Author Index Volume 65 (2017)
Author Index Volume 65 (2017)
Akaslan, E., see Sezgin, M. 1–10
Akinci, A., see Arihan, O. 309–315
Akkoca, M., S.E. Usanmaz, C. Koksoy, U. Bengisun and E. Demirel-Yilmaz, Plasma nitric oxide level is correlated with microvascular functions in the peripheral arterial disease 151–162
Alt, E., see Klein, S.M. 327–334
Anker, A.M., see Klein, S.M. 327–334
Antonova, N., see Stoyneva, Z. 57–65
Antonova, N., see Stoyneva, Z. 67–75
Arató, E., see Nagy, T. 229–240
Arihan, O., G. Caglayan, S. Bayrak, A. Akinci and N.D. Falkmarken, Hemorheological parameters in patients with fibromyalgia syndrome 309–315
Baars, T., see Preibsch, H. 363 –371
Ballestri, M., see Fontana, F. 175–183
Bäumler, H., see Zhao, L. 93–101
Bayrak, S., see Arihan, O. 309–315
Bengisun, U., see Akkoca, M. 151–162
Bibiana, R., see de León Patricia, P. 195–204
Biro, K., see Papp, J. 23–29
Biro, K., see Totsimon, K. 119–129
Bo, X.-W., see He, Y.-P. 349 –361
Bo, X.-W., see Mao, F. 163–173
Bo, X.-W., see Yang, Y.-P. 137–149
Bo, X.-W., see Zhao, C.-K. 393–405
Botor, D., see Papp, J. 23–29
Brunini, T.M.C., see Medeiros-Lima, D.J.M. 219–228
Caglayan, G., see Arihan, O. 309–315
Cankar, K., see Melik, Z. 205–217
Cappelli, G., see Fontana, F. 175–183
Carallo, C., see Tripolino, C. 241–248
Chae, Y.J., see Jung, J.H. 285–297
Chen, B.-D., H.-X. Xu, Y.-F. Zhang, B.-J. Liu, L.-H. Guo, D.-D. Li, C.-K. Zhao, X.-L. Li, D. Wang and S.-S. Zhao, The diagnostic performances of conventional strain elastography (SE), acoustic radiation force impulse (ARFI) imaging and point shear-wave speed (pSWS) measurement for non-calcified thyroid nodules 259–273
Cheng, B., see Pan, L. 31–41
Cho, Y.I., see Jung, J.H. 285–297
Clevert, D.A., see Rübenthaler, J. 43–47
Csernus, Z., see Papp, J. 23–29
D’Anastasi, M., see Rübenthaler, J. 43–47
de León Patricia, P., T. Martín, C. Horacio and R. Bibiana, In vitro alterations of erythrocyte aggregation by action of Trichinella spiralis newborn larvae 195–204
Demirel-Yilmaz, E., see Akkoca, M. 151–162
Dolderer, J., see Klein, S.M. 327–334
dos Reis, R.P., see Sargento, L. 185–194
Egorkina, A., see Lenasi, H. 373 –381
Ettl, T., see Mueller, S. 317–325
Falkmarken, N.D., see Arihan, O. 309–315
Farinatti, P.T.V., see Medeiros-Lima, D.J.M. 219–228
Fazekas, G., see Nagy, T. 229–240
Felthaus, O., see Klein, S.M. 327–334
Fikret, E., see Shamilevich, Z.N. 299–307
Fontana, F., M. Ballestri, C. Makomi, R. Morandi and G. Cappelli, Hemorheologic alterations in peritoneal dialysis 175–183
Freire, R.A., see Medeiros-Lima, D.J.M. 219–228
Geis, S., see Klein, S.M. 327–334
Geis, S., see Mueller, S. 317–325
Geng, X., T. Lei, H. Zhou, W. Yao, W. Xin and B. Yang, The knockout of urea transporter-B improves the hemorheological properties of erythrocyte 249–257
Georgieva, R., see Zhao, L. 93–101
Girina, M., see Lenasi, H. 373 –381
Gnasso, A., see Tripolino, C. 241–248
