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24 in total

1. Tension responses to sudden length change in stimulated frog muscle fibres near slack length.

Authors: L E Ford; A F Huxley; R M Simmons
Journal: J Physiol Date: 1977-07 Impact factor: 5.182

2. A model of force production that explains the lag between crossbridge attachment and force after electrical stimulation of striated muscle fibers.

Authors: M A Bagni; G Cecchi; M Schoenberg
Journal: Biophys J Date: 1988-12 Impact factor: 4.033

3. Muscular contraction.

Authors: A F Huxley
Journal: J Physiol Date: 1974-11 Impact factor: 5.182

4. Proposed mechanism of force generation in striated muscle.

Authors: A F Huxley; R M Simmons
Journal: Nature Date: 1971-10-22 Impact factor: 49.962

5. X-ray diffraction evidence for the extensibility of actin and myosin filaments during muscle contraction.

Authors: K Wakabayashi; Y Sugimoto; H Tanaka; Y Ueno; Y Takezawa; Y Amemiya
Journal: Biophys J Date: 1994-12 Impact factor: 4.033

6. Actin-actin bond strength and the conformational change of F-actin.

Authors: F Oosawa
Journal: Biorheology Date: 1977 Impact factor: 1.875

7. The relation between stiffness and filament overlap in stimulated frog muscle fibres.

Authors: L E Ford; A F Huxley; R M Simmons
Journal: J Physiol Date: 1981-02 Impact factor: 5.182

8. Tension, stiffness, unloaded shortening speed and potentiation of frog muscle fibres at sarcomere lengths below optimum.

Authors: F J Julian; D L Morgan
Journal: J Physiol Date: 1981 Impact factor: 5.182

9. Muscular contraction: kinetics of crossbridge attachment studied by high-frequency stiffness measurements.

Authors: G Cecchi; P J Griffiths; S Taylor
Journal: Science Date: 1982-07-02 Impact factor: 47.728

10. Tension transients during the rise of tetanic tension in frog muscle fibres.

Authors: L E Ford; A F Huxley; R M Simmons
Journal: J Physiol Date: 1986-03 Impact factor: 5.182

41 in total

1. A weakly coupled version of the Huxley crossbridge model can simulate energetics of amphibian and mammalian skeletal muscle.

Authors: C J Barclay
Journal: J Muscle Res Cell Motil Date: 1999-02 Impact factor: 2.698

2. Influence of ionic strength on the actomyosin reaction steps in contracting skeletal muscle fibers.

Authors: H Iwamoto
Journal: Biophys J Date: 2000-06 Impact factor: 4.033

3. Differences in the profile of unfused tetani of fast motor units with respect to their resistance to fatigue in the rat medial gastrocnemius muscle.

Authors: J Celichowski; K Grottel; E Bichler
Journal: J Muscle Res Cell Motil Date: 1999-10 Impact factor: 2.698

4. ATP consumption and efficiency of human single muscle fibers with different myosin isoform composition.

Authors: Z H He; R Bottinelli; M A Pellegrino; M A Ferenczi; C Reggiani
Journal: Biophys J Date: 2000-08 Impact factor: 4.033

5. Single turnover of cross-bridge ATPase in rat muscle fibers studied by photolysis of caged ATP.

Authors: K Horiuti; N Yagi; S Takemori
Journal: J Muscle Res Cell Motil Date: 2001 Impact factor: 2.698

6. The effect of polyethylene glycol on the mechanics and ATPase activity of active muscle fibers.

Authors: M K Chinn; K H Myburgh; T Pham; K Franks-Skiba; R Cooke
Journal: Biophys J Date: 2000-02 Impact factor: 4.033

7. Kinetic effects of fiber type on the two subcomponents of the Huxley-Simmons phase 2 in muscle.

Authors: Julien S Davis; Neal D Epstein
Journal: Biophys J Date: 2003-07 Impact factor: 4.033

8. Estimation of cross-bridge stiffness from maximum thermodynamic efficiency.

Authors: C J Barclay
Journal: J Muscle Res Cell Motil Date: 1998-11 Impact factor: 2.698

9. Significant impact on muscle mechanics of small nonlinearities in myofilament elasticity.

Authors: Alf Månsson
Journal: Biophys J Date: 2010-09-22 Impact factor: 4.033

10. Is the cross-bridge stiffness proportional to tension during muscle fiber activation?

Authors: Barbara Colombini; Marta Nocella; M Angela Bagni; Peter J Griffiths; Giovanni Cecchi
Journal: Biophys J Date: 2010-06-02 Impact factor: 4.033