Publications, Heart Circulation Muscle

1) Tensions and stresses of ellipsoidal chambers; Annals of Biomedical Engineering; 24: 400-417, 1996; DM Regen

2) Mechanical characteristics of tachycardia-induced left-ventricular failure as evaluated in isolated dog hearts; Heart Vessels; 10: 12-23, 1995; Z Wang, WD Denney, LK Taylor, DM Regen, DE Hansen

3) Characteristics of left-ventricular isovolumic pressure waves in isolated dog hearts; Heart Vessels; 9: 155-166, 1994; DM Regen, PK Denton, WC Howe, LK Taylor, DE Hansen

4) Myocardial physics; News in physiological sciences; 8: 238, 1993; DM Regen

5) Characterization of myocardial stress-length relations; J Theor Biol; 164: 245-259, 1993; DM Regen

6) Characteristics of single isovolumic left-ventricular pressure waves of dog hearts in situ; Heart Vessels; 8: 136-148, 1993; DM Regen, WC Howe, JT Peterson, WC Little

7) Segmental calculation of left ventricular wall stresses; Am J Physiol; 264: H1411-H1421, 1993; DM Regen, P Anversa, J Capasso

8) Myocardial plasticity and heart-chamber stability; Perspectives in Biology and Medicine; 34, 2: 162-180, Winter1991; DM Regen

9) Calculation of left-ventricular wall stress; Circulation Research; 67: 245-252, 1990; DM Regen

10) Estimation of left-ventricular systolic performance and its determinants in man from pressure and dimensions of one beat: Effects of aortic valve stenosis and replacement: Heart Vessels; 6: 31-47, 1990; DM Regen, H Nonogi, OM Hess

11) Evaluation of systolic effectiveness and its determinants: pressure/midwall-volume relations; Am J Physiol (Heart Circ Physiol 26) ; 257: H2070-H2080, 1989; DM Regen

12) Effects of chamber shape and fiber orientation on relations between fiber dynamics and chamber dynamics; Annals of Biomedical Engineering; 16: 589-607, 1988; DM Regen

13) Relation between hydrodynamics and mechanical properties of a sphere; Annals of Biomedical Engineering; 16: 5 73-588, 1988; DM Regen

14) Independent determinants of systolic effectiveness: growth ability, contractility and mobility; J theor Biol; 132: 61-81, 1988; DM Regen

15) Left-ventricular cavity dimensions in children with normal and dilated hearts; Pediatr Cardiol; 9: 17-24, 1988; DM Regen, TP Graham, RKH Wyse, J Deanfield, RCG Franklin

16) Evaluation of myocardial properties from image/pressure data: chronic conditions; J theor Biol; 120: 31-61, 1986; DM Regen, CR Maurer Jr

17) Dependence of heart chamber dimensions and dynamics on chamber demands and myocardial properties; J theor Biol; 120; 1-29, 1986; CR Maurer Jr, DM Regen

18) Myocardial stress equations: fiberstresses of the prolate spheroid; J theor Biol 109: 191-215, 1984; DM Regen

19) The dependence of chamber dynamics on chamber dimensions; J theor Biol 105; 6 79-705, 1983; DM Regen, CR Maurer Jr