Grodzicki, T.K., see Klimek, E. 77–91
Gryglewska, B., see Klimek, E. 77–91
Guo, L.-H., see Chen, B.-D. 259–273
Guo, L.-H., see Yang, Y.-P. 137–149
Guo, L.-H., see Zhao, C.-K. 393–405
Hardi, P., see Nagy, T. 229–240
Harris, E.S., H.J. Meiselman, P.M. Moriarty and J. Weiss, Successful long-term (22 year) treatment of limited scleroderma using therapeutic plasma exchange: Is blood rheology the key? 131–136
He, Y.-P., H.-X. Xu, D. Wang, X.-L. Li, W.-W. Ren, C.-K. Zhao, X.-W. Bo, B.-J. Liu and W.-W. Yue, First experience of comparisons between two different shear wave speed imaging systems in differentiating malignant from benign thyroid nodules 349–361
He, Y.-P., see Zhao, C.-K. 393–405
Heo, Y., C.-A. Li, D. Kim and S. Shin, Rheological alteration of erythrocytes exposed to carbon nanotubes 49–56
Horacio, C., see de León Patricia, P. 195–204
Irace, C., see Tripolino, C. 241–248
Jancsó, G., see Nagy, T. 229–240
Ju, M., H.L. Leo and S. Kim, Numerical investigation on red blood cell dynamics in microflow: Effect of cell deformability 105–117
Jung, E.M., see Mueller, S. 317–325
Jung, J.H., Y.J. Chae, D.H. Lee, Y.I. Cho, M.M. Ko, S.K. Park and W. Kim, Changes in whole blood viscosity during hemodialysis and mortality in patients with end-stage renal disease 285–297
Kaewprayoon, W., see Zhao, L. 93–101
Kanık, A., see Sezgin, M. 1–10
Kekik, F.S., see Sezgin, M. 1–10
Kelm, M., see Preibsch, H. 363 –371
Kenyeres, P., see Totsimon, K. 119–129
Kesmarky, G., see Papp, J. 23–29
Keymel, S., see Preibsch, H. 363 –371
Kim, D., see Heo, Y. 49–56
Kim, S., see Ju, M. 105–117
Kim, W., see Jung, J.H. 285–297
Klein, S.M., L. Prantl, S. Geis, O. Felthaus, J. Dolderer, A.M. Anker, K. Zeitler, E. Alt and J. Vykoukal, Circulating serum CK level vs. muscle impairment for in situ monitoring burden of disease in Mdx-mice 327–334
Kleinbongard, P., see Preibsch, H. 363 –371
Klimek, E., J. Sulicka, B. Gryglewska, A. Skalska, B. Kwaśny-Krochin, M. Korkosz and T.K. Grodzicki, Alterations in skin microvascular function in patients with rheumatoid arthritis and ankylosing spondylitis 77–91
Klingelhöffer, C., see Mueller, S. 317–325
Ko, M.M., see Jung, J.H. 285–297
Koksoy, C., see Akkoca, M. 151–162
Koleva, I., see Stoyneva, Z. 57–65
Kong, Y., see Pan, L. 31–41
Korkosz, M., see Klimek, E. 77–91
Koutsiaris, A.G., Deep tissue near infrared second derivative spectrophotometry for the assessment of claudication in peripheral arterial disease 275–284
Kovacs, D., see Papp, J. 23–29
Kovaleva, A., see Lenasi, H. 373 –381
Kwaśny-Krochin, B., see Klimek, E. 77–91
Lee, D.H., see Jung, J.H. 285–297
Lei, T., see Geng, X. 249–257
Lenasi, H., N. Potočnik, N. Petrishchev, M. Papp, A. Egorkina, M. Girina, M. Skedina and A. Kovaleva, The measurement of cutaneous blood flow in healthy volunteers subjected to physical exercise with ultrasound Doppler imaging and laser Doppler flowmetry 373–381
