The structure and micromechanics of elastic tissue by Ellen M. Green, Jessica C. Mansfield, James S. Bell, and C. Peter Winlove Interface Focus Volume 4(2): April 6, 2014 ©2014 by The Royal Society
Elastin fibres in connective tissues as revealed in fresh, unstained tissue by two-photon fluorescence (green). Ellen M. Green et al. Interface Focus 2014;4: ©2014 by The Royal Society
Scanning electron micrograph of the elastin structure of ligamentum nuchae elastin (by kind permission of Prof. Ellen M. Green et al. Interface Focus 2014;4: ©2014 by The Royal Society
False-colour images of a viable human subcutaneous small resistance artery at neutral luminal pressure (a) and 30 mm Hg (b). Ellen M. Green et al. Interface Focus 2014;4: ©2014 by The Royal Society
TPF images of equine articular cartilage at (a) 0%, (b) 4% and (c) 8% applied tensile strain. Ellen M. Green et al. Interface Focus 2014;4: ©2014 by The Royal Society
Thermoelasticity of nuchal elastin fibres from bovine nuchal ligament. Ellen M. Green et al. Interface Focus 2014;4: ©2014 by The Royal Society
Stress–strain behaviour of lamprey cartilage (branchial, pericardial, annular and piston) proteins prepared by cyanogen bromide extraction. Ellen M. Green et al. Interface Focus 2014;4: ©2014 by The Royal Society