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J.M. Greve, A.S. Les, B.T. Tang, M.T. Draney Blomme, N.M. Wilson, R.L. Dalman, N.J. Pelc and C.A. Taylor, Allometric scaling of wall shear stress from mice to humans: quantification using cine phase-contrast MRI and computational fluid dynamics, Am J Physiol Heart Circ Physiol 291 (2006), H1700-H1708.

has been cited by the following article:

• TITLE: Red Blood Cell Mechanical Stability

  AUTHORS: Oguz K. Baskurt

  KEYWORDS: Artificial Organs; Blood Damage; Subhemolytic Damage; Ektacytometry

  JOURNAL NAME: Engineering, Vol.4 No.10B, January 16, 2013

  ABSTRACT: It has been well documented that shear forces effective above a certain magnitude under flow conditions causes damage in blood cells. This damage ranges from slight morphological alteration to the destruction of red blood cells (RBC). The hemolytic trauma to RBC can easily be detected by measuring free hemoglobin level in plasma, however there are no standardized protocols to quantitate subhemolytic trauma. Ektacytometry has been used to study the alterations in RBC mechanical properties induced by the application of shear stress at various levels. Additionally, a protocol for measuring the hemolytic threshold as an indicator of subhemolytic damage to RBC has been developed based on ektacytometry. These standardized protocols may find applications in the pre-clinical and clinical evaluation of artificial organs and biomedical devices contacting with blood.