Leo, H.L., see Ju, M. 105–117
Li, C.-A., see Heo, Y. 49–56
Li, D.-D., see Chen, B.-D. 259–273
Li, D.-D., see Mao, F. 163–173
Li, X.-L., see Chen, B.-D. 259–273
Li, X.-L., see He, Y.-P. 349 –361
Li, X.-L., see Mao, F. 163–173
Li, X.-L., see Zhao, C.-K. 393–405
Liu, B.-J., see Chen, B.-D. 259–273
Liu, B.-J., see He, Y.-P. 349 –361
Liu, B.-J., see Mao, F. 163–173
Liu, B.-J., see Yang, Y.-P. 137–149
Liu, C., see Pan, L. 31–41
Liu, H., see Pu, H. 335 –347
Longo, S., see Sargento, L. 185–194
Lousada, N., see Sargento, L. 185–194
Lu, F., see Zhao, C.-K. 393–405
Ma, L., C. Xia, X. Sun, Y. Zuo and L. Zhao, The effects of oral acetylsalicylic acid on blood fluidity and infusion speed in the cancer patients with PICC 11–22
Makomi, C., see Fontana, F. 175–183
Malysheva, Y., see Tikhomirova, I. 383 –391
Mao, F., H.-X. Xu, C.-K. Zhao, X.-W. Bo, X.-L. Li, D.-D. Li, B.-J. Liu, Y.-F. Zhang, J.-M. Xu and S. Qu, Thyroid imaging reporting and data system in assessment of cytological Bethesda Category III thyroid nodules 163–173
Martín, T., see de León Patricia, P. 195–204
Martins, M.A., see Medeiros-Lima, D.J.M. 219–228
Marton, Z., see Totsimon, K. 119–129
Matsuura, C., see Medeiros-Lima, D.J.M. 219–228
Medeiros-Lima, D.J.M., A.C. Mendes-Ribeiro, T.M.C. Brunini, M.A. Martins, W.V. Mury, R.A. Freire, W.D. Monteiro, P.T.V. Farinatti and C. Matsuura, Erythrocyte nitric oxide availability and oxidative stress following exercise 219–228
Meiselman, H.J., see Harris, E.S. 131–136
Melik, Z., P. Zaletel, T. Virtic and K. Cankar, L-arginine as dietary supplement for improving microvascular function 205–217
Mendes-Ribeiro, A.C., see Medeiros-Lima, D.J.M. 219–228
Monteiro, W.D., see Medeiros-Lima, D.J.M. 219–228
Morandi, R., see Fontana, F. 175–183
Moriarty, P.M., see Harris, E.S. 131–136
Mueller, S., C.M. Wendl, T. Ettl, C. Klingelhöffer, S. Geis, L. Prantl, T.E. Reichert and E.M. Jung, Contrast-enhanced ultrasonography as a new method for assessing autonomization of pedicled and microvascular free flaps in head and neck reconstructive surgery 317–325
Muravyov, A., see Tikhomirova, I. 383 –391
Mury, W.V., see Medeiros-Lima, D.J.M. 219–228
Nagy, T., P. Hardi, I. Takács, M. Tóth, L. Petrovics, G. Jancsó, L. Sínay, G. Fazekas, Ö Pintér and E. Arató, Pentoxifylline attenuates the local and systemic inflammatory response after infrarenal abdominal aortic ischemia-reperfusion 229–240
Nikolaevich, P.V., see Shamilevich, Z.N. 299–307
Oslyakova, A., see Tikhomirova, I. 383 –391
Pan, L., C. Liu, Y. Kong, Z. Piao and B. Cheng, Phentolamine inhibits angiogenesis in vitro: Suppression of proliferation migration and differentiation of human endothelial cells 31–41
Papp, J., B. Sandor, A. Toth, K. Biro, M. Rabai, D. Botor, D. Kovacs, Z. Csernus, K. Toth and G. Kesmarky, Altered microrheological parameters in Raynaud’s phenomenon 23–29
Papp, M., see Lenasi, H. 373 –381
Paprottka, K., see Rübenthaler, J. 43–47
