Abstract
Aderhold, N., see Rohm, I. 257–265
Alkan, F.A., see Ergun, D.D. 313–324
An, X., H. Zhang, Y. Sun and X. Ma, The microcirculatory failure could not weaken the increase of systematic oxygen extraction rate in septic shock: An observational study in canine models 267–279
Andreas, E., see Pistulli, R. 153–162
Arató, E., see Jancsó, G. 217–234
Arato, E., see Kenyeres, P. 235–243
Arbel, Y., see Perl, M.L. 35–43
Aslan, M., see Cengiz, M. 57–67
Baertschi, M., P. Dayhaw-Barker and J. Flammer, The effect of hypoxia on intra-ocular, mean arterial, retinal venous and ocular perfusion pressures 293–303
Baertschi, M., see Neumann, T. 281–292
Balabani, S., see Kaliviotis, E. 123–148
Ballas, S.K. and P. Connes, The paradox of the serrated sickle erythrocyte: The importance of the red blood cell membrane topography 149–152
Banai, S., see Perl, M.L. 35–43
Barros, M.A., see Lima, C. 423–437
Basralı, F., see Cengiz, M. 57–67
Bauknecht, E., see Kuss, N. 3–14
Bialczak, J.K., see Sloop, G.D. 349–359
Bischof, S., see Brinkmann, C. 173–184
Bizjak, D.A., see Brinkmann, C. 173–184
Bloch, W., see Brinkmann, C. 173–184
Bloch, W., see Grau, M. 185–197
Bloch, W., see Grau, M. 199–215
Brenig, J., see Grau, M. 199–215
Brinkmann, C., D.A. Bizjak, S. Bischof, J. Latsch, K. Brixius, W. Bloch and M. Grau, Endurance training alters enzymatic and rheological properties of red blood cells (RBC) in type 2 diabetic men during in vivo RBC aging 173–184
Brixius, K., see Brinkmann, C. 173–184
Brückmann, A., see Neumann, T. 281–292
Caimi, G., R. Lo Presti, M. Montana, C. Urso, B. Canino and E. Hopps, Lipid peroxidation and nitric oxide metabolites in a group of subjects with obstructive sleep apnea syndrome 163–168
Cakmak, G., see Ergun, D.D. 313–324
Canino, B., see Caimi, G. 163–168
Cengiz, M., P. Ülker, M. Üyüklü, N. Yaraş, N. Özen, M. Aslan, D. Özyurt and F. Basralı, Effect of magnesium supplementation on blood rheology in NOS inhibition-induced hypertension model 57–67
Chen, Q., L. Lang, B. Xiao, H. Lin, A. Yang, H. Li, S. Tang and H. Huang, HTR1B gene variants associate with the susceptibility of Raynauds’ phenomenon in workers exposed hand-arm vibration 335–347
Cho, J.R., C.Y. Lee, J. Lee, H.-H. Seo, E. Choi, N. Chung, S.-M. Kim, K.-C. Hwang and S. Lee, MicroRNA-761 inhibits Angiotensin II-induced vascular smooth muscle cell proliferation and migration by targeting mammalian target of rapamycin 45–56
Choi, E., see Cho, J.R. 45–56
Chung, N., see Cho, J.R. 45–56
Clevert, D.A., see Reimann, R. 77–87
Clevert, D.A., see Rübenthaler, J. 89–97
Clevert, D.A., see Zimmermann, H. 99–111
Connes, P., see Ballas, S.K. 149–152
Cui, D., see Li, H. 411–421
Dai, L., see Li, H. 411–421
Dayhaw-Barker, P., see Baertschi, M. 293–303
de Carvalho, M., see Lima, C. 423–437
Drinda, S., see Neumann, T. 281–292
Dusting, J., see Kaliviotis, E. 123–148
Elbaz, M., see Perl, M.L. 35–43
Ercan, M., see Ergun, D.D. 313–324
Ergun, D.D., D. Karis, F.A. Alkan, G. Cakmak, M. Yenigun and M. Ercan, Effects of cigarette smoking on hemorheologic parameters, plasma osmolality and lung function 313–324
Fazekas, G., see Jancsó, G. 217–234
Felbinger, C., see Kuss, N. 3–14
Feng, J., see Liu, C. 399–410
Figulla, H.-R., see Pistulli, R. 153–162
Figulla, H.R., see Rohm, I. 257–265
Finkelstein, A., see Perl, M.L. 35–43
Flammer, J., see Baertschi, M. 293–303
Franz, M., see Neumann, T. 281–292
Franz, M., see Rohm, I. 257–265
Freitas, T., see Lima, C. 423–437
