8 results on '"P. Hatzigiannis"'
Search Results
2. Saturday, 25 August 2012
- Author
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A. Welz, B. V. Antwerp, A Di Cori, A. Hager, P. Hatzigiannis, R. De Lucia, C. Yu, A. Apor, M. Niemann, R. Sampognaro, M. Fiuza, M. G. Charlot, N. Cortez Dias, A. Nagae, A. Maciag, T. Sato, M. Valgimigli, D. Levorato, S. Herrmann, T. Kimura, M. Luedde, V. Tzamou, M. Iwabuchi, C. Rickers, J. Sobierajski, J. Vecera, C. Vlachopoulos, K. Goscinska-Bis, S. Goldsmith, H. Ueno, J. Sosna, G. Malerba, W. Li, H. W. Lee, K. Bogaard, K. Yamada, A. Mateo-Martinez, J. Navarova, M. Zeman, K. Dimopoulos, M. P. Lopez Lereu, E. Pelissero, B. Gersak, J. M. Tolosana, S Manzano Fernandez, P. Mertens, J. J. M. Takkenberg, J. W. Kim, R.T. van Domburg, G. P. Diller, H. M. Yang, F. Gustafsson, P. G. Golzio, G. S. Hwang, J. Brugada, S. Stoerk, J. Hess, Y. Cavusoglu, L. Segreti, M. E. Trucco, C. Jacoby, I. Bafakis, T. Isshiuki, L. Pulpon, S. Pires, L. Paperini, A. Cremonesi, H. Baumgartner, C. Tsioufis, M. Valdes-Chavarri, S. Schaefer, M. Totzeck, A. Bochenek, F. Saia, P. Carrilho-Ferreira, M. Khatib, E. M. W. J. Utens, G. Zucchelli, R. Jenni, E. Gencer, N. Carter, A. Kovacs, C. Linde, V. Monivas, A. Marzocchi, L. Baerfacker, L. Mont, R. Weber, F. J. Enguita, T. L. Bergemann, M. Chudzik, A. Chernyavskiy, D. Dragulescu, S. Orwat, B. J. Choi, P. Opic, C. Torp-Pedersen, F. Gaita, V. A. W. M. Umans, A. Lopez-Cuenca, S. B. Christensen, E. C. Bertolino, D. Tousoulis, F. Weidemann, H. H. Kramer, J. Greenslade, J Cosin Sales, M. Gonzalez Estecha, W. Grosso Marra, T. Katsimichas, J. Hoerer, S. Mingo, M. Hochadel, M. A. Castel, M. S. Lattarulo, E. Y. Yun, K. Fattouch, H. S. Lim, A. Uebing, T. Ulus, J. Radosinska, A. Castro Beiras, J. Peteiro, M. Koren, C. Prados, A. Nunes, C. Rammos, C. Thomopoulos, T. Kameyama, F. Borgia, I. Voges, J. L. Looi, L. Cullen, C. Campo, J. Bis, S. Shiva, H. Kato, N. Frey, E. Andrikou, G. H. Gislason, J. Ruvira, A. Kasiakogias, S. Robalo Martins, A. M. Zimmer, M. H. Yacoub, M. Nobuyoshi, U. Zeymer, K. Hanazawa, F. J. Broullon, B. Petracci, K. Hu, A. Petrescu, A. M. Maceira Gonzalez, K. Harada, L. Swan, C. Felix, H. Inoue, T. Haraguchi, N. Cortez-Dias, S. Bisetti, P. Mitkowski, C. Daubert, H. J. Heuvelman, M. R. Gold, G. P. Kimman, O. Gaemperli, H. C. Lee, Y. Takasawa, V. Monivas Palomero, A. C. Andrade, S. Maddock, W. Budts, M. Penicka, F. J. Ten Cate, M. Czajkowski, C. D. Nguyen, K. Kaitani, K. Kintis, S. Castrovinci, D. Liu, T. Benova, K. W. Seo, B. A. Herzog, A. Ionac, C. Jorge, M. Iacoviello, S. Kuramitsu, Y. Nakagawa, K. U. Mert, A. Manari, S. Brili, R. Alonso-Gonzalez, A. J. Six, J. S. Mcghie, A. Goedecke, M. Kelm, F. C. Tanner, F. Marin, C. I. Santos De Sousa, L. Kober, M. Frigerio, D. Adam, B. E. Backus, U. Hendgen-Cotta, A. Belo, D. Couto Mallon, M. Dewor, M. Madsen, J. H. Shin, M. H. Yoon, L. Maiz, P. Lancellotti, A. Nunes Diogo, G. Ertl, R. Pietura, A. Mornos, M. Than, C. Andersson, C. Izumi, E. Liodakis, N. van Boven, Y. Y. Lam, T. Hansen, W. Roell, T. J. Hong, P. Luedicke, M. Sanchez-Martinez, L. Ruiz Bautista, E. N. Oechslin, T. Klaas, M. T. Martinez, W. A. Helbing, J. L. Januzzi, S. Parra-Pallares, A. Romanov, B. Sax, D. Prokhorova, P. Guastaroba, D. Silva, A. Karaskov, P. Kolkhof, B. Bouzas