Author Index Volume 61 (2015)
Agha, A., see Schleder, S. 13–22
Ahrens, N., see Haubner, F. 279–290
Alexiou, C., see Matuszak, J. 259–277
Alis, R., see Vayá, A. 407–415
Alvarez, E., see Thalhammer, C. 251–257
Amann–Vesti, B.R., see Thalhammer, C. 251–257
Angele, P., see Loibl, M. 599–614
Arihan, O., see Ozturk, B. 591–597
Arihan, O., see Seringec, N. 47–58
Aschwanden, M., see Thalhammer, C. 251–257
Avcu, N., see Seringec, N. 47–58
Bajuk, N.B., K. Zaletel, S. Gaberš?cek and H. Lenasi, Hyperthyroidism induced by Graves'
disease reversibly affects skin microvascular reactivity 459–470
Baryshnikova, E., see Ranucci, M. 417–427
Basu, S., see Kumar, R.K. 667–680
Baudis, S., see Wang, W. 301–321
Bauknecht, E., see Kuss, N. 397–405
Baumann, F., see Loibl, M. 599–614
Bechmann, N., see Pietzsch, J. 615–632
Behl, M., see Wang, W. 301–321
Berhes, M., see Nemeth, N. 479–496
Betge, S., see Jung, C. 549–557
Betge, S., see Lichtenauer, M. 83–90
Beyer, L., see Niessen, C. 135–141
Beyer, L.P., see Haimerl, M. 195–204
Bhaskar, T.B.V., N. Ma, A. Lendlein and T. Roch, The interaction of human macrophage
subsets with silicone as a biomaterial 119–133
Bianciardi, G. and I. Tanganelli, Fractal analysis of circulating platelets in type 2 diabetic
patients 91–97
Billaud, M., see Lemonne, N. 571–577
Boettcher, J., see Jung, C. 549–557
Braune, S., G.M. Fröhlich, A. Lendlein and F. Jung, Effect of temperature on platelet adherence 681–688
Braune, S., S. Zhou, B. Groth and F. Jung, Quantification of adherent platelets on polymer–
based biomaterials. Comparison of colorimetric and microscopic assessment 225–236
Brockhoff, G., see Loibl, M. 599–614
Bromboszcz, J., see Pabisiak, A. 541–547
Brun, J.–F., E. Varlet–Marie, C. Fedou and E.R. de Mauverger, Are metabolically healthy
obese patients also hemorheologically healthy? 39–46
Brun, J.–F., E. Varlet–Marie, E. Raynaud de Mauverger, C. Fedou and M. Pollatz, Hemorheologic
effects of low intensity endurance training in type 2 diabetic patients: A pilot study 579–589
Brun, J.–F., see Varlet–Marie, E. 31–38
Cadeddu, R.–P., see Manz, P. 111–118
Chen, S., see Tan, C. 59–81
Chen, W., see Tan, C. 59–81
Cherkouk, C., L. Rebohle, J. Lenk, A. Keller, X. Ou, M. Laube, C. Neuber, C. Haase–Kohn, W. Skorupa and J. Pietzsch, Controlled immobilization of His–tagged proteins for
protein–ligand interaction experiments using Ni2+–NTA layer on glass surfaces 523–539
Cicha, I., see Matuszak, J. 259–277
Clevert, D.A., see Paprottka, P.M. 143–150
Connes, P., see Diaw, M. 23–29
Connes, P., see Lemonne, N. 571–577
Conrad, K., see George, S. 385–396
Coskun, F., see Ozturk, B. 591–597
Csorba, R., see von Tempelhoff, G.–F. 99–110
Cyran, C.C., see Paprottka, P.M. 143–150
da Silva, N.P.B., see Pschierer, K. 333–345
Dabrowski, Z., see Pabisiak, A. 541–547
de Mauverger, E.R., see Brun, J.–F. 39–46
de Mauverger, E.R., see Varlet–Marie, E. 31–38
Deak, A., see Nemeth, N. 479–496
Demirhan, A., see von Tempelhoff, G.–F. 99–110
Dendura, M., see Pabisiak, A. 541–547
Diaw, M., S. Diop, F.Y.W. Soubaiga, M. Seck, B.F. Faye, M.N. Niang, A. Samb and P. Connes,
Blood viscosity is lower in trained than in sedentary sickle cell trait carriers 23–29
Dietel, B., see Matuszak, J. 259–277
Dikmenoglu, N., see Seringec, N. 47–58
Dikmenoglu–Falkmarken, N.H., see Ozturk, B. 591–597
