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Molecular motor

  • Chloroplast Transit Peptides: Structure, Function and Evolution

    Chloroplast Transit Peptides: Structure, Function and Evolution

  • Construction and Loss of Bacterial Flagellar Filaments

    Construction and Loss of Bacterial Flagellar Filaments

  • Review of Molecular Motors

    Review of Molecular Motors

  • Control of Molecular Motor Motility in Electrical Devices

    Control of Molecular Motor Motility in Electrical Devices

  • On Helicases and Other Motor Proteins Eric J Enemark and Leemor Joshua-Tor

    On Helicases and Other Motor Proteins Eric J Enemark and Leemor Joshua-Tor

  • Cytoskeleton and Cell Motility

    Cytoskeleton and Cell Motility

  • Arxiv:1105.2423V1 [Physics.Bio-Ph] 12 May 2011 C

    Arxiv:1105.2423V1 [Physics.Bio-Ph] 12 May 2011 C

  • Bacterial Flagellar Motor Is a Reversible Rotary Nano-Machine, About 45 Nm in Diameter, Embedded in the Bacterial Cell Envelope

    Bacterial Flagellar Motor Is a Reversible Rotary Nano-Machine, About 45 Nm in Diameter, Embedded in the Bacterial Cell Envelope

  • Tuning Molecular Motor Transport Through Cytoskeletal Filament

    Tuning Molecular Motor Transport Through Cytoskeletal Filament

  • Cytoskeletal Cross-Linking and Bundling in Motor-Independent

    Cytoskeletal Cross-Linking and Bundling in Motor-Independent

  • An Introduction to Molecular Motors

    An Introduction to Molecular Motors

  • Molecular Machines Operated by Light

    Molecular Machines Operated by Light

  • Cooperative Base Pair Melting by Helicase and Polymerase Positioned One Nucleotide from Each Other Divya Nandakumar, Manjula Pandey, Smita S Patel*

    Cooperative Base Pair Melting by Helicase and Polymerase Positioned One Nucleotide from Each Other Divya Nandakumar, Manjula Pandey, Smita S Patel*

  • Catch Bond Drives Stator Mechanosensitivity in The

    Catch Bond Drives Stator Mechanosensitivity in The

  • Arxiv:1908.11323V1 [Physics.Bio-Ph] 29 Aug 2019 II

    Arxiv:1908.11323V1 [Physics.Bio-Ph] 29 Aug 2019 II

  • Functions and Mechanics of Dynein Motor Proteins

    Functions and Mechanics of Dynein Motor Proteins

  • Mechanical Operation and Intersubunit Coordination of Ring-Shaped Molecular Motors: Insights from Single-Molecule Studies

    Mechanical Operation and Intersubunit Coordination of Ring-Shaped Molecular Motors: Insights from Single-Molecule Studies

  • Two Kinesin-Like Proteins Mediate Actin-Based Chloroplast Movement in Arabidopsis Thaliana

    Two Kinesin-Like Proteins Mediate Actin-Based Chloroplast Movement in Arabidopsis Thaliana

Top View
  • Functional Dynamics of the Bacterial Flagellar Motor Driven by Fluorescent Protein Tagged Stators and by Evolutionary Modified Foreign Stators Minyoung Heo
  • Cytoskeleton Molecular Motors: Structures and Their Functions in Neuron Qingpin Xiao1,2, Xiaohui Hu1, Zhiyi Wei2, Kin Yip Tam1,
  • Residues in the Central Β-Hairpin of the DNA Helicase of Bacteriophage T7 Are Important in DNA Unwinding
  • Synthetic Systems Powered by Biological Molecular Motors
  • Structural Conservation and Adaptation of the Bacterial Flagella Motor
  • View of Chloroplast Transporter Proteins
  • Low Efficiency Spotted in a Molecular Motor
  • History of DNA Helicases
  • Enzymes and Molecular Machines
  • Patterns of Bacterial Motility in Microfluidics-Confining Environments
  • Molecular Motor Crossing the Frontier of Classical to Quantum Tunneling Motion
  • Self-Organized Density Patterns of Molecular Motors in Arrays of Cytoskeletal Filaments
  • Kinesin and Myosin: Molecular Motors with Similar Engines Ivan Rayment
  • Molecular Motors and Stochastic Models
  • Processivity of Molecular Motors Under Vectorial Loads
  • The Force Generated by a Single Kinesin Molecule Against an Elastic Load
  • Molecular Motors: Strategies to Get Along Review
  • Motor Proteins and Molecular Motors: How to Operate Machines at the Nanoscale


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