Park, S.K., see Jung, J.H. 285–297
Petrishchev, N., see Lenasi, H. 373 –381
Petrochenko, A., see Tikhomirova, I. 383 –391
Petrochenko, E., see Tikhomirova, I. 383 –391
Petrovics, L., see Nagy, T. 229–240
Piao, Z., see Pan, L. 31–41
Pintér, Ö, see Nagy, T. 229–240
Potočnik, N., see Lenasi, H. 373 –381
Prantl, L., see Klein, S.M. 327–334
Prantl, L., see Mueller, S. 317–325
Preibsch, H., S. Keymel, M. Kelm, T. Baars and P. Kleinbongard, Comparison of the simple red blood cell adhesiveness/aggregation test with the laser-assisted optical rotational cell analyzer: Red blood cell aggregation in patients with coronary artery disease and a healthy control group 363–371
Pu, H., L.-x. Zhao, M.-h. Yao, G. Xu, H. Liu, H.-X. Xu and R. Wu, Conventional US combined with acoustic radiation force impulse (ARFI) elastography for prediction of triple-negative breast cancer and the risk of lymphatic metastasis 335–347
Qu, S., see Mao, F. 163–173
Rabai, M., see Papp, J. 23–29
Reichert, T.E., see Mueller, S. 317–325
Reiser, M., see Rübenthaler, J. 43–47
Ren, W.-W., see He, Y.-P. 349 –361
Rinatovna, D.A., see Shamilevich, Z.N. 299–307
Rübenthaler, J., K. Paprottka, M. D’Anastasi, M. Reiser and D.A. Clevert, Diagnosis of perinephric retroperitoneal lymphangioma supported by contrast-enhanced ultrasound (CEUS) 43–47
Şahin, G., see Sezgin, M. 1–10
Sandor, B., see Papp, J. 23–29
Sargento, L., A.V. Simões, S. Longo, N. Lousada and R.P. dos Reis, Red blood cell distribution width is a survival predictor beyond anemia and Nt-ProBNP in stable optimally medicated heart failure with reduced ejection fraction outpatients 185–194
Scavelli, F.B., see Tripolino, C. 241–248
Sezgin, M., D. Tecer, A. Kanık, F.S. Kekik, E. Yeşildal, E. Akaslan, G. Yıldırım and G. Şahin, Serum RDW and MPV in Ankylosing Spondylitis: Can they show the disease activity? 1–10
Shamilevich, Z.N., D.A. Rinatovna, P.V. Vyacheslavovich, G.A. Zhanovich, Z.S. Zarifovich, E. Fikret and P.V. Nikolaevich, Nephroprotective effects of remote ischemic preconditioning in coronary angiography 299–307
Shin, S., see Heo, Y. 49–56
Simões, A.V., see Sargento, L. 185–194
Sínay, L., see Nagy, T. 229–240
Skalska, A., see Klimek, E. 77–91
Skedina, M., see Lenasi, H. 373 –381
Stoyneva, Z., I. Velcheva, N. Antonova and E. Titianova, Microvascular reactivity to thermal stimulation in patients with diabetes mellitus and polyneuropathy 67–75
Stoyneva, Z., I. Velcheva, N. Antonova, E. Titianova and I. Koleva, Venoarteriolar reflex responses in diabetic patients 57–65
Sulicka, J., see Klimek, E. 77–91
Sun, L.-P., see Yang, Y.-P. 137–149
Sun, L.-P., see Zhao, C.-K. 393–405
Sun, X., see Ma, L. 11–22
Szabo, Z.E., see Totsimon, K. 119–129
Takács, I., see Nagy, T. 229–240
Tecer, D., see Sezgin, M. 1–10
Tikhomirova, I., E. Petrochenko, A. Muravyov, Y. Malysheva, A. Petrochenko, V. Yakusevich and A. Oslyakova, Microcirculation and blood rheology abnormalities in chronic heart failure 383–391