Diop, S., see Diaw, M. 23–29
Dollinger, M., see Haimerl, M. 195–204
Dollinger, M., see Niessen, C. 135–141
Donnelly, R., see Klonizakis, M. 439–444
Dörfler, P., see Matuszak, J. 259–277
Drummer, K., see Jung, C. 549–557
Du, Y., X. Sun, Q. Shao, F. Zhang, Z. Wen, Y. Qian, B. Shi, W. Yao and Y. Tian, The biomechanical alterations in the CD14+ monocytes of patients with living donor renal
transplantation 1–11
Etienne–Julan, M., see Lemonne, N. 571–577
Faye, B.F., see Diaw, M. 23–29
Fedou, C., see Brun, J.–F. 39–46
Fedou, C., see Brun, J.–F. 579–589
Felbinger, C., see Kuss, N. 397–405
Feng, J., see Jiang, L. 633–643
Figulla, H.R., see Jung, C. 549–557
Figulla, H.–R., see Lichtenauer, M. 83–90
Fischer, H., see Hiebl, B. 205–211
Fischer, J.C., see Manz, P. 111–118
Foerster, M., see Jung, C. 549–557
Förster, M., see Lichtenauer, M. 83–90
Franke, R.P., see Krüger–Genge, A. 151–156
Franz, M., see Jung, C. 549–557
Fritz, B., see Manz, P. 111–118
Fritzenwanger, M., see Lichtenauer, M. 83–90
Fröhlich, G.M., see Braune, S. 681–688
Fuhrmann, R., see Krüger–Genge, A. 151–156
Fulesdi, B., see Nemeth, N. 479–496
Gaberš?cek, S., see Bajuk, N.B. 459–470
Gassner, H.G., see Haubner, F. 279–290
Gehm, J., see Kuss, N. 397–405
Gehm, L., see Kuss, N. 397–405
Gehmert, S., see Loibl, M. 599–614
Geis, S., see Prantl, L. 359–365
Gemeinhardt, O., see Thieme, S.F. 323–331
George, S., M. Noack, M. Vanek, J. Rentzsch, N. Röber, K. Conrad, D. Roggenbuck and J.–H. Küpper, Expression of nicotinic acetylcholine receptor subunits in HEp–2 cells for immunodetection of autoantibody specificities in sera from Myasthenia gravis
patients 385–396
Goebel, B., see Lichtenauer, M. 83–90
Grechenig, S., see Loibl, M. 599–614
Groth, B., see Braune, S. 225–236
Grothues, D., see Pschierer, K. 333–345
Gueorguiev, B., see Loibl, M. 599–614
Guncu, G., see Seringec, N. 47–58
Haas, R., see Manz, P. 111–118
Haase, H., see Riebe, H. 175–183
Haase–Kohn, C., see Cherkouk, C. 523–539
Haimerl, M., E.–M. Jung, L.P. Beyer, B. Pregler, M. Dollinger, D. Sieroń, C. Niessen, C. Stroszczynski and P. Wiggermann, Chronic liver disease: Correlation of
CEUS–based microperfusion and indocyanine green clearance 195–204
Haimerl, M., see Niessen, C. 135–141
Hajdu, E., see Nemeth, N. 479–496
Hamada, H., see Kimura, T. 559–569
Hamm, B., see Thieme, S.F. 323–331
Han, D., see Jiang, L. 633–643
Haubner, F., D. Muschter, N. Schuster, F. Pohl, N. Ahrens, L. Prantl and H.G. Gassner, Platelet–rich plasma stimulates dermal microvascular endothelial cells and adipose derived
stem cells after external radiation 279–290
Hedtrich, S., see Khiao In, M. 157–174
Helling, H., B. Stephan and G. Pindur, Coagulation and complement system in critically ill
patients 185–193
Hernandez–Mijares, A., see Vayá, A. 407–415
Hiebl, B., E. Nennig, S. Schiestel, A. Kovacs, F. Jung and H. Fischer, Biocompatibility
of a novel zinc stent with a closed–cell–design 205–211
Hiebl, B., see Sievers, H. 367–383
Hiebl, B., see Thieme, S.F. 323–331
Hierso, R., see Lemonne, N. 571–577
Hilber, F., see Loibl, M. 599–614
Hirschberg, R.M., see Sievers, H. 367–383
Hornung, M., see Schleder, S. 13–22
Hu, J., see Jiang, L. 633–643
Huber, M., see Loibl, M. 599–614
Hünigen, H., see Sievers, H. 367–383
Husmann, M., see Thalhammer, C. 251–257
