BENDING RESISTANCE AND CHEMICALLY-INDUCED MOMENTS IN MEMBRANE BILAYERS

[1] BESSIS M, 1972, LIVING BLOOD CELLS T, P146

[2] MEMBRANE STRUCTURE - SOME GENERAL PRINCIPLES [J]. SCIENCE, 1973, 181 (4100) : 622 - 629

[3] MINIMUM ENERGY OF BENDING AS A POSSIBLE EXPLANATION OF BICONCAVE SHAPE OF HUMAN RED BLOOD CELL [J]. JOURNAL OF THEORETICAL BIOLOGY, 1970, 26 (01) : 61 - &

[4] NEW MEMBRANE CONCEPT APPLIED TO ANALYSIS OF FLUID SHEAR-DEFORMED AND MICROPIPET-DEFORMED RED BLOOD-CELLS [J]. BIOPHYSICAL JOURNAL, 1973, 13 (09) : 941 - 954

[5] NEW MATERIAL CONCEPT FOR RED-CELL MEMBRANE [J]. BIOPHYSICAL JOURNAL, 1973, 13 (09) : 926 - 940

[6] EVANS EH, IN PRESS

[7] FLUGGE W, 1966, STRESSES IN SHELLS, P317

[8] FUNG YC, 1966, FED PROC, V25, P1761

[9] HAMBURGER HJ, 1895, PFLUEGERS ARCH GESAN, V141, P230

[10] UNIAXIAL LOADING OF RED-CELL MEMBRANE [J]. JOURNAL OF BIOMECHANICS, 1972, 5 (05) : 501 - &

[1] BESSIS M, 1972, LIVING BLOOD CELLS T, P146

[2] MEMBRANE STRUCTURE - SOME GENERAL PRINCIPLES [J]. SCIENCE, 1973, 181 (4100) : 622 - 629

[3] MINIMUM ENERGY OF BENDING AS A POSSIBLE EXPLANATION OF BICONCAVE SHAPE OF HUMAN RED BLOOD CELL [J]. JOURNAL OF THEORETICAL BIOLOGY, 1970, 26 (01) : 61 - &

[4] NEW MEMBRANE CONCEPT APPLIED TO ANALYSIS OF FLUID SHEAR-DEFORMED AND MICROPIPET-DEFORMED RED BLOOD-CELLS [J]. BIOPHYSICAL JOURNAL, 1973, 13 (09) : 941 - 954

[5] NEW MATERIAL CONCEPT FOR RED-CELL MEMBRANE [J]. BIOPHYSICAL JOURNAL, 1973, 13 (09) : 926 - 940

[6] EVANS EH, IN PRESS

[7] FLUGGE W, 1966, STRESSES IN SHELLS, P317

[8] FUNG YC, 1966, FED PROC, V25, P1761

[9] HAMBURGER HJ, 1895, PFLUEGERS ARCH GESAN, V141, P230

[10] UNIAXIAL LOADING OF RED-CELL MEMBRANE [J]. JOURNAL OF BIOMECHANICS, 1972, 5 (05) : 501 - &