Author Index Volume 62 (2016)

Abdo, I., see Cerny, V. 123–128

Abegunewardene, N., K.-F. Kreitner, K. Oberholzer, M. Vosseler, K.-H. Schmidt, E. Wimmer, A. Elsäßer, T. Gori, C. Düber, T. Münzel and G. Horstick, Serial assessments of microvascular obstruction by contrast-enhanced magnetic resonance predict contractile recovery and clinical outcome after reperfused acute myocardial infarction 345–357

Ah Kim, K., see Seo, H.S. 151–163

An, S.S.A., see Seo, H.S. 151–163

Aoki, T., see Yagi, H. 139–150

Apfelbeck, H., see Pfister, K. 249–260

Araki, O., see Yagi, H. 139–150

Aschwanden, M., see Partovi, S. 35–44

Atac, N., see Sinan, M. 79–88

Bai, Y.Q., see Zhou, H.M. 193–203

Ballas, S.K., see Mozar, A. 327–333

Basaran-Kucukgergin, C., see Sinan, M. 79–88

Baskurt, O.K., see Sinan, M. 79–88

Beltan, E., see Mozar, A. 327–333

Bertrand, Y., see Renoux, C. 173–179

Bilecen, D., see Partovi, S. 35–44

Billaud, M., see Mozar, A. 327–333

Bruce, M.F., see Trottmann, M. 273–281

Bruno, C., see Grembiale, R.D. 71–78

Buchner, A., see Trottmann, M. 273–281

Caimi, G., R. Lo Presti, B. Canino, E. Ferrera and E. Hopps, Behaviour of the neutrophil to lymphocyte ratio in young subjects with acute myocardial infarction 239–247

Caimi, G., see Hopps, E. 27–34

Calabria, M., see Grembiale, R.D. 71–78

Calandrino, V., see Hopps, E. 27–34

Canino, B., see Caimi, G. 239–247

Canino, B., see Hopps, E. 27–34

Cannas, G., see Renoux, C. 173–179

Cao, M., see Hu, F. 1–11

Cao, Z.-G., see Li, X.-S. 291–298

Caraiani, C., see Chiorean, L. 299–326

Carallo, C., see Tripolino, C. 55–62

Carallo, C., see Tripolino, C. 63–69

Cerny, V., I. Abdo, R.B. George, L. Maddison, N. Sharawi and C. Lehmann, Analysis of microcirculation measurements by novice users trained by a standardized interactive tutorial: An inter-observer variability study 123–128

Charlot, K., see Mozar, A. 327–333

Chen, Y., see Cui, H. 89–97

Cheng, B., see Pan, L. 181–191

Cheng, S.-J., see Li, X.-S. 291–298

Cheng, Y., F. Zhang, J. Zhu, T. Wang, M. Wei, D. Guo, L. Mo, C. Zhu and X. Wang, Influence of blood pressure variability on the life of arteriovenous fistulae in maintenance hemodialysis patients 129–137

Chiorean, L., C. Caraiani, M. Radziņa, M. Jedrzejczyk, D. Schreiber-Dietrich and C.F. Dietrich, Vascular phases in imaging and their role in focal liver lesions assessment 299–326

Cho, C.H., see Seo, H.S. 151–163

Choi, S.H., see Seo, H.S. 151–163

Chung, J.H., see Kim, H.J. 13–17

Clevert, D.A., see Trottmann, M. 273–281

Connes, P., see Mozar, A. 327–333

Connes, P., see Renoux, C. 173–179

Csorba, R., see von Tempelhoff, G.-F. 45–54

Cui, H., Y. Chen, W. Zhong, H. Yu, Z. Li, Y. He, W. Yu and L. Jin, The asymmetric facial skin perfusion distribution of Bell’s palsy discovered by laser speckle imaging technology 89–97