Gasz, B., see Jancsó, G. 217–234
Gecks, T., see Rohm, I. 257–265
Gehm, J., see Kuss, N. 3–14
Gehm, L., see Kuss, N. 3–14
Goebel, B., see Grau, M. 199–215
Goebel, B., see Rohm, I. 257–265
Grau, M., A. Kollikowski and W. Bloch, Remote ischemia preconditioning increases red blood cell deformability through red blood cell-nitric oxide synthase activation 185–197
Grau, M., A. Lauten, S. Hoeppener, B. Goebel, J. Brenig, C. Jung, W. Bloch and F. Suhr, Regulation of red blood cell deformability is independent of red blood cell-nitric oxide synthase under hypoxia 199–215
Grau, M., see Brinkmann, C. 173–184
Halkin, A., see Perl, M.L. 35–43
Han, D., see Li, H. 411–421
Han, D., see Liu, C. 399–410
Hardi, P., see Jancsó, G. 217–234
Havakuk, O., see Perl, M.L. 35–43
Helck, A., see Zimmermann, H. 99–111
Herz, I., see Perl, M.L. 35–43
Hoeppener, S., see Grau, M. 199–215
Hopps, E., see Caimi, G. 163–168
Hristova, P., see Reimann, R. 77–87
Hristova, P., see Rübenthaler, J. 89–97
Hu, K., see Kang, J. 245–255
Huang, B.-J., see Xue, L.-Y. 361–371
Huang, H., see Chen, Q. 335–347
Hwang, K.-C., see Cho, J.R. 45–56
Jancsó, G., E. Arató, P. Hardi, T. Nagy, Ö. Pintér, G. Fazekas, B. Gasz, I. Takacs, G. Menyhei, L. Kollar and L. Sínay, Controlled reperfusion decreased reperfusion induced oxidative stress and evoked inflammatory response in experimental aortic-clamping animal model 217–234
Jancso, G., see Kenyeres, P. 235–243
Janke, M., see Wendl, C.M. 113–121
Jung, C., F. Jung and M. Kelm, The microcirculation in hypoxia: The center of the battlefield for oxygen 169–172
Jung, C., see Grau, M. 199–215
Jung, C., see Neumann, T. 281–292
Jung, C., see Pistulli, R. 153–162
Jung, C., see Rohm, I. 257–265
Jung, E.M., see Wendl, C.M. 113–121
Jung, F., see Jung, C. 169–172
Jung, W., see Wendl, C.M. 113–121
Kaliviotis, E., J. Dusting, J.M. Sherwood and S. Balabani, Quantifying local characteristics of velocity, aggregation and hematocrit of human erythrocytes in a microchannel flow 123–148
Kang, J., Y. Li, K. Hu, W. Lu, X. Zhou, S. Yu and L. Xu, Chronic intermittent hypoxia versus continuous hypoxia: Same effects on hemorheology? 245–255
Karis, D., see Ergun, D.D. 313–324
Kelm, M., see Jung, C. 169–172
Kenyeres, P., L. Sinay, G. Jancso, M. Rabai, A. Toth, K. Toth and E. Arato, Controlled reperfusion reduces hemorheological alterations in a porcine infrarenal aortic-clamping ischemia-reperfusion model 235–243
Keren, G., see Perl, M.L. 35–43
Kim, S.-M., see Cho, J.R. 45–56
Kim, Y.H., see Myung, J. 305–312
Kiss, F., see Nemeth, N. 381–398
Kollar, L., see Jancsó, G. 217–234
Kollikowski, A., see Grau, M. 185–197
Koutsiaris, A.G., Wall shear stress in the human eye microcirculation in vivo, segmental heterogeneity and performance of in vitro cerebrovascular models 15–33
Kretzschmar, D., see Pistulli, R. 153–162
Kuehlmann, B. and L. Prantl, Breast implants and possible association with ALCL: A retrospective study including a histological analysis of 296 explanted breast tissues and current literature 439–449
Kuss, N., E. Bauknecht, C. Felbinger, J. Gehm, L. Gehm, J. Pöschl and P. Ruef, Determination of whole blood and plasma viscosity in term neonates by flow curve analysis with the LS300 viscometer 3–14
Lang, L., see Chen, Q. 335–347
Latsch, J., see Brinkmann, C. 173–184
Lauten, A., see Grau, M. 199–215
Leach, J.K., see Thummala, A.S. 373–379
Lee, C.-H., see Moon, H.-W. 451–460
Lee, C.Y., see Cho, J.R. 45–56
Lee, J., see Cho, J.R. 45–56