Zubeldia, T. Rassaf, M. Costa, C. Viczenczova, V. Antoncecchi, A. Kempny, J. Bartunek, I. Kardys, J. H. Ahn, C. Hart, A. Berruezo, C. Vittori, W. Vletter, M. Shigekiyo, S. Knob, V. Marangelli, R. Borras, A E Van Den Bosch, S. Y. Choi, E. Arbelo, G. Lazaros, T. Arita, G. Suchan, T. Nakadate, D. Van Der Linde, E. Pokushalov, K. Ando, J. Neutel, P. Biaggi, C. Mornos, R. Corti, M. Landolina, B. Merkely, B. Malecka, H. J. Hippe, S. J. Tahk, J. Aguilar, G. Piovaccari, M. Lutz, D. Rizopoulos, N. Alvarez Garcia, M. Cipriani, T. Kumamoto, S. Kubota, M. Sitges, B. K. Fleischmann, G. Caccamo, D. Tsiachris, M. A. Russ, F. Mutlu, A. Menozzi, J. C. Choi, J. V. Monmeneu, J. C. Yanez Wonenburger, N. Tribulova, C. Forleo, M. Vinci, J. W. Roos-Hesselink, O. Bodea, T. Domei, P. W. Lee, A. Puzzovivo, M. Heikenwaelder, F. Ferraris, C. Stefanadis, M. Kempa, M. Vanderheyden, A. Birdane, J. A. A. E. Cuypers, I. Andrikou, G. Casella, P. Stock, S. Favale, B. Bijnens, A. Kretschmer, J. Bernhagen, M. A. Cavero Gibanel, S. Datta, M. E. Menting, S. Viani, T. Heuft, M. Cikes, A. J. J. C. Bogers, J. Estornell, M. Pham, A. Nadir, F. J. Pinto, M. Hyodo, D. Flessas, C. Chrysohoou, O. Dewald, B. Ren, K. Wustmann, J. C. Burnett, T. Noto, G. Ruvolo, M. Witsenburg, E. Soldati, G. D. Duerr, L. Alonso Pulpon, J. H. Oh, A. Zabek, B. Albrecht-Kuepper, V. Antonakis, M. B. Nielsen, T. Huttl, B. Bacova, A. Piorkowski, I. Z. Cabrita, A. Fanelli, M. A. Weber, J. Segovia, A. I. Romero-Aniorte, J. H. Choi, V. Dosenko, C. Wackerl, J. H. Ruiter, H. Yokoi, S. Ghio, V. Knezl, F. Monitillo, M. Morello, M. Jerosch-Herold, M. L. Geleijnse, A. Bouzas Mosquera, R. Fabregas Casal, H. Mudra, J. Gruenenfelder, U. Floegel, L. Petrescu, M. A. Gatzoulis, S. Shizuta, J. Brachmann, M. G. Bongiorni, M. Pringsheim, J. Mueller, A. Nagy, R. Giron, W. T. Abraham, Y. Takabatake, F. Toyota, D. Martinez Ruiz, M. Lunati, S. Vargiu, L E De Groot De Laat, V. Shabanov, L. Lioni, R. Kast, D. Bettex, K. S. Cha, J. L. Diago, D. Cozma, H. Lieu, M. Giakoumis, E. Orenes-Pinero, G. Murana, A. Kutarski, A.P.J. van Dijk, G. Speziale, A. Boem, L. M. Belotti, B. Igual, A. M. S. Olsen, and H. Lue
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business.industry ,Medicine ,Ancient history ,Cardiology and Cardiovascular Medicine ,business - Published
- 2012
3. Attachment of periosteal grafts to articular cartilage with fibrin sealant
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A. M. Patel, Myron Spector, T. Minas, Tracy E. Orr, G. P. Hatzigiannis, and B. Wong
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Materials science ,biology ,Sealant ,Cartilage ,Biomedical Engineering ,Adhesion (medicine) ,Biomaterial ,medicine.disease ,Fibrinogen ,Fibrin ,Biomaterials ,medicine.anatomical_structure ,medicine ,biology.protein ,Shear strength ,Adhesive ,medicine.drug ,Biomedical engineering - Abstract
