The Interval-Force Relationship of the Heart
Bowditch Revisited
Herausgeber: Noble, Mark I. M.; Seed, W. A.
The Interval-Force Relationship of the Heart
Bowditch Revisited
Herausgeber: Noble, Mark I. M.; Seed, W. A.
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This 1992 volume examines the important relationship, initially studied in 1871 by Bowditch, between the strength of the heartbeat and the interval between beats.
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This 1992 volume examines the important relationship, initially studied in 1871 by Bowditch, between the strength of the heartbeat and the interval between beats.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 388
- Erscheinungstermin: 21. Februar 2011
- Englisch
- Abmessung: 229mm x 152mm x 23mm
- Gewicht: 628g
- ISBN-13: 9780521116985
- ISBN-10: 0521116988
- Artikelnr.: 33609302
- Verlag: Cambridge University Press
- Seitenzahl: 388
- Erscheinungstermin: 21. Februar 2011
- Englisch
- Abmessung: 229mm x 152mm x 23mm
- Gewicht: 628g
- ISBN-13: 9780521116985
- ISBN-10: 0521116988
- Artikelnr.: 33609302
Contributors; Introduction; Part I: 1. On the peculiarities of excitability
which the fibres of the cardiac muscle show translated by J. Schaefer, W.
Deppert, R. K. Lie, B. Lohff, M. I. M. Noble with a historical note H. P.
Bowditch; Part II. The General Process: 2. The interval-strength
relationship of cardiac muscle: past, present, and future D. G. Allen; 3. A
model for interval-force phenomena: unresolved issues I. C. Cooper and M.
I. M. Noble; Part III. Cellular Processes Underlying Interval-Force
Behaviour and their Control: 4. Relationships between intracellular free
calcium and force with changes of interval D. T. Yue; 5. The role of
intracellular calcium, sodium, and pH in rate-dependent changes of cardiac
contractile force M. R. Boyett, J. E. Frampton, S. M. Harrison, M. S.
Kirby, A. J. Levi, E. McCall, D. R. Milner and C. H. Orchard; 6.
Quantitative aspects of cellular calcium regulation during post-rest
stimulation in cardiac muscle: implications for steady-state conditions B.
Lewartowski; 7. Calcium compartmentation and contractive function of the
heart G. A. Langer; Part IV. The expression of interval-force phenomena in
cardiac muscle: 8. Myocardial excitation and contraction: factors
influencing peak force B. Wohlfart, P. Arlock and S. E. J. N. Mörner; 9.
Mechanical restitution in cardiac muscle M. Jóhannsson; 10. Post-rest
potentiation and its decay U. Ravens; 11. Post-extrasystolic potentiation
and its decay H. E. D. J. ter Keurs; 12. The cellular basis of pulsus
alternans M. J. Lab and C. I. Spencer; 13. Applicability of myocardial
interval-force relationships to the whole ventricle: studies in isolated
perfused hearts D. Burkhoff and W. C. Hunter; 14. Interval-force effects in
the pulse variation of atrial fibrillation: a statistical approach K. P.
Pfeiffer, T. Kenner and S. M. Hardman; 15. Interval-force processes in the
intact animal and human heart W. A. Seed; Author index; Subject index.
which the fibres of the cardiac muscle show translated by J. Schaefer, W.
Deppert, R. K. Lie, B. Lohff, M. I. M. Noble with a historical note H. P.
Bowditch; Part II. The General Process: 2. The interval-strength
relationship of cardiac muscle: past, present, and future D. G. Allen; 3. A
model for interval-force phenomena: unresolved issues I. C. Cooper and M.
I. M. Noble; Part III. Cellular Processes Underlying Interval-Force
Behaviour and their Control: 4. Relationships between intracellular free
calcium and force with changes of interval D. T. Yue; 5. The role of
intracellular calcium, sodium, and pH in rate-dependent changes of cardiac
contractile force M. R. Boyett, J. E. Frampton, S. M. Harrison, M. S.
Kirby, A. J. Levi, E. McCall, D. R. Milner and C. H. Orchard; 6.
Quantitative aspects of cellular calcium regulation during post-rest
stimulation in cardiac muscle: implications for steady-state conditions B.
Lewartowski; 7. Calcium compartmentation and contractive function of the
heart G. A. Langer; Part IV. The expression of interval-force phenomena in
cardiac muscle: 8. Myocardial excitation and contraction: factors
influencing peak force B. Wohlfart, P. Arlock and S. E. J. N. Mörner; 9.
