Author Index Volume 53 (2016)
Aliev, O.I., see Maslov, M.Y. (1) 23– 31
Aliev, O.I., see Plotnikov, M.B. (2) 93–107
Anfinogenova, Y., see Plotnikov, M.B. (2) 93–107
Anishchenko, A.M., see Maslov, M.Y. (1) 23– 31
Anishchenko, A.M., see Plotnikov, M.B. (2) 93–107
Braun, A., see Kokkinos, D. (1) 1– 11
Briesen, H., see Kokkinos, D. (1) 1– 11
Chatterjee, S., see Rajendran, S. (1) 33– 47
Chen, S., see Lin, H. (5,6) 193–207
Chen, X., see Lin, H. (5,6) 193–207
Chernos, M., see Madkhali, A. (3,4) 111–122
Chernos, M., see Madkhali, A. (3,4) 123–136
Connelly, K., P. Sharif-Kashani, M. Farajzadeh, J.-P. Hubschman and H.P. Kavehpour, Creep compliance rheology with a probe-like cylindrical geometry (5,6) 221–236
Curry, F.-R., see Morikis, V.A. (2) 109–109
Dakhil, H., see Kokkinos, D. (1) 1– 11
de Saint Vincent, M.R., Optical twisting to monitor the rheology of single cells (2) 69– 80
Fakhraei, S., see Madkhali, A. (3,4) 123–136
Farajzadeh, M., see Connelly, K. (5,6) 221–236
Gong, K., see Wang, Y. (1) 13– 22
Grecov, D., see Madkhali, A. (3,4) 111–122
Grecov, D., see Madkhali, A. (3,4) 123–136
Guo, Y., see Lin, H. (5,6) 193–207
Gupta, R., see Rajendran, S. (1) 33– 47
Hayashi, Y., see Uchimura, I. (5,6) 209–219
Heinrich, V., see Morikis, V.A. (2) 109–109
Hu, F., see Wang, Y. (1) 13– 22
Hubschman, J.-P., see Connelly, K. (5,6) 221–236
Jiang, Y., see Morikis, V.A. (2) 109–109
Kaibara, M., see Lee, J.-S. (2) 81– 92
Kaibara, M., see Uchimura, I. (5,6) 209–219
Kavehpour, H.P., see Connelly, K. (5,6) 221–236
Kokkinos, D., H. Dakhil, A. Wierschem, H. Briesen and A. Braun, Deformation and rupture of Dunaliella salina at high shear rates without the use of thickeners (1) 1– 11
Kwok, E., see Madkhali, A. (3,4) 111–122
Kwok, E., see Madkhali, A. (3,4) 123–136
Lampropoulos, K.M. and D.P. Sokolis, Large artery biomechanical, geometrical, and structural remodeling elicited by long-term propranolol administration in an animal model (3,4) 151–170
Lee, J.-S., M. Kaibara and E.A. O’Rear, Heterogeneous phase fibrinolysis rates by damped oscillation rheometry (2) 81– 92
Lin, H., Y. Shen, X. Chen, Y. Zhu, Y. Zheng, X. Zhang, Y. Guo, T. Wang and S. Chen, Viscoelastic properties of normal rat liver measured by ultrasound elastography: Comparison with oscillatory rheometry (5,6) 193–207
Madkhali, A., M. Chernos, S. Fakhraei, D. Grecov and E. Kwok, Osteoarthritic synovial fluid and correlations with protein concentration (3,4) 123–136
Madkhali, A., M. Chernos, D. Grecov and E. Kwok, Osteoarthritic synovial fluid rheology and correlations with protein concentration (3,4) 111–122
Martin-Alarcon, L. and T.A. Schmidt, Review Article. Rheological effects of macromolecular interactions in synovial fluid (2) 49– 67
Maslov, M.Y., T.M. Plotnikova, A.M. Anishchenko, O.I. Aliev, N.E. Nifantiev and M.B. Plotnikov, Hemorheological effects of secoisolariciresinol in ovariectomized rats (1) 23– 31
McNamee, A.P., G.D. Tansley, S. Sabapathy and M.J. Simmonds, Biphasic impairment of erythrocyte deformability in response to repeated, short duration exposures of supraphysiological, subhaemolytic shear stress (3,4) 137–149
