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Sarcomere

  • Passive Tension in Cardiac Muscle: Contribution of Collagen, Titin, Microtubules, and Intermediate Filaments

    Passive Tension in Cardiac Muscle: Contribution of Collagen, Titin, Microtubules, and Intermediate Filaments

  • THE MUSCLE SPINDLE Anatomical Structures of the Spindle Apparatus

    THE MUSCLE SPINDLE Anatomical Structures of the Spindle Apparatus

  • Uniform Sarcomere Shortening Behavior in Isolated Cardiac Muscle Cells

    Uniform Sarcomere Shortening Behavior in Isolated Cardiac Muscle Cells

  • Titin N2A Domain and Its Interactions at the Sarcomere

    Titin N2A Domain and Its Interactions at the Sarcomere

  • Effect of Camkiiδ Deletion on Sarcomere Structure

    Effect of Camkiiδ Deletion on Sarcomere Structure

  • Defects in T-Tubular Electrical Activity Underlie Local Alterations of Calcium Release in Heart Failure

    Defects in T-Tubular Electrical Activity Underlie Local Alterations of Calcium Release in Heart Failure

  • Microfluidic Perfusion Shows Intersarcomere Dynamics Within Single Skeletal Muscle Myofibrils

    Microfluidic Perfusion Shows Intersarcomere Dynamics Within Single Skeletal Muscle Myofibrils

  • The Sarcomere Force–Length Relationship in an Intact Muscle–Tendon Unit Eng Kuan Moo, Timothy R

    The Sarcomere Force–Length Relationship in an Intact Muscle–Tendon Unit Eng Kuan Moo, Timothy R

  • Zooming in on Muscle Cells Has Produced the First High-Resolution 3D Image of the Sarcomere 24 March 2021

    Zooming in on Muscle Cells Has Produced the First High-Resolution 3D Image of the Sarcomere 24 March 2021

  • The Unified Myofibrillar Matrix for Force Generation in Muscle

    The Unified Myofibrillar Matrix for Force Generation in Muscle

  • Sarcomeric Gene Variants and Their Role with Left Ventricular Dysfunction in Background of Coronary Artery Disease

    Sarcomeric Gene Variants and Their Role with Left Ventricular Dysfunction in Background of Coronary Artery Disease

  • Extra- and Intrafusal Muscle Fibre Type Compositions of the Human Masseter at Young Age in Perspective of Growth and Functional

    Extra- and Intrafusal Muscle Fibre Type Compositions of the Human Masseter at Young Age in Perspective of Growth and Functional

  • Levels of Muscle Structure

    Levels of Muscle Structure

  • Volume Change and Advective Flow Within the Myofilament Lattice

    Volume Change and Advective Flow Within the Myofilament Lattice

  • A Spatially Explicit Nanomechanical Model of the Half-Sarcomere: Myofilament Compliance Affects Ca2+-Activation

    A Spatially Explicit Nanomechanical Model of the Half-Sarcomere: Myofilament Compliance Affects Ca2+-Activation

  • Muscles and Muscle Tissue 279

    Muscles and Muscle Tissue 279

  • Muscle Contraction Muscle Filaments

    Muscle Contraction Muscle Filaments

  • Recorded Sarcomere

    Recorded Sarcomere

Top View
  • Diverse and Complex Muscle Spindle Afferent Firing Properties Emerge
  • Kinesiology 173: Foundations of Kinesiology
  • Structure and Function of Muscle Fibers and Motor Units
  • In Vivo Cell Biological Screening Identifies an Endocytic Capture
  • Skeletal Muscle Mechanics: Questions, Problems and Possible Solutions Walter Herzog
  • The Actin-Myosin Interaction in Muscle: Background and Overview
  • Myofibrils and Sarcomeres
  • The Relationship Between Myofilament Packing
  • Chapter 3 Cytoskeleton
  • Identifying the Structural Adaptations That Drive the Mechanical Load-Induced Growth of Skeletal Muscle: a Scoping Review
  • Place the Following Steps in Order of How a Muscle Contracts A) Neuron
  • Sarcomere Mechanics in Striated Muscles: from Molecules to Sarcomeres to Cells
  • Calcium Movement in the Sarcomere and Its Connection To
  • Muscle Practice Didactic Answers
  • T Tubules and Muscle Contraction
  • Skeletal Muscle Tissue
  • Muscle Physiology 1


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