Cuzzubbo, D., see Renoux, C. 173–179

D’Anastasi, M., see Trottmann, M. 273–281

De Franceschi, M.S., see Tripolino, C. 55–62

De Franceschi, M.S., see Tripolino, C. 63–69

Demirhan, A., see von Tempelhoff, G.-F. 45–54

Dietrich, C.F., see Chiorean, L. 299–326

Dolderer, J., see Geis, S. 205–214

Dong, Y., W.-P. Wang, P. Lin, P. Fan and F. Mao, Assessment of renal perfusion with contrast-enhanced ultrasound: Preliminary results in early diabetic nephropathies 229–238

Düber, C., see Abegunewardene, N. 345–357

Elsäßer, A., see Abegunewardene, N. 345–357

Ertan, N.Z., see Sinan, M. 79–88

Faes, C., see Renoux, C. 173–179

Fan, P., see Dong, Y. 229–238

Feng, J.K., see Zhou, H.M. 193–203

Ferrera, E., see Caimi, G. 239–247

Gareau, D., see Perry, M. 19–26

Garnier, N., see Renoux, C. 173–179

Gaynes, B., see Kord Valeshabad, A. 359–367

Ge, G., see Hu, F. 1–11

Geis, S., L. Prantl, M. Schoeneich, P. Lamby, S. Klein, J. Dolderer, S. Mueller and E.M. Jung, Contrast enhanced ultrasound (CEUS) – an unique monitoring technique to assess microvascularization after buried flap transplantation 205–214

George, R.B., see Cerny, V. 123–128

Glassberg, J., see Perry, M. 19–26

Gnasso, A., see Tripolino, C. 55–62

Gnasso, A., see Tripolino, C. 63–69

Gong, K., see Hu, F. 1–11

Gori, T., see Abegunewardene, N. 345–357

Grembiale, R.D., C. Bruno, C. Tripolino, F. Ursini, M. Calabria, S. Naty, M. Gutierrez and S. Mazzuca, Correlation between elastosonography and nailfold microvascular alterations in systemic sclerosis patients 71–78

Guo, D., see Cheng, Y. 129–137

Gutierrez, M., see Grembiale, R.D. 71–78

Han, M., see Seo, H.S. 151–163

Hardeman, M., see Renoux, C. 173–179

Hardy-Dessources, M.-D., see Mozar, A. 327–333

He, Y., see Cui, H. 89–97

Hennersperger, C., see Pfister, K. 249–260

Heo, Y.-J., see Kim, J. 99–107

Hopps, E., B. Canino, M. Montana, V. Calandrino, C. Urso, R. Lo Presti and G. Caimi, Gelatinases and their tissue inhibitors in a group of subjects with obstructive sleep apnea syndrome 27–34

Hopps, E., see Caimi, G. 239–247

Horstick, G., see Abegunewardene, N. 345–357

Hu, F., Y. Wang, K. Gong, G. Ge, M. Cao, P. Zhao, X. Sun and Z. Zhang, Protective effects of drag-reducing polymers on ischemic reperfusion injury of isolated rat heart 1–11

Hutchings, S., S. Watts and E. Kirkman, The Cytocam video microscope. A new method for visualising the microcirculation using Incident Dark Field technology 261–271

Irace, C., see Tripolino, C. 55–62

Irace, C., see Tripolino, C. 63–69

Jedrzejczyk, M., see Chiorean, L. 299–326

Jin, L., see Cui, H. 89–97

Joly, P., see Renoux, C. 173–179

Jung, E.M., see Geis, S. 205–214

Jung, E.M., see Pfister, K. 249–260

Jung, E.M., see Wiesinger, I. 283–290

Kabiesz, A., see Rokicki, W. 369–378

Kaspar, M., see Partovi, S. 35–44

Kasprzak, P.M., see Pfister, K. 249–260

Kebaili, K., see Renoux, C. 173–179

Kim, H.J., S.M. Yoo, J.H. Chung, T.S. Kim, S.H. Lee and H.S. Son, Evaluation of fluid warmer safety using hemorheologic analysis with outdated human blood 13–17

