with videos related to

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The Journal of Physical Chemistry. B|April 5, 2018
Milieu-Initiated Inversion of the Aqueous Polyproline II/β Propensity in the Alanine Tripeptide: Aggregation Origin of the Onset of Amyloid FormationNoemi G Mirkin, Samuel Krimm
The Journal of Physical Chemistry. B|November 4, 2008
Peptide C(alpha)D(alpha) stretch frequencies in a hydrated conformation are perturbed mainly by C(alpha)-D(alpha)...O hydrogen bondingNoemi G Mirkin, Samuel Krimm
The Journal of Physical Chemistry. A|May 29, 2007
Conformation dependence of the CalphaDalpha stretch mode in peptides. 1. Isolated alanine peptide structuresNoemi G Mirkin, Samuel Krimm
Biopolymers|July 19, 2012
Water interaction differences determine the relative energetic stability of the polyproline II conformation of the alanine dipeptide in aqueous environmentsNoemi G Mirkin, Samuel Krimm
Biopolymers|May 8, 2020
Hydrogen sulfide concentration in the milieu of the hydrated alanine dipeptide determines its polyproline II-beta propensity: Main chain contribution to the energetic origin of the formation of amyloidNoemi G Mirkin, Samuel Krimm
Biopolymers|July 29, 2010
Conformation dependence of the DαDα stretch mode in peptides: Side-chain influence in dipeptide structuresNoemi G Mirkin, Samuel Krimm
The Journal of Chemical Physics|February 12, 2015
Note: charge transfer in a hydrated peptide group is determined mainly by its intrinsic hydrogen-bond energeticsNoemi G Mirkin, Samuel Krimm
Biopolymers|February 3, 2016
Other species in the aqueous environment of a peptide can invert its intrinsic solvated polyproline II/beta propensity: Implications for amyloid formationNoemi G Mirkin, Samuel Krimm
Biopolymers|May 9, 2009
Conformation dependence of the C(alpha)D(alpha) stretch mode in peptides. II. explicitly hydrated alanine peptide structuresNoemi G Mirkin, Samuel Krimm
Biopolymers|February 26, 2003
Potential energy functions: from consistent force fields to spectroscopically determined polarizable force fieldsKim Palmo, Berit Mannfors, Noemi G Mirkin, et al.
Pageof 1

Showing results (1-10 of 10) with videos related to

Sort By:
Pageof 1
The Journal of Physical Chemistry. B|April 5, 2018
Milieu-Initiated Inversion of the Aqueous Polyproline II/β Propensity in the Alanine Tripeptide: Aggregation Origin of the Onset of Amyloid FormationNoemi G Mirkin, Samuel Krimm
The Journal of Physical Chemistry. B|November 4, 2008
Peptide C(alpha)D(alpha) stretch frequencies in a hydrated conformation are perturbed mainly by C(alpha)-D(alpha)...O hydrogen bondingNoemi G Mirkin, Samuel Krimm
The Journal of Physical Chemistry. A|May 29, 2007
Conformation dependence of the CalphaDalpha stretch mode in peptides. 1. Isolated alanine peptide structuresNoemi G Mirkin, Samuel Krimm
Biopolymers|July 19, 2012
Water interaction differences determine the relative energetic stability of the polyproline II conformation of the alanine dipeptide in aqueous environmentsNoemi G Mirkin, Samuel Krimm
Biopolymers|May 8, 2020
Hydrogen sulfide concentration in the milieu of the hydrated alanine dipeptide determines its polyproline II-beta propensity: Main chain contribution to the energetic origin of the formation of amyloidNoemi G Mirkin, Samuel Krimm
Biopolymers|July 29, 2010
Conformation dependence of the DαDα stretch mode in peptides: Side-chain influence in dipeptide structuresNoemi G Mirkin, Samuel Krimm
The Journal of Chemical Physics|February 12, 2015
Note: charge transfer in a hydrated peptide group is determined mainly by its intrinsic hydrogen-bond energeticsNoemi G Mirkin, Samuel Krimm
Biopolymers|February 3, 2016
Other species in the aqueous environment of a peptide can invert its intrinsic solvated polyproline II/beta propensity: Implications for amyloid formationNoemi G Mirkin, Samuel Krimm
Biopolymers|May 9, 2009
Conformation dependence of the C(alpha)D(alpha) stretch mode in peptides. II. explicitly hydrated alanine peptide structuresNoemi G Mirkin, Samuel Krimm
Biopolymers|February 26, 2003
Potential energy functions: from consistent force fields to spectroscopically determined polarizable force fieldsKim Palmo, Berit Mannfors, Noemi G Mirkin, et al.
Pageof 1