Hwang, K.–C., see Lee, S. 497–511
Ingrisch, M., see Paprottka, P.M. 143–150
Janke, M., see Schleder, S. 13–22
Jankowski, J., see Kumar, R.K. 667–680
Jankowski, J., see Tetali, S.D. 657–665
Jankowski, V., see Tetali, S.D. 657–665
Jiang, L., J. Hu, J. Feng, D. Han and C. Yang, Substrate stiffness of endothelial cells directs
LFA–1/ICAM–1 interaction: A physical trigger of immune–related diseases? 633–643
Jung, C. and M. Kelm, Evaluation of the microcirculation in critically ill patients 213–224
Jung, C., K. Drummer, P. Oelzner, H.R. Figulla, J. Boettcher, M. Franz, S. Betge, M. Foerster, G. Wolf and A. Pfeil, The association between endothelial microparticles and inflammation in patients with systemic sclerosis and Raynaud's phenomenon as detected
by functional imaging 549–557
Jung, C., see Lichtenauer, M. 83–90
Jung, E.–M., see Haimerl, M. 195–204
Jung, E.M., see Kuehlmann, B. 645–656
Jung, E.M., see Niessen, C. 135–141
Jung, E.M., see Prantl, L. 359–365
Jung, E.M., see Pschierer, K. 333–345
Jung, E.M., see Schleder, S. 13–22
Jung, F., see Braune, S. 225–236
Jung, F., see Braune, S. 681–688
Jung, F., see Hiebl, B. 205–211
Jung, F., see Krüger–Genge, A. 151–156
Jünger, M., see Riebe, H. 175–183
Kaessmeyer, S., see Khiao In, M. 157–174
Karabacak, M., M. Yigit, K.A. Turkdogan, E. Yi?git and S. Selek, Is signal peptide–CUB–EGF domain–containing protein1 a diagnostic biomarker in patients with hypertensive
crises 513–522
Kaspar, M., see Thalhammer, C. 251–257
Keller, A., see Cherkouk, C. 523–539
Kelly, M.E.M., see Toguri, J.T. 237–249
Kelm, M., see Jung, C. 213–224
Khiao In, M., L. Wallmeyer, S. Hedtrich, K.C. Richardson, J. Plendl and S. Kaessmeyer, The effect of endothelialization on the epidermal differentiation in human three–dimensional
skin constructs – A morphological study 157–174
Kim, S., see Namgung, B. 445–457
Kimura, T., H. Hamada, S. Taito, M. Takahashi and K. Sekikawa, The effect of exercise on
blood fluidity: Use of the capillary model to assess the clogginess of blood 559–569
Kiss, F., see Nemeth, N. 479–496
Klonizakis, M., G. Manning, K. Lingam, R. Donnelly and J.M.C. Yeung, Effect of diabetes on the
cutaneous microcirculation of the feet in patients with intermittent claudication 439–444
Kmiec, S., see Pabisiak, A. 541–547
Kniess, T., see Pietzsch, J. 615–632
Ko, Y.–G., see Lee, S. 497–511
Konschake, W., see Riebe, H. 175–183
Koutsiaris, A.G., Correlation of axial blood velocity to venular and arteriolar diameter
in the human eye in vivo 429–438
Kovacs, A., see Hiebl, B. 205–211
Kratz, K., see Kumar, R.K. 667–680
Kratz, K., see Roch, T. 347–357
Kratz, K., see Tetali, S.D. 657–665
Kratz, K., see Wang, W. 301–321
Krüger–Genge, A., R. Fuhrmann, F. Jung and R.P. Franke, Morphology of primary human
venous endothelial cell cultures before and after culture medium exchange 151–156
Kuehlmann, B., L. Prantl and E.M. Jung, Imaging of idle breast implants with ultrasound–strain elastography–A first experimental study to establish criteria for accurate imaging of
idle implants via ultrasound–strain elastography 645–656
Kumar, R.K., S. Basu, H.–D. Lemke, J. Jankowski, K. Kratz, A. Lendlein and S.D. Tetali, Effect of extracts of poly(ether imide) microparticles on cytotoxicity, ROS generation