Kim, J., Y.-J. Heo and S. Shin, Haemocompatibility evaluation of silica nanomaterials using hemorheological measurements 99–107

Kim, J.-H., H. Lee, B.-k. Lee and S. Shin, Influence of shear stress on erythrocyte aggregation 165–171

Kim, T.S., see Kim, H.J. 13–17

Kimura, T., see Yagi, H. 139–150

Kirkman, E., see Hutchings, S. 261–271

Kiss, F., E. Toth, K. Miszti-Blasius and N. Nemeth, The effect of centrifugation at various g force levels on rheological properties of rat, dog, pig and human red blood cells 215–227

Klein, S., see Geis, S. 205–214

Kord Valeshabad, A., J. Wanek, B. Gaynes, S.L. Saraf, R. Molokie and M. Shahidi, Conjunctival microvascular hemodynamics following vaso-occlusive crisis in sickle cell disease 359–367

Kreitner, K.-F., see Abegunewardene, N. 345–357

Lamby, P., see Geis, S. 205–214

Lee, B.-k., see Kim, J.-H. 165–171

Lee, H., see Kim, J.-H. 165–171

Lee, S.H., see Kim, H.J. 13–17

Lehmann, C., see Cerny, V. 123–128

Lemonne, N., see Mozar, A. 327–333

Levine, M., see Renoux, C. 173–179

Li, X.-S., S.-J. Cheng, Z.-G. Cao, Y. Li and R.-T. Wang, Elevated whole blood viscosity in patients with lumbar disc herniation 291–298

Li, Y., see Li, X.-S. 291–298

Li, Y., see Yu, X.-Y. 335–343

Li, Z., see Cui, H. 89–97

Lim, C.S., see Seo, H.S. 151–163

Lin, P., see Dong, Y. 229–238

Liu, H., see Pan, L. 181–191

Liu, T., see Yu, X.-Y. 335–343

Lo Presti, R., see Caimi, G. 239–247

Lo Presti, R., see Hopps, E. 27–34

Maddison, L., see Cerny, V. 123–128

Majewski, W., see Rokicki, W. 369–378

Mao, F., see Dong, Y. 229–238

Marcon, J., see Trottmann, M. 273–281

Martin, C., see Renoux, C. 173–179

Mazzuca, S., see Grembiale, R.D. 71–78

Mirasoglu, B., see Sinan, M. 79–88

Miszti-Blasius, K., see Kiss, F. 215–227

Mo, L., see Cheng, Y. 129–137

Molokie, R., see Kord Valeshabad, A. 359–367

Montana, M., see Hopps, E. 27–34

Mozar, A., K. Charlot, B. Sandor, M. Rabaï, N. Lemonne, M. Billaud, M.-D. Hardy-Dessources, E. Beltan, R.C. Pandey, P. Connes and S.K. Ballas, Pfaffia paniculata extract improves red blood cell deformability in sickle cell patients 327–333

Mueller, S., see Geis, S. 205–214

Münzel, T., see Abegunewardene, N. 345–357

Murakami, M., see Yagi, H. 139–150

Nara, M., see Yagi, H. 139–150

Naty, S., see Grembiale, R.D. 71–78

Nemeth, N., see Kiss, F. 215–227

Nobari, M.R.H., see Shariatkhah, A. 109–121

Norouzi, M., see Shariatkhah, A. 109–121

Oberholzer, K., see Abegunewardene, N. 345–357

Ogiwara, T., see Yagi, H. 139–150

Pan, L., J. Tang, H. Liu and B. Cheng, Sympathetic nerves: How do they affect angiogenesis, particularly during wound healing of soft tissues? 181–191