Favorable results using fibrin sealants in vascular surgery and soft tissue reconstruction have prompted investigation of these biologic adhesives for orthopedic applications. One important recent application was as a sealant for periosteal grafts applied to defects in articular surfaces, a procedure that contained injected chondrocytes cultured in vitro. The low and variable adhesive strength of autologous fibrin substances prompted our investigation of allogeneic fibrin. An in vitro test method was developed to investigate the use of a fibrin sealant for attaching periosteal (bovine) patches to articular cartilage (bovine). Dermis-dermis (porcine) adhesion also was evaluated. In tests of the periosteum-to-cartilage bond performed in a physiological environment, we determined the effects of the following variables on the adhesive shear strength: set time, source of fibrinogen (bovine versus human), and fibrinogen concentration. A specially designed test rig was developed to avoid nonshear force components. Adhesive shear strength increased with fibrin set time for both fibrinogen concentrations and sources (p
- Published
- 1999
4. Attachment of periosteal grafts to articular cartilage with fibrin sealant
- Author
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T E, Orr, A M, Patel, B, Wong, G P, Hatzigiannis, T, Minas, and M, Spector
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Cartilage, Articular ,Time Factors ,Swine ,Periosteum ,Materials Testing ,Animals ,Humans ,Cattle ,Fibrin Tissue Adhesive ,Stress, Mechanical - Abstract
Favorable results using fibrin sealants in vascular surgery and soft tissue reconstruction have prompted investigation of these biologic adhesives for orthopedic applications. One important recent application was as a sealant for periosteal grafts applied to defects in articular surfaces, a procedure that contained injected chondrocytes cultured in vitro. The low and variable adhesive strength of autologous fibrin substances prompted our investigation of allogeneic fibrin. An in vitro test method was developed to investigate the use of a fibrin sealant for attaching periosteal (bovine) patches to articular cartilage (bovine). Dermis-dermis (porcine) adhesion also was evaluated. In tests of the periosteum-to-cartilage bond performed in a physiological environment, we determined the effects of the following variables on the adhesive shear strength: set time, source of fibrinogen (bovine versus human), and fibrinogen concentration. A specially designed test rig was developed to avoid nonshear force components. Adhesive shear strength increased with fibrin set time for both fibrinogen concentrations and sources (p.03). The 30-min set time yielded data with less variance than the 5-min set time in all cases except with the higher human fibrinogen concentration (50-80 mg/mL). While there was a trend at each set time towards greater shear strength with increased protein concentration (50-80 mg/mL versus 25-40 mg/mL), only the 5-min trial of the bovine product provided a significant advantage (p.006). There was no significant difference in adhesive strength between the fibrin products produced with human and bovine fibrinogen. The periosteum-cartilage adhesive strengths obtained in our model were comparable to values recorded for the dermis-dermis bonding. The greater strength at the 30-min set time suggests that a certain time period of joint immobilization might be beneficial in procedures in which grafts are glued to articular cartilage. This study has shown that adhesive strengths achieved with fibrin glues in treating skin wounds also can be achieved in the attachment of periosteal grafts to articular cartilage.