Lee, S., see Cho, J.R. 45–56
Li, C.-X., see Xue, L.-Y. 361–371
Li, D., see Liu, C. 399–410
Li, H., C. Yang, K. Lu, L. Zhang, J. Yang, F. Wang, D. Liu, D. Cui, M. Sun, J. Pang, L. Dai, D. Han and F. Liao, A long-distance fluid transport pathway within fibrous connective tissues in patients with ankle edema 411–421
Li, H., see Chen, Q. 335–347
Li, X., see Liu, C. 399–410
Li, Y., see Kang, J. 245–255
Li, Y., see Wu, Q. 325–334
Liao, F., see Li, H. 411–421
Liao, F., see Liu, C. 399–410
Lim, C.H., see Myung, J. 305–312
Lim, J., see Myung, J. 305–312
Lima, C., S. Pinto, P. Napoleão, A.C. Pronto-Laborinho, M.A. Barros, T. Freitas, M. de Carvalho and C. Saldanha, Identification of erythrocyte biomarkers in amyotrophic lateral sclerosis 423–437
Lin, H., see Chen, Q. 335–347
Liu, C., X. Li, J. Feng, F. Liao, D. Li and D. Han, Substrate stiffness modulates mRNA expression profiling in breast cancer cells 399–410
Liu, D., see Li, H. 411–421
Lo Presti, R., see Caimi, G. 163–168
Lu, K., see Li, H. 411–421
Lu, Q., see Xue, L.-Y. 361–371
Lu, W., see Kang, J. 245–255
Ma, X., see An, X. 267–279
Menyhei, G., see Jancsó, G. 217–234
Michalska-Małecka, K., D. Śpiewak, L. Słowińska-Łożyńska and J. Sierocka-Stępień, Influence of hemorheological factors on the development of retinal vein occlusion 69–76
Montana, M., see Caimi, G. 163–168
Moon, H.-W., S.-H. Shin, C.-H. Lee, H.-Y. Park, S. Sunoo and S.-S. Nam, Effects of various acute hypoxic conditions on the hemorheological response during exercise and recovery 451–460
Myung, J., S.J. Park, J. Lim, Y.H. Kim, S. Shin and C.H. Lim, Effects of lipopolysaccharide on changes in red blood cells in a mice endotoxemia model 305–312
Nagy, T., see Jancsó, G. 217–234
Nam, S.-S., see Moon, H.-W. 451–460
Napoleão, P., see Lima, C. 423–437
Nemeth, N., V. Sogor, F. Kiss and P. Ulker, Interspecies diversity of erythrocyte mechanical stability at various combinations in magnitude and duration of shear stress, and osmolality 381–398
Neumann, T., M. Baertschi, W. Vilser, S. Drinda, M. Franz, A. Brückmann, G. Wolf and C. Jung, Retinal vessel regulation at high altitudes 281–292
O’Rear, E.A., see Thummala, A.S. 373–379
Özen, N., see Cengiz, M. 57–67
Özyurt, D., see Cengiz, M. 57–67
Pang, J., see Li, H. 411–421
Park, H.-Y., see Moon, H.-W. 451–460
Park, S.J., see Myung, J. 305–312
Patterson, E., see Thummala, A.S. 373–379
Perl, M.L., O. Havakuk, A. Finkelstein, A. Halkin, M. Revivo, M. Elbaz, I. Herz, G. Keren, S. Banai and Y. Arbel, High red blood cell distribution width is associated with the metabolic syndrome 35–43
Pintér, Ö., see Jancsó, G. 217–234
Pinto, S., see Lima, C. 423–437
Pistulli, R., F. Quitter, E. Andreas, I. Rohm, D. Kretzschmar, H.-R. Figulla, A. Yilmaz and C. Jung, Intravital microscopy – A novel tool in characterizing congestive heart failure in experimental autoimmune myocarditis 153–162
Pistulli, R., see Rohm, I. 257–265
Pöschl, J., see Kuss, N. 3–14
Prantl, L., see Kuehlmann, B. 439–449
Pronto-Laborinho, A.C., see Lima, C. 423–437
Quitter, F., see Pistulli, R. 153–162
Rabai, M., see Kenyeres, P. 235–243
Ratka, J., see Rohm, I. 257–265
Reimann, R., J. Rübenthaler, P. Hristova, M. Staehler, M. Reiser and D.A. Clevert, Characterization of histological subtypes of clear cell renal cell carcinoma using contrast-enhanced ultrasound (CEUS) 77–87
Reimann, R., see Rübenthaler, J. 89–97
Reimann, R., see Zimmermann, H. 99–111
Reiser, M., see Reimann, R. 77–87