Titianova, E., see Stoyneva, Z. 57–65
Titianova, E., see Stoyneva, Z. 67–75
Toth, A., see Papp, J. 23–29
Toth, K., see Papp, J. 23–29
Toth, K., see Totsimon, K. 119–129
Tóth, M., see Nagy, T. 229–240
Totsimon, K., K. Biro, Z.E. Szabo, K. Toth, P. Kenyeres and Z. Marton, The relationship between hemorheological parameters and mortality in critically ill patients with and without sepsis 119–129
Tripolino, C., C. Irace, C. Carallo, F.B. Scavelli and A. Gnasso, Body fat and blood rheology: Evaluation of the association between different adiposity indices and blood viscosity 241–248
Usanmaz, S.E., see Akkoca, M. 151–162
Velcheva, I., see Stoyneva, Z. 57–65
Velcheva, I., see Stoyneva, Z. 67–75
Virtic, T., see Melik, Z. 205–217
Vyacheslavovich, P.V., see Shamilevich, Z.N. 299–307
Vykoukal, J., see Klein, S.M. 327–334
Wang, D., see Chen, B.-D. 259–273
Wang, D., see He, Y.-P. 349 –361
Weiss, J., see Harris, E.S. 131–136
Wendl, C.M., see Mueller, S. 317–325
Wu, R., see Pu, H. 335 –347
Xia, C., see Ma, L. 11–22
Xin, W., see Geng, X. 249–257
Xu, G., see Pu, H. 335 –347
Xu, H.-X., see Chen, B.-D. 259–273
Xu, H.-X., see He, Y.-P. 349 –361
Xu, H.-X., see Mao, F. 163–173
Xu, H.-X., see Pu, H. 335 –347
Xu, H.-X., see Yang, Y.-P. 137–149
Xu, H.-X., see Zhao, C.-K. 393–405
Xu, J.-M., see Mao, F. 163–173
Xu, J.-M., see Yang, Y.-P. 137–149
Xu, X.-H., see Yang, Y.-P. 137–149
Yakusevich, V., see Tikhomirova, I. 383 –391
Yang, B., see Geng, X. 249–257
Yang, Y.-P., X.-H. Xu, X.-W. Bo, B.-J. Liu, L.-H. Guo, J.-M. Xu, L.-P. Sun and H.-X. Xu, Comparison of Virtual Touch Tissue Imaging & Quantification (VTIQ) and Virtual Touch Tissue Quantification (VTQ) for diagnosis of thyroid nodules 137–149
Yao, M.-h., see Pu, H. 335 –347
Yao, W., see Geng, X. 249–257
Yeşildal, E., see Sezgin, M. 1–10
Yıldırım, G., see Sezgin, M. 1–10
Yue, W.-W., see He, Y.-P. 349 –361
Yue, W.-W., see Zhao, C.-K. 393–405
Zaletel, P., see Melik, Z. 205–217
Zarifovich, Z.S., see Shamilevich, Z.N. 299–307
Zeitler, K., see Klein, S.M. 327–334
Zhang, Y.-F., see Chen, B.-D. 259–273
Zhang, Y.-F., see Mao, F. 163–173
Zhanovich, G.A., see Shamilevich, Z.N. 299–307
Zhao, C.-K., H.-X. Xu, F. Lu, L.-P. Sun, Y.-P. He, L.-H. Guo, X.-L. Li, X.-W. Bo and W.-W. Yue, Factors associated with initial incomplete ablation for benign thyroid nodules after radiofrequency ablation: First results of CEUS evaluation 393–405
Zhao, C.-K., see Chen, B.-D. 259–273
Zhao, C.-K., see He, Y.-P. 349 –361
Zhao, C.-K., see Mao, F. 163–173
Zhao, L., see Ma, L. 11–22
Zhao, L., W. Kaewprayoon, H. Zhou, R. Georgieva and H. Bäumler, RBC aggregation in dextran solutions can be measured by flow cytometry 93–101
Zhao, L.-x., see Pu, H. 335 –347
Zhao, S.-S., see Chen, B.-D. 259–273
Zhou, H., see Geng, X. 249–257
Zhou, H., see Zhao, L. 93–101
Zuo, Y., see Ma, L. 11–22