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- 1999
5. Undifferentiated Cardiac Sarcoma Metastatic to the Maxilla: Report of a Case.
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Eisenberg, Ellen, Natarajan, Easwar, Yamase, Harold, and Hatzigiannis, George
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- 2007
- Full Text
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6. Attachment of periosteal grafts to articular cartilage with fibrin sealant
- Author
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Orr, T. E., Patel, A. M., Wong, B., Hatzigiannis, G. P., Minas, T., and Spector, M.
- Abstract
Favorable results using fibrin sealants in vascular surgery and soft tissue reconstruction have prompted investigation of these biologic adhesives for orthopedic applications. One important recent application was as a sealant for periosteal grafts applied to defects in articular surfaces, a procedure that contained injected chondrocytes cultured in vitro. The low and variable adhesive strength of autologous fibrin substances prompted our investigation of allogeneic fibrin. An in vitrotest method was developed to investigate the use of a fibrin sealant for attaching periosteal bovine patches to articular cartilage bovine. Dermis–dermis porcine adhesion also was evaluated. In tests of the periosteumtocartilage bond performed in a physiological environment, we determined the effects of the following variables on the adhesive shear strength: set time, source of fibrinogen bovine versus human, and fibrinogen concentration. A specially designed test rig was developed to avoid nonshear force components. Adhesive shear strength increased with fibrin set time for both fibrinogen concentrations and sources p< .03. The 30min set time yielded data with less variance than the 5min set time in all cases except with the higher human fibrinogen concentration 50–80 mgmL. While there was a trend at each set time towards greater shear strength with increased protein concentration 50–80 mgmL versus 25–40 mgmL, only the 5min trial of the bovine product provided a significant advantage p< .006. There was no significant difference in adhesive strength between the fibrin products produced with human and bovine fibrinogen. The periosteum–cartilage adhesive strengths obtained in our model were comparable to values recorded for the dermis–dermis bonding. The greater strength at the 30min set time suggests that a certain time period of joint immobilization might be beneficial in procedures in which grafts are glued to articular cartilage. This study has shown that adhesive strengths achieved with fibrin glues in treating skin wounds also can be achieved in the attachment of periosteal grafts to articular cartilage. © 1999 John Wiley & Sons, Inc. J Biomed Mater Res, 44, 308–313, 1999.
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- 1999
- Full Text
- View/download PDF
7. Solid Electrolyte Aided Study of the Oxidation of Hydrogen on Copper and Copper Oxide Catalysts
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Balian, A., Hatzigiannis, G., Eng, D., and Stoukides, M.
- Abstract