Reiser, M., see Rübenthaler, J. 89–97
Reiser, M., see Zimmermann, H. 99–111
Revivo, M., see Perl, M.L. 35–43
Rjosk-Dendorfer, D., see Zimmermann, H. 99–111
Rohm, I., N. Aderhold, J. Ratka, B. Goebel, M. Franz, R. Pistulli, T. Gecks, H.R. Figulla, A. Yilmaz and C. Jung, Hypobaric hypoxia in 3000 m altitude leads to a significant decrease in circulating plasmacytoid dendritic cells in humans 257–265
Rohm, I., see Pistulli, R. 153–162
Rübenthaler, J., R. Reimann, P. Hristova, M. Staehler, M. Reiser and D.A. Clevert, Parametric imaging of clear cell and papillary renal cell carcinoma using contrast-enhanced ultrasound (CEUS) 89–97
Rübenthaler, J., see Reimann, R. 77–87
Rübenthaler, J., see Zimmermann, H. 99–111
Ruef, P., see Kuss, N. 3–14
Śpiewak, D., see Michalska-Małecka, K. 69–76
Saldanha C., see Lima, C. 423–437
Seo, H.-H., see Cho, J.R. 45–56
Sherwood, J.M., see Kaliviotis, E. 123–148
Shin, S., see Myung, J. 305–312
Shin, S.-H., see Moon, H.-W. 451–460
Sierocka-Stępień, J., see Michalska-Małecka, K. 69–76
Sínay, L., see Jancsó, G. 217–234
Sinay, L., see Kenyeres, P. 235–243
Sloop, G.D., J.K. Bialczak, J.J. Weidman and J.A. St. Cyr, Uric acid increases erythrocyte aggregation: Implications for cardiovascular disease 349–359
Słowińska-Łożyńska, L., see Michalska-Małecka, K. 69–76
Sogor, V., see Nemeth, N. 381–398
St. Cyr, J.A., see Sloop, G.D. 349–359
Staehler, M., see Reimann, R. 77–87
Staehler, M., see Rübenthaler, J. 89–97
Stroszczysnski, C., see Wendl, C.M. 113–121
Suhr, F., see Grau, M. 199–215
Sun, M., see Li, H. 411–421
Sun, Y., see An, X. 267–279
Sunoo, S., see Moon, H.-W. 451–460
Takacs, I., see Jancsó, G. 217–234
Tang, S., see Chen, Q. 335–347
Thummala, A.S., J.K. Leach, E. Patterson and E.A. O’Rear, Effect of encapsulation on plasminogen activator delivery to the microcirculation and its implications for bleeding 373–379
Toth, A., see Kenyeres, P. 235–243
Toth, K., see Kenyeres, P. 235–243
Ülker, P., see Cengiz, M. 57–67
Ulker, P., see Nemeth, N. 381–398
Urso, C., see Caimi, G. 163–168
Üyüklü, M., see Cengiz, M. 57–67
Vilser, W., see Neumann, T. 281–292
Wang, F., see Li, H. 411–421
Wang, W.-P., see Xue, L.-Y. 361–371
Wang, Y., see Wu, Q. 325–334
Weidman, J.J., see Sloop, G.D. 349–359
Wendl, C.M., M. Janke, W. Jung, C. Stroszczysnski and E.M. Jung, Contrast-enhanced ultrasound with perfusion analysis for the identification of malignant and benign tumours of the thyroid gland 113–121
Wolf, G., see Neumann, T. 281–292
Wu, Q., Y. Li and Y. Wang, Diagnostic value of “absent” pattern in contrast-enhanced ultrasound for the differentiation of thyroid nodules 325–334
Xiao, B., see Chen, Q. 335–347
Xu, L., see Kang, J. 245–255
Xue, L.-Y., Q. Lu, B.-J. Huang, C.-X. Li, L.-X. Yan and W.-P. Wang, Differentiation of subtypes of renal cell carcinoma with contrast-enhanced ultrasonography 361–371
Yan, L.-X., see Xue, L.-Y. 361–371
Yang, A., see Chen, Q. 335–347
Yang, C., see Li, H. 411–421
Yang, J., see Li, H. 411–421
Yaraş, N., see Cengiz, M. 57–67
Yenigun, M., see Ergun, D.D. 313–324
Yilmaz, A., see Pistulli, R. 153–162
Yilmaz, A., see Rohm, I. 257–265
Yu, S., see Kang, J. 245–255
Zhang, H., see An, X. 267–279
Zhang, L., see Li, H. 411–421
Zhou, X., see Kang, J. 245–255
Zimmermann, H., J. Rübenthaler, D. Rjosk-Dendorfer, A. Helck, R. Reimann, M. Reiser and D.A. Clevert, Comparison of portable ultrasound system and high end ultrasound system in detection of endoleaks 99–111