Pandey, R.C., see Mozar, A. 327–333

Parrow, N., see Renoux, C. 173–179

Partovi, S., M. Kaspar, M. Aschwanden, M.R. Robbin, D. Bilecen, U.A. Walker and D. Staub, Quantitative dynamic contrast-enhanced ultrasound for the functional evaluation of the skeletal muscle microcirculation in systemic sclerosis 35–44

Perry, M., J. Simon, D. Gareau and J. Glassberg, Bayesian analyses demonstrate tissue blood volume is not decreased during acute sickle cell pain episodes: A preliminary study 19–26

Pfister, K., W. Schierling, E.M. Jung, H. Apfelbeck, C. Hennersperger and P.M. Kasprzak, Standardized 2D ultrasound versus 3D/4D ultrasound and image fusion for measurement of aortic aneurysm diameter in follow-up after EVAR 249–260

Pojda-Wilczek, D., see Rokicki, W. 369–378

Prantl, L., see Geis, S. 205–214

Rabaï, M., see Mozar, A. 327–333

Radziņa, M., see Chiorean, L. 299–326

Rath, W., see von Tempelhoff, G.-F. 45–54

Reiser, M.F., see Trottmann, M. 273–281

Renoux, C., N. Parrow, C. Faes, P. Joly, M. Hardeman, J. Tisdale, M. Levine, N. Garnier, Y. Bertrand, K. Kebaili, D. Cuzzubbo, G. Cannas, C. Martin and P. Connes, Importance of methodological standardization for the ektacytometric measures of red blood cell deformability in sickle cell anemia 173–179

Robbin, M.R., see Partovi, S. 35–44

Rokicki, W., J. Zalejska-Fiolka, D. Pojda-Wilczek, A. Kabiesz and W. Majewski, Oxidative stress in the red blood cells of patients with primary open-angle glaucoma 369–378

Sandor, B., see Mozar, A. 327–333

Saraf, S.L., see Kord Valeshabad, A. 359–367

Scavelli, F., see Tripolino, C. 55–62

Scavelli, F.B., see Tripolino, C. 63–69

Schelkunov, O., see von Tempelhoff, G.-F. 45–54

Schierling, W., see Pfister, K. 249–260

Schmidt, K.-H., see Abegunewardene, N. 345–357

Schoeneich, M., see Geis, S. 205–214

Schreiber-Dietrich, D., see Chiorean, L. 299–326

Schreml, S., see Wiesinger, I. 283–290

Seo, H.S., S.H. Choi, M. Han, K. Ah Kim, C.H. Cho, S.S.A. An, C.S. Lim and S. Shin, Measurement of platelet aggregation functions using whole blood migration ratio in a microfluidic chip 151–163

Shahidi, M., see Kord Valeshabad, A. 359–367

Shao, H.B., see Zhou, H.M. 193–203

Sharawi, N., see Cerny, V. 123–128

Shariatkhah, A., M. Norouzi and M.R.H. Nobari, Numerical simulation of blood flow through a capillary using a non-linear viscoelastic model 109–121

Shin, S., see Kim, J. 99–107

Shin, S., see Seo, H.S. 151–163

Shin, S., see Kim, J.-H. 165–171

Simon, J., see Perry, M. 19–26

Sinan, M., N.Z. Ertan, B. Mirasoglu, O. Yalcin, N. Atac, A.S. Toklu, C. Basaran-Kucukgergin and O.K. Baskurt, Acute and long-term effects of hyperbaric oxygen therapy on hemorheological parameters in patients with various disorders 79–88

Son, H.S., see Kim, H.J. 13–17

Staub, D., see Partovi, S. 35–44

Stief, C.G., see Trottmann, M. 273–281

Stroszczynski, C., see Wiesinger, I. 283–290

Sumino, H., see Yagi, H. 139–150

Sun, X., see Hu, F. 1–11

Tang, J., see Pan, L. 181–191

Tisdale, J., see Renoux, C. 173–179

Toklu, A.S., see Sinan, M. 79–88

Toth, E., see Kiss, F. 215–227

Tripolino, C., C. Irace, C. Carallo, M.S. De Franceschi, F. Scavelli, E.D. Valle and A. Gnasso, Association between blood viscosity and common carotid artery elasticity 55–62