The catalytic oxidation of hydrogen on copper and copper oxide surfaces was studied in a solid electrolyte cell at 250-365°C and 1 atm. The technique of solid electrolyte potentiometry (SEP) was used to monitor the thermodynamic activity of oxygen adsorbed on the catalyst surface during reaction. The oxygen activity value resulted from a steady-state mass balance of oxygen on the catalyst surface and under specific conditions, was several orders of magnitude lower than the gas-phase oxygen partial pressure. The stable phase of the solid was usually CuO and less frequently Cu2O or metallic Cu. The reaction on reduced (Cu metal) surface exhibited much higher rates than on either oxide, while between the latter two, CuO was the least active surface. The rate-determining step on CuO was the surface reaction between atomically adsorbed hydrogen and oxygen. A kinetic model that quantitatively explains both kinetic and potentiometric measurements in the CuO regime is presented.Copyright 1994, 1999 Academic Press
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- 1994
- Full Text
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8. Poster session 5: Friday 5 December 2014, 14:00-18:00 * Location: Poster area
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Turco, A, Duchenne, J, Nuyts, J, Gheysens, O, Voigt, J-U, Claus, P, Vunckx, K, Muhtarov, K, Ozer, N, Turk, G, Sunman, H, Karakulak, U, Sahiner, L, Kaya, B, Yorgun, H, Hazirolan, T, Aytemir, K, Warita, S, Kawasaki, M, Tanaka, R, Houle, H, Yagasaki, H, Nagaya, M, Ono, K, Noda, T, Watanabe, S, Minatoguchi, S, Kyle, AS, Dauphin, C, Lusson, J R, Dragoi Galrinho, R, Rimbas, RC, Ciobanu, AO, Marinescu, B, Cinteza, M, Vinereanu, D, 28343/04.11.2013, number, Medicine, Funding Authority: University of, Davila, Pharmacy Carol, "Young Researchers" Projects – 2013, Buchar, Dragoi Galrinho, R, Ciobanu, AO, Rimbas, RC, Marinescu, B, Cinteza, M, Vinereanu, D, 159/1.5/S/138907, Grant POSDRU, Aparina, O, Stukalova, O, Butorova, E, Makeev, M, Bolotova, M, Parkhomenko, D, Golitsyn, SP, Zengin, E, Hoffmann, B A, Ramuschkat, M, Ojeda, F, Weiss, C, Willems, S, Blankenberg, S, Schnabel, R B, Sinning, C R, Schubert, U, Suhai, F I, Toth, A, Kecskes, K, Czimbalmos, CS, Csecs, I, Maurovich-Horvat, P, Simor, T, Merkely, B, Vago, H, Slawek, D, Chrzanowski, L, Krecki, R, Binkowska, A, Kasprzak, J D, Palombo, C, Morizzo, C, Kozakova, M, Biering-Sorensen, T, Mogelvang, R, Jensen, JS, Charisopoulou, DC, Koulaouzidis, GK, Rydberg, AR, Henein, MH, Kovacs, A, Olah, A, Lux, A, Matyas, C, Nemeth, BT, Kellermayer, D, Ruppert, M, Birtalan, E, Merkely, B, Radovits, T, Sengelov, M, Biering-Sorensen, T, Jorgensen, PG, Bruun, NE, Fritz-Hansen, T, Bech, J, Olsen, FJ, Sivertsen, J, Jensen, JS, Henri, C, Dulgheru, R, Magne, J, Kou, S, Davin, L, Nchimi, A, Oury, C, Pierard, L, Lancellotti, P, Sahin, S T, Cengiz, B, Yurdakul, S, Altuntas, E, Aytekin, V, Aytekin, S, Bajraktari, G, Ibrahimi, P, Bytyci, I, Ahmeti, A, Batalli, A, Elezi, S, Henein, MY, Pavlyukova, EN, Tereshenkova, EK, Karpov, RS, Barbier, P, Mirea, O, Guglielmo, M, Savioli, G, Cefalu, C, Maltagliati, MC, Tumasyan, LR, Adamyan, KG, Chilingaryan, AL, Tunyan, LG, Kowalik, E, Klisiewicz, A, Biernacka, EK, Hoffman, P, Park, CS, Yi, JEY, Cho, JSC, Ihm, SHI, Kim, HYK, Cho, EJC, Jeon, HKJ, Jung, HOJ, Youn, HJY, Mcghie, JS, Menting, ME, Vletter, WB, Roos-Hesselink, JW, Geleijnse, ML, Van