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Structural and Functional Properties of Kappa Tropomyosin

International journal of molecular sciences, 2023-05, Vol.24 (9), p.8340

2023

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Optimization, characterization, and cytotoxicity studies of novel anti-tubercular agent-loaded liposomal vesicles

Scientific reports, 2024-01, Vol.14 (1), p.524-524, Article 524

2024

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De Novo Asp219Val Mutation in Cardiac Tropomyosin Associated with Hypertrophic Cardiomyopathy

International journal of molecular sciences, 2022-12, Vol.24 (1), p.18

2022

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Author Correction: Optimization, characterization, and cytotoxicity studies of novel anti-tubercular agent-loaded liposomal vesicles

Scientific reports, 2024-01, Vol.14 (1), p.2183-2183, Article 2183

2024

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Effects of an Interchain Disulfide Bond on Tropomyosin Structure: A Molecular Dynamics Study

International journal of molecular sciences, 2018-10, Vol.19 (11), p.3376

2018

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Myosin from the ventricle is more sensitive to omecamtiv mecarbil than myosin from the atrium

Biochemical and biophysical research communications, 2020-08, Vol.528 (4), p.658-663

2020

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Novel Mutation Glu98Lys in Cardiac Tropomyosin Alters Its Structure and Impairs Myocardial Relaxation

International journal of molecular sciences, 2023-08, Vol.24 (15), p.12359

2023

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Impact of Troponin in Cardiomyopathy Development Caused by Mutations in Tropomyosin

International journal of molecular sciences, 2022-12, Vol.23 (24), p.15723

2022

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Impact of A134 and E218 Amino Acid Residues of Tropomyosin on Its Flexibility and Function

International journal of molecular sciences, 2020-11, Vol.21 (22), p.8720

2020

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Stabilizing the Central Part of Tropomyosin Increases the Bending Stiffness of the Thin Filament

Biophysical journal, 2015-07, Vol.109 (2), p.373-379

2015

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Why muscle is an efficient shock absorber

PloS one, 2014-01, Vol.9 (1), p.e85739-e85739

2014

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The Fraction of Myosin Motors That Participate in Isometric Contraction of Rabbit Muscle Fibers at Near-Physiological Temperature

Biophysical journal, 2011-07, Vol.101 (2), p.404-410

2011

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Tropomyosin movement is described by a quantitative high-resolution model of X-ray diffraction of contracting muscle

European biophysics journal, 2017-05, Vol.46 (4), p.335-342

2017

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Interacting-heads motif explains the X-ray diffraction pattern of relaxed vertebrate skeletal muscle

Biophysical journal, 2022-04, Vol.121 (8), p.1354-1366

2022

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The effects of the tropomyosin cardiomyopathy mutations on the calcium regulation of actin-myosin interaction in the atrium and ventricle differ

Biochemical and biophysical research communications, 2022-01, Vol.588, p.29-33

2022

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Direct Modeling of X-Ray Diffraction Pattern from Contracting Skeletal Muscle

Biophysical journal, 2008-09, Vol.95 (6), p.2880-2894

2008

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Unique functional properties of slow skeletal muscle tropomyosin

Biochimie, 2020-07, Vol.174, p.1-8

2020

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The D75N and P161S Mutations in the C0-C2 Fragment of cMyBP-C Associated with Hypertrophic Cardiomyopathy Disturb the Thin Filament Activation, Nucleotide Exchange in Myosin, and Actin-Myosin Interaction

International journal of molecular sciences, 2024-10, Vol.25 (20), p.11195

2024

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Myopathy-causing mutation R91P in the TPM3 gene drastically impairs structural and functional properties of slow skeletal muscle tropomyosin γβ-heterodimer

Archives of biochemistry and biophysics, 2024-02, Vol.752, p.109881-109881, Article 109881

2024

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The “Roll and Lock” Mechanism of Force Generation in Muscle

Structure (London), 2005, Vol.13 (1), p.131-141

2005

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The isoforms of α-actin and myosin affect the Ca2+ regulation of the actin-myosin interaction in the heart

Biochemical and biophysical research communications, 2017-08, Vol.490 (2), p.324-329

2017

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Properties of Cardiac Myosin with Cardiomyopathic Mutations in Essential Light Chains

Biochemistry (Moscow), 2022-11, Vol.87 (11), p.1260-1267

2022

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Mechanisms of disturbance of the contractile function of slow skeletal muscles induced by myopathic mutations in the tropomyosin TPM3 gene

The FASEB journal, 2020-10, Vol.34 (10), p.13507-13520

2020

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N-Terminal Fragment of Cardiac Myosin Binding Protein C Modulates Cooperative Mechanisms of Thin Filament Activation in Atria and Ventricles

Biochemistry (Moscow), 2024, Vol.89 (1), p.116-129

2024

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Insight into the actin-myosin motor from x-ray diffraction on muscle

Frontiers in bioscience, 2009-01, Vol.14 (8), p.3188-3213

2009

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Structural and Functional Properties of Kappa Tropomyosin

Optimization, characterization, and cytotoxicity studies of novel anti-tubercular agent-loaded liposomal vesicles

De Novo Asp219Val Mutation in Cardiac Tropomyosin Associated with Hypertrophic Cardiomyopathy

Author Correction: Optimization, characterization, and cytotoxicity studies of novel anti-tubercular agent-loaded liposomal vesicles

Effects of an Interchain Disulfide Bond on Tropomyosin Structure: A Molecular Dynamics Study

Myosin from the ventricle is more sensitive to omecamtiv mecarbil than myosin from the atrium

Novel Mutation Glu98Lys in Cardiac Tropomyosin Alters Its Structure and Impairs Myocardial Relaxation

Impact of Troponin in Cardiomyopathy Development Caused by Mutations in Tropomyosin

Impact of A134 and E218 Amino Acid Residues of Tropomyosin on Its Flexibility and Function

Stabilizing the Central Part of Tropomyosin Increases the Bending Stiffness of the Thin Filament

Why muscle is an efficient shock absorber

The Fraction of Myosin Motors That Participate in Isometric Contraction of Rabbit Muscle Fibers at Near-Physiological Temperature

Tropomyosin movement is described by a quantitative high-resolution model of X-ray diffraction of contracting muscle

Interacting-heads motif explains the X-ray diffraction pattern of relaxed vertebrate skeletal muscle

The effects of the tropomyosin cardiomyopathy mutations on the calcium regulation of actin-myosin interaction in the atrium and ventricle differ

Direct Modeling of X-Ray Diffraction Pattern from Contracting Skeletal Muscle

Unique functional properties of slow skeletal muscle tropomyosin

The D75N and P161S Mutations in the C0-C2 Fragment of cMyBP-C Associated with Hypertrophic Cardiomyopathy Disturb the Thin Filament Activation, Nucleotide Exchange in Myosin, and Actin-Myosin Interaction

Myopathy-causing mutation R91P in the TPM3 gene drastically impairs structural and functional properties of slow skeletal muscle tropomyosin γβ-heterodimer

The “Roll and Lock” Mechanism of Force Generation in Muscle

The isoforms of α-actin and myosin affect the Ca2+ regulation of the actin-myosin interaction in the heart

Properties of Cardiac Myosin with Cardiomyopathic Mutations in Essential Light Chains

Mechanisms of disturbance of the contractile function of slow skeletal muscles induced by myopathic mutations in the tropomyosin TPM3 gene

N-Terminal Fragment of Cardiac Myosin Binding Protein C Modulates Cooperative Mechanisms of Thin Filament Activation in Atria and Ventricles

Insight into the actin-myosin motor from x-ray diffraction on muscle

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