and proinflammatory effects on human monocytic (THP–1) cells 667–680
Küpper, J.–H., see George, S. 385–396
Kurtz, A., see Wang, W. 301–321
Kuss, N., E. Bauknecht, C. Felbinger, J. Gehm, L. Gehm, J. Pöschl and P. Ruef, Whole blood
viscosity of preterm infants – differences to term neonates 397–405
Laddomada, T., see Ranucci, M. 417–427
Laiz, B., see Vayá, A. 471–477
Lamby, P., see Prantl, L. 359–365
Lang, S., see Loibl, M. 599–614
Laube, M., see Cherkouk, C. 523–539
Laube, M., see Pietzsch, J. 615–632
Lauten, A., see Lichtenauer, M. 83–90
Lee, S., L.–H. Yu, L.–R. Lim, H.–J. Lim, J.–E. Si, Y.–G. Ko and K.–C. Hwang, Down regulation of Jag–1 in VSMCs contributes to impaired angiogenesis under high glucose condition:
Experimental study using aortic rings of rats 497–511
Lehmann, C., see Toguri, J.T. 237–249
Lehmann, K.S., see Thieme, S.F. 323–331
Lemke, H.–D., see Kumar, R.K. 667–680
Lemonne, N., M. Billaud, X. Waltz, M. Romana, R. Hierso, M. Etienne–Julan and P. Connes,
Rheology of red blood cells in patients with HbC disease 571–577
Lenasi, H., see Bajuk, N.B. 459–470
Lendlein, A., see Bhaskar, T.B.V. 119–133
Lendlein, A., see Braune, S. 681–688
Lendlein, A., see Kumar, R.K. 667–680
Lendlein, A., see Roch, T. 347–357
Lendlein, A., see Tetali, S.D. 657–665
Lendlein, A., see Wang, W. 301–321
Lenk, J., see Cherkouk, C. 523–539
Li, Z., see Wang, W. 301–321
Lichtenauer, M., B. Goebel, M. Fritzenwanger, M. Förster, S. Betge, A. Lauten, H.–R. Figulla and C. Jung, Simulated temporary hypoxia triggers the release of CD31+/Annexin+
endothelial microparticles: A prospective pilot study in humans 83–90
Lim, H.–J., see Lee, S. 497–511
Lim, L.–R., see Lee, S. 497–511
Lingam, K., see Klonizakis, M. 439–444
Liu, Y., see Wang, W. 301–321
Loibl, M., S. Lang, G. Brockhoff, B. Gueorguiev, F. Hilber, M. Worlicek, F. Baumann, S. Grechenig, J. Zellner, M. Huber, V. Valderrabano, P. Angele, M. Nerlich, L. Prantl and S. Gehmert, The effect of leukocyte–reduced platelet–rich plasma on the
proliferation of autologous adipose–tissue derived mesenchymal stem cells 599–614
López, V., see Vayá, A. 471–477
Lu, X., see Tan, C. 59–81
Luetzow, K., see Tetali, S.D. 657–665
Lyer, S., see Matuszak, J. 259–277
Ma, N., see Bhaskar, T.B.V. 119–133
Ma, N., see Roch, T. 347–357
Ma, N., see Wang, W. 301–321
Manning, G., see Klonizakis, M. 439–444
Manz, P., R.–P. Cadeddu, M. Wilk, J.C. Fischer, B. Fritz, R. Haas and F. Wenzel, Influence of Di(2–ethylhexyl)phthalate on migration rate and differentiation of human
hematopoietic stem and progenitor cells (CD34+) 111–118
Martínez–Triguero, M.L., see Vayá, A. 471–477
Matuszak, J., P. Dörfler, J. Zaloga, H. Unterweger, S. Lyer, B. Dietel, C. Alexiou and I. Cicha, Shell matters: Magnetic targeting of SPIONs and in vitro effects on
endothelial and monocytic cell function 259–277
Melter, M., see Pschierer, K. 333–345
Molnar, A., see Nemeth, N. 479–496
Moxsom, R., see Toguri, J.T. 237–249
Murado, J., see Vayá, A. 407–415
Muschter, D., see Haubner, F. 279–290
Namgung, B., H. Sakai and S. Kim, Influence of erythrocyte aggregation at pathological
levels on cell–free marginal layer in a narrow circular tube 445–457
Nano, G., see Ranucci, M. 417–427
Nemeth, N., M. Berhes, F. Kiss, E. Hajdu, A. Deak, A. Molnar, J. Szabo and B. Fulesdi, Early hemorheological changes in a porcine model of intravenously given E. coli induced