Der Zwaan, H, Van Den Bosch, A, Spethmann, S, Baldenhofer, G, Stangl, V, Baumann, G, Stangl, K, Laule, M, Dreger, H, Knebel, F, Erdei, T, Edwards, J, Braim, D, Yousef, Z, Fraser, AG, Cardiff, Investigators, MEDIA, Keramida, K, Kouris, N, Kostopoulos, V, Kostakou, P, Petrogiannos, CH, Olympios, CD, Bajraktari, G, Berisha, G, Bytyci, I, Ibrahimi, P, Rexhepaj, N, Henein, MY, Wdowiak-Okrojek, K, Shim, A, Wejner-Mik, P, Szymczyk, E, Michalski, B, Kasprzak, JD, Lipiec, P, Tarr, A, Stoebe, S, Pfeiffer, D, Hagendorff, A, Haykal, M, Ryu, SK, Park, JY, Kim, SH, Choi, JW, Goh, CW, Byun, YS, Choi, JH, Sonoko, M, Onishi, T, Fujimoto, W, Yamada, S, Taniguchi, Y, Yasaka, Y, Kawai, H, Okura, H, Sakamoto, Y, Murata, E, Kanai, M, Kataoka, T, Kimura, T, Watanabe, N, Kuriyama, N, Nakama, T, Furugen, M, Sagara, S, Koiwaya, H, Ashikaga, K, Matsuyama, A, Shibata, Y, Meimoun, P, Abouth, S, Martis, S, Boulanger, J, Elmkies, F, Zemir, H, Tzvetkov, B, Luycx-Bore, A, Clerc, J, Galli, E, Oger, E, Guirette, Y, Daudin, M, Fournet, M, Donal, E, Galli, E, Guirette, Y, Mabo, P, Donal, E, Keramida, K, Kouris, N, Kostopoulos, V, Psarrou, G, Petrogiannos, CH, Hatzigiannis, P, Olympios, CD, Igual Munoz, B, Erdociain Perales, MEP, Maceira Gonzalez Alicia, AMG, Vazquez Sanchez, ALEJAN, Miro Palau, VMP, Alonso Fernandez, PAF, Donate Bertolin, LDB, Estornell Erill, JEE, Cervera, AC, Montero Argudo Anastasio, AMA, Okura, H, Koyama, T, Maehama, T, Imai, K, Yamada, R, Kume, T, Neishi, Y, Caballero Jimenez, L, Garcia-Navarro, M, Saura, D, Oliva, MJ, Gonzalez-Carrillo, J, Espinosa, MD, Valdes, M, De La Morena, G, Venkateshvaran, A, Sola, S, Dash, P K, Annappa, C, Manouras, A, Winter, R, Brodin, LA, Govind, S C, Laufer-Perl, LM, Topilsky, Y, Stugaard, M, Koriyama, H, Katsuki, K, Masuda, K, Asanuma, T, Takeda, Y, Sakata, Y, Nakatani, S, Marta, L, Abecasis, J, Reis, C, Dores, H, Cafe, H, Ribeiras, R, Andrade, MJ, Mendes, M, Goebel, B, Hamadanchi, A, Schmidt-Winter, C, Otto, S, Jung, C, Figulla, HR, Poerner, TC, Kim, D-H, Sun, BJ, Jang, JY, Choi, HN, Song, J-M, Kang, D-H, Song, J-K, Zakhama, L, Slama, I, Boussabah, E, Antit, S, Herbegue, B, Annabi, MS, Jalled, A, Ben Ameur, W, Thameur, M, Ben Youssef, S, O' Grady, H, Gilmore, M, Delassus, P, Sturmberger, T, Ebner, C, Aichinger, J, Tkalec, W, Eder, V, Nesser, HJ, Caggegi, A M, Scandura, S, Capranzano, P, Grasso, C, Mangiafico, S, Ronsivalle, G, Dipasqua, F, Arcidiacono, A, Cannata, S, Tamburino, C, Chapman, M, Henthorn, RENEE, Surikow, S, Zoontjens, J, Stocker, B, Mclean, T, Zeitz, C J, Fabregat Andres, O, Estornell-Erill, J, Ridocci-Soriano, F, De La Espriella, R, Albiach-Montanana, C, Trejo-Velasco, B, Perdomo-Londono, D, Facila, L, Morell, S, Cortijo-Gimeno, J, Kouris, N, Keramida, K, Kostopoulos, V, Psarrou, G, Kostakou, P, Olympios, CD, Kuperstein, R, Blechman, I, Freimatk, D, Arad, M, Ochoa, J P, Fernandez, A, Vaisbuj, F, Salmo, F, Fava, AM, Casabe, H, Guevara, EG, Fernandes, A, Cateano, F, Almeida, I, Silva, J, Trigo, J, Botelho, A, Sanches, C, Venancio, M, Goncalves, L, Schnell, F, Daudin, M, Oger, E, Bouillet, P, Mabo, P, Carre, F, Donal, E, Petrella, L, Fabiani, D, Paparoni, S, De