Tripolino, C., C. Irace, C. Carallo, M.S. De Franceschi, F.B. Scavelli and A. Gnasso, Red blood cell distribution width predicts two-hours plasma glucose levels during OGTT 63–69

Tripolino, C., see Grembiale, R.D. 71–78

Trottmann, M., J. Marcon, M. D’Anastasi, M.F. Bruce, C.G. Stief, M.F. Reiser, A. Buchner and D.A. Clevert, Shear-wave elastography of the testis in the healthy man – determination of standard values 273–281

Tsikouras, P., see von Tempelhoff, G.-F. 45–54

Tsunekawa, K., see Yagi, H. 139–150

Ursini, F., see Grembiale, R.D. 71–78

Urso, C., see Hopps, E. 27–34

Valle, E.D., see Tripolino, C. 55–62

Velten, E., see von Tempelhoff, G.-F. 45–54

von Tempelhoff, G.-F., O. Schelkunov, A. Demirhan, P. Tsikouras, W. Rath, E. Velten and R. Csorba, Correlation between blood rheological properties and red blood cell indices (MCH, MCV, MCHC) in healthy women 45–54

Vosseler, M., see Abegunewardene, N. 345–357

Walker, U.A., see Partovi, S. 35–44

Wanek, J., see Kord Valeshabad, A. 359–367

Wang, C.J., see Zhou, H.M. 193–203

Wang, L., see Zhou, H.M. 193–203

Wang, R.-T., see Li, X.-S. 291–298

Wang, R.-T., see Yu, X.-Y. 335–343

Wang, T., see Cheng, Y. 129–137

Wang, W.-P., see Dong, Y. 229–238

Wang, X., see Cheng, Y. 129–137

Wang, Y., see Hu, F. 1–11

Watts, S., see Hutchings, S. 261–271

Wei, M., see Cheng, Y. 129–137

Wiesinger, I., S. Schreml, W.A. Wohlgemuth, C. Stroszczynski and E.M. Jung, Perfusion quantification of vascular malformations using contrast-enhanced ultrasound (CEUS) with time intensity curve analysis before and after treatment: First results 283–290

Wimmer, E., see Abegunewardene, N. 345–357

Wohlgemuth, W.A., see Wiesinger, I. 283–290

Xie, B., see Zhou, H.M. 193–203

Xu, S.J., see Zhou, H.M. 193–203

Yagi, H., H. Sumino, T. Aoki, K. Tsunekawa, O. Araki, T. Kimura, M. Nara, T. Ogiwara and M. Murakami, Impaired blood rheology is associated with endothelial dysfunction in patients with coronary risk factors 139–150

Yalcin, O., see Sinan, M. 79–88

Yoo, S.M., see Kim, H.J. 13–17

Yu, H., see Cui, H. 89–97

Yu, W., see Cui, H. 89–97

Yu, X.-Y., Y. Li, T. Liu and R.-T. Wang, Association of whole blood viscosity with non-alcoholic fatty liver disease 335–343

Zalejska-Fiolka, J., see Rokicki, W. 369–378

Zhang, F., see Cheng, Y. 129–137

Zhang, Q.F., see Zhou, H.M. 193–203

Zhang, Z., see Hu, F. 1–11

Zhao, P., see Hu, F. 1–11

Zhong, W., see Cui, H. 89–97

Zhou, H.M., S.J. Xu, L. Wang, H.B. Shao, B. Xie, J.K. Feng, C.J. Wang, Y.Q. Bai and Q.F. Zhang, Influences of high-voltage electrical burns on the pulmonary microcirculation in rabbits 193–203

Zhu, C., see Cheng, Y. 129–137

Zhu, J., see Cheng, Y. 129–137