fulminant sepsis 479–496
Nennig, E., see Hiebl, B. 205–211
Nerlich, M., see Loibl, M. 599–614
Neuber, C., J. Pufe and J. Pietzsch, Influence of irradiation on release of endothelial
microparticles (EMP) in vitro 291–299
Neuber, C., see Cherkouk, C. 523–539
Niang, M.N., see Diaw, M. 23–29
Niehues, S.M., see Thieme, S.F. 323–331
Niessen, C., E.M. Jung, L. Beyer, B. Pregler, M. Dollinger, M. Haimerl, F. Scheer, C. Stroszczynski and P. Wiggermann, Percutaneous irreversible electroporation (IRE) of
prostate cancer: Contrast–enhanced ultrasound (CEUS) findings 135–141
Niessen, C., see Haimerl, M. 195–204
Nikolaou, K., see Paprottka, P.M. 143–150
Noack, M., see George, S. 385–396
Oelzner, P., see Jung, C. 549–557
Ou, X., see Cherkouk, C. 523–539
Ozturk, B., O. Arihan, F. Coskun and N.H. Dikmenoglu–Falkmarken, Acute carbon
monoxide poisoning alters hemorheological parameters in human 591–597
Pabisiak, A., J. Bromboszcz, S. Kmiec, M. Dendura, Z. Dabrowski and O. Smolenski, Changes in the complete blood count and blood rheology in patients after myocardial
infarction participating in the rehabilitation programme 541–547
Paprottka, K.J., see Paprottka, P.M. 143–150
Paprottka, P.M., P. Zengel, C.C. Cyran, K.J. Paprottka, M. Ingrisch, K. Nikolaou, M.F. Reiser and D.A. Clevert, Evaluation of multimodality imaging using image fusion
with MRI and CEUS in an experimental animal model 143–150
Pfeil, A., see Jung, C. 549–557
Pietzsch, F.–J., see Pietzsch, J. 615–632
Pietzsch, J., M. Laube, N. Bechmann, F.–J. Pietzsch and T. Kniess, Protective effects of 2,3–diaryl–substituted indole–based cyclooxygenase–2 inhibitors on oxidative modification
of human low density lipoproteins in vitro 615–632
Pietzsch, J., see Cherkouk, C. 523–539
Pietzsch, J., see Neuber, C. 291–299
Pindur, G., see Helling, H. 185–193
Plendl, J., see Khiao In, M. 157–174
Plendl, J., see Sievers, H. 367–383
Poch, F., see Thieme, S.F. 323–331
Pohl, F., see Haubner, F. 279–290
Pollatz, M., see Brun, J.–F. 579–589
Pöschl, J., see Kuss, N. 397–405
Prantl, L., S. Geis, P. Lamby and E.M. Jung, Recommendations for contrast enhanced
ultrasound (CEUS) in free tissue transplant monitoring 359–365
Prantl, L., see Haubner, F. 279–290
Prantl, L., see Kuehlmann, B. 645–656
Prantl, L., see Loibl, M. 599–614
Pregler, B., see Haimerl, M. 195–204
Pregler, B., see Niessen, C. 135–141
Pschierer, K., D. Grothues, J. Rennert, N.P.B. da Silva, A.G. Schreyer, M. Melter, C. Stroszczysnski and E.M. Jung, Evaluation of the diagnostic accuracy of CEUS in children
with benign and malignant liver lesions and portal vein anomalies 333–345
Pufe, J., see Neuber, C. 291–299
Qian, Y., see Du, Y., 1–11
Ranucci, M., M. Ranucci, T. Laddomada, E. Baryshnikova, G. Nano and S. Trimarchi, Plasma viscosity, functional fibrinogen, and platelet reactivity in vascular surgery
patients 417–427
Ranucci, M., see Ranucci, M. 417–427
Rath, W., see von Tempelhoff, G.–F. 99–110
Raynaud de Mauverger, E., see Brun, J.–F. 579–589
Rebohle, L., see Cherkouk, C. 523–539
Reiser, M.F., see Paprottka, P.M. 143–150
Rennert, J., see Pschierer, K. 333–345
Rentzsch, J., see George, S. 385–396
Ricart, J.M., see Vayá, A. 471–477
Richardson, K.C., see Khiao In, M. 157–174
