Articoli correlati a Modulation of Cardiac Calcium Sensitivity: A New Approach...

Modulation of Cardiac Calcium Sensitivity: A New Approach to Increasing the Strength of the Heart - Rilegato

Libro 16 di 208: Oxford Medical Publications
 
9780192623478: Modulation of Cardiac Calcium Sensitivity: A New Approach to Increasing the Strength of the Heart

Sinossi

The devlopment of calcium sensitizers represents the first major innovation in the treatment of heart failure for over 200 years. Unlike other drugs in this area, they do not increase the intracellular calcium concentration and do not have the side effects associated with that mechanism of action. These drugs offer an exciting alternative approach to the treatment of heart failure, and this volume provides an authoritative overview of the physiology, biochemistry, and clinical issues involved. It will be of particular interest to all those concerned with the treatment of heart failure.

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Recensione

'At £45, it will be most readily available in the well found library, where it may stimulate the enquiring student.'R.A. Chapman, Cardiovascular Research, May 1994

Contenuti

  • 1: J.A. Lee and D.G. Allen: Altering the strength of the heart: basic mechanisms
  • 2: J.D. Strauss, J.C. Ruegg, and I. Lues: In search of calcium sensitizer compounds: from subcellular models of music to in vivo positive intropic action
  • 3: J.C. Kentish and S. Palmer: The influence of pH phosphate, and ionic strength of contraction in skinned cardiac muscle
  • 4: C.H. Orchard, D.G. Allen, M.R. Boyett, A.C. Elliott, and M.S. Kirby: The effects of acidosis on intact cardiac muscle
  • 5: Natural calcium-sensitizing compounds of the heart
  • 6: S.C. O'Neill, P. Donoso, C. Lamont, and D.A. Eisner: The effects of caffeine on cardiac muscle
  • 7: R.J. Solaro: Modulation of activation of cardiac myofilaments by beta-adrenergic agonists
  • 8: I. Morano: Myosin light chain phosphorylation and myosin isoenzyme expression regulate cardiac calcium sensitivity by modulation of cross-bridge cycling kinetics
  • 9: B. Brenner: Changes in calcium sensitivity at the cross-bridge level
  • 10: J. Gulati, A. Babu, R. Cheng, and H. Su: The genetic engineering and physiology of troponin C: molecular aspects of the modulation of cardiac calcium sensitivity
  • 11: J.R. Blinks: Analysis of the effects of drugs on myofibrillar Ca2+ sensitivity in intact cardiac muscle
  • 12: D.G. Allen, J.A. Lee, and A.C. Elliott: Effects of anoxia and ischaemia on cardiac muscle
  • 13: E. Marban: Changes in myofibrillar calcium responsiveness in the post-ischaemic heart (stunned myocardium)
  • 14: N.R. Alpert, G. Hasenfuss, C. Holubarsch, and L.A. Mulieri: Energetic aspects of altering myocardial sensitivity to calcium
  • 15: C. Holubarsch and G. Hasenfuss: Clinical experience with calcium sensitizers in congestive heart failure
  • 16: J.A. Lee and D.G. Allen: Future directions
  • Index

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