Meiselman, H.J., see Simmonds, M.J. (5,6) 237–249
Morikis, V.A., C. Radecke, Y. Jiang, V. Heinrich, F.-R. Curry and S.I. Simon, Erratum. Atrial natriuretic peptide down-regulates neutrophil recruitment on inflamed endothelium by reducing cell deformability and resistance to detachment force (2) 109–109
Mu, X., see Wang, Y. (1) 13– 22
Nagasawa, M., see Uchimura, I. (5,6) 209–219
Nifantiev, N.E., see Maslov, M.Y. (1) 23– 31
Nosarev, A.V., see Plotnikov, M.B. (2) 93–107
O’Rear, E.A., see Lee, J.-S. (2) 81– 92
Plotnikov, M.B., O.I. Aliev, A.V. Nosarev, A.Y. Shamanaev, A.V. Sidekhmenova, Y. Anfinogenova, A.M. Anishchenko and E.V. Pushkina, Relationship between arterial blood pressure and blood viscosity in spontaneously hypertensive rats treated with pentoxifylline (2) 93–107
Plotnikov, M.B., see Maslov, M.Y. (1) 23– 31
Plotnikova, T.M., see Maslov, M.Y. (1) 23– 31
Pushkina, E.V., see Plotnikov, M.B. (2) 93–107
Radecke, C., see Morikis, V.A. (2) 109–109
Rajendran, K., see Rajendran, S. (1) 33– 47
Rajendran, S., L. Sundaresan, K. Rajendran, M. Selvaraj, R. Gupta and S. Chatterjee, The expression dynamics of mechanosensitive genes in extra-embryonic vasculature after heart starts to beat in chick embryo (1) 33– 47
Sabapathy, S., see McNamee, A.P. (3,4) 137–149
Schmid-Schönbein, G.W., Poiseuille Medal Award Lecture 2015. The autodigestion hypothesis: Proteolytic receptor cleavage in rheological and cardiovascular cell dysfunction (5,6) 179–191
Schmidt, T.A., see Martin-Alarcon, L. (2) 49– 67
Selvaraj, M., see Rajendran, S. (1) 33– 47
Shamanaev, A.Y., see Plotnikov, M.B. (2) 93–107
Sharif-Kashani, P., see Connelly, K. (5,6) 221–236
Shen, Y., see Lin, H. (5,6) 193–207
Sidekhmenova, A.V., see Plotnikov, M.B. (2) 93–107
Simmonds, M.J. and H.J. Meiselman, Prediction of the level and duration of shear stress exposure that induces subhemolytic damage to erythrocytes (5,6) 237–249
Simmonds, M.J., see McNamee, A.P. (3,4) 137–149
Simon, S.I., see Morikis, V.A. (2) 109–109
Sokolis, D.P., see Lampropoulos, K.M. (3,4) 151–170
Sun, X., see Wang, Y. (1) 13– 22
Sundaresan, L., see Rajendran, S. (1) 33– 47
Tansley, G.D., see McNamee, A.P. (3,4) 137–149
Uchimura, I., M. Kaibara, M. Nagasawa and Y. Hayashi, Effect of circulating tissue factor on hypercoagulability in type 2 diabetes mellitus studied by rheometry and dielectric blood coagulometry (5,6) 209–219
Ulker, P., The effect of acute and short term normobaric hyperoxia on hemorheologic parameters (3,4) 171–177
Wang, T., see Lin, H. (5,6) 193–207
Wang, Y., F. Hu, X. Mu, F. Wu, D. Yang, G. Zheng, X. Sun, K. Gong and Z. Zhang, Protective effects of drag-reducing polymers in a rat model of monocrotaline-induced pulmonary hypertension (1) 13– 22
Wierschem, A., see Kokkinos, D. (1) 1– 11
Wu, F., see Wang, Y. (1) 13– 22
Yang, D., see Wang, Y. (1) 13– 22
Zhang, X., see Lin, H. (5,6) 193–207
Zhang, Z., see Wang, Y. (1) 13– 22
Zheng, G., see Wang, Y. (1) 13– 22
Zheng, Y., see Lin, H. (5,6) 193–207
Zhu, Y., see Lin, H. (5,6) 193–207