Mechanical restitution in cardiac muscle M. Jóhannsson; 10. Post-rest
potentiation and its decay U. Ravens; 11. Post-extrasystolic potentiation
and its decay H. E. D. J. ter Keurs; 12. The cellular basis of pulsus
alternans M. J. Lab and C. I. Spencer; 13. Applicability of myocardial
interval-force relationships to the whole ventricle: studies in isolated
perfused hearts D. Burkhoff and W. C. Hunter; 14. Interval-force effects in
the pulse variation of atrial fibrillation: a statistical approach K. P.
Pfeiffer, T. Kenner and S. M. Hardman; 15. Interval-force processes in the
intact animal and human heart W. A. Seed; Author index; Subject index.
Contributors; Introduction; Part I: 1. On the peculiarities of excitability
which the fibres of the cardiac muscle show translated by J. Schaefer, W.
Deppert, R. K. Lie, B. Lohff, M. I. M. Noble with a historical note H. P.
Bowditch; Part II. The General Process: 2. The interval-strength
relationship of cardiac muscle: past, present, and future D. G. Allen; 3. A
model for interval-force phenomena: unresolved issues I. C. Cooper and M.
I. M. Noble; Part III. Cellular Processes Underlying Interval-Force
Behaviour and their Control: 4. Relationships between intracellular free
calcium and force with changes of interval D. T. Yue; 5. The role of
intracellular calcium, sodium, and pH in rate-dependent changes of cardiac
contractile force M. R. Boyett, J. E. Frampton, S. M. Harrison, M. S.
Kirby, A. J. Levi, E. McCall, D. R. Milner and C. H. Orchard; 6.
Quantitative aspects of cellular calcium regulation during post-rest
stimulation in cardiac muscle: implications for steady-state conditions B.
Lewartowski; 7. Calcium compartmentation and contractive function of the
heart G. A. Langer; Part IV. The expression of interval-force phenomena in
cardiac muscle: 8. Myocardial excitation and contraction: factors
influencing peak force B. Wohlfart, P. Arlock and S. E. J. N. Mörner; 9.
Mechanical restitution in cardiac muscle M. Jóhannsson; 10. Post-rest
potentiation and its decay U. Ravens; 11. Post-extrasystolic potentiation
and its decay H. E. D. J. ter Keurs; 12. The cellular basis of pulsus
alternans M. J. Lab and C. I. Spencer; 13. Applicability of myocardial
interval-force relationships to the whole ventricle: studies in isolated
perfused hearts D. Burkhoff and W. C. Hunter; 14. Interval-force effects in
the pulse variation of atrial fibrillation: a statistical approach K. P.
Pfeiffer, T. Kenner and S. M. Hardman; 15. Interval-force processes in the
intact animal and human heart W. A. Seed; Author index; Subject index.
which the fibres of the cardiac muscle show translated by J. Schaefer, W.
Deppert, R. K. Lie, B. Lohff, M. I. M. Noble with a historical note H. P.
Bowditch; Part II. The General Process: 2. The interval-strength
relationship of cardiac muscle: past, present, and future D. G. Allen; 3. A
model for interval-force phenomena: unresolved issues I. C. Cooper and M.
I. M. Noble; Part III. Cellular Processes Underlying Interval-Force
Behaviour and their Control: 4. Relationships between intracellular free
calcium and force with changes of interval D. T. Yue; 5. The role of
intracellular calcium, sodium, and pH in rate-dependent changes of cardiac
contractile force M. R. Boyett, J. E. Frampton, S. M. Harrison, M. S.
Kirby, A. J. Levi, E. McCall, D. R. Milner and C. H. Orchard; 6.
Quantitative aspects of cellular calcium regulation during post-rest
stimulation in cardiac muscle: implications for steady-state conditions B.
Lewartowski; 7. Calcium compartmentation and contractive function of the
heart G. A. Langer; Part IV. The expression of interval-force phenomena in
cardiac muscle: 8. Myocardial excitation and contraction: factors
influencing peak force B. Wohlfart, P. Arlock and S. E. J. N. Mörner; 9.
Mechanical restitution in cardiac muscle M. Jóhannsson; 10. Post-rest
potentiation and its decay U. Ravens; 11. Post-extrasystolic potentiation
and its decay H. E. D. J. ter Keurs; 12. The cellular basis of pulsus
alternans M. J. Lab and C. I. Spencer; 13. Applicability of myocardial
interval-force relationships to the whole ventricle: studies in isolated
perfused hearts D. Burkhoff and W. C. Hunter; 14. Interval-force effects in
the pulse variation of atrial fibrillation: a statistical approach K. P.
Pfeiffer, T. Kenner and S. M. Hardman; 15. Interval-force processes in the
intact animal and human heart W. A. Seed; Author index; Subject index.