Riebe, H., W. Konschake, H. Haase and M. Jünger, Interface pressure and venous drainage of two compression stocking types in healthy volunteers and in patients with
hemodynamic disturbances of the legs 175–183
Rivera, L., see Vayá, A. 407–415
Röber, N., see George, S. 385–396
Roch, T., K. Kratz, N. Ma and A. Lendlein, Polymeric inserts differing in their chemical
composition as substrates for dendritic cell cultivation 347–357
Roch, T., see Bhaskar, T.B.V. 119–133
Roggenbuck, D., see George, S. 385–396
Romagnoli, M., see Vayá, A. 407–415
Romana, M., see Lemonne, N. 571–577
Ruef, P., see Kuss, N. 397–405
Sakai, H., see Namgung, B. 445–457
Samb, A., see Diaw, M. 23–29
Sarnago, A., see Vayá, A. 471–477
Schacherer, D., see Schleder, S. 13–22
Scheer, F., see Niessen, C. 135–141
Schelkunov, O., see von Tempelhoff, G.–F. 99–110
Schiestel, S., see Hiebl, B. 205–211
Schleder, S., M. Janke, A. Agha, D. Schacherer, M. Hornung, H.J. Schlitt, C. Stroszczynski, A.G. Schreyer and E.M. Jung, Preoperative differentiation of thyroid adenomas and thyroid
carcinomas using high resolution contrast–enhanced ultrasound (CEUS) 13–22
Schlitt, H.J., see Schleder, S. 13–22
Schreyer, A.G., see Pschierer, K. 333–345
Schreyer, A.G., see Schleder, S. 13–22
Schuster, N., see Haubner, F. 279–290
Seck, M., see Diaw, M. 23–29
Sekikawa, K., see Kimura, T. 559–569
Selek, S., see Karabacak, M. 513–522
Seringec, N., G. Guncu, O. Arihan, N. Avcu and N. Dikmenoglu, Investigation of
hemorheological parameters in periodontal diseases 47–58
Shao, Q., see Du, Y. 1–11
Shi, B., see Du, Y. 1–11
Si, J.–E., see Lee, S. 497–511
Sieroń, D., see Haimerl, M. 195–204
Sievers, H., R.M. Hirschberg, B. Hiebl, H. Hünigen and J. Plendl, Human microvascular endothelial cells displaying reduced angiogenesis and increased uptake of lipids during
in vitro culture 367–383
Skorupa, W., see Cherkouk, C. 523–539
Smolenski, O., see Pabisiak, A. 541–547
Solá, E., see Vayá, A. 407–415
Soubaiga, F.Y.W., see Diaw, M. 23–29
Staub, D., see Thalhammer, C. 251–257
Stephan, B., see Helling, H. 185–193
Stroszczynski, C., see Haimerl, M. 195–204
Stroszczynski, C., see Niessen, C. 135–141
Stroszczynski, C., see Schleder, S. 13–22
Stroszczysnski, C., see Pschierer, K. 333–345
Suescún, M., see Vayá, A. 407–415
Sun, X., see Du, Y. 1–11
Szabo, J., see Nemeth, N. 479–496
Szczesniak, A.M., see Toguri, J.T. 237–249
Taito, S., see Kimura, T. 559–569
Takahashi, M., see Kimura, T. 559–569
Tan, C., X. Lu, W. Chen and S. Chen, Serum ubiquitin via CXC chemokine receptor 4 triggered cyclooxygenase–1 ubiquitination possibly involved in the pathogenesis
of aspirin resistance 59–81
Tanganelli, I., see Bianciardi, G. 91–97
Tetali, S.D., see Kumar, R.K. 667–680
Tetali, S.D., V. Jankowski, K. Luetzow, K. Kratz, A. Lendlein and J. Jankowski, Adsorption
capacity of poly(ether imide) microparticles to uremic toxins 657–665
Thalhammer, C., E. Alvarez, M. Husmann, D. Staub, M. Kaspar, M. Aschwanden and B.R. Amann–Vesti, Long term follow–up after endovascular brachytherapy of femoro–popliteal
arteries 251–257
Thieme, S.F., J.L. Vahldiek, K. Tummler, F. Poch, O. Gemeinhardt, B. Hiebl, K.S. Lehmann, B. Hamm and S.M. Niehues, Value or waste: Perfusion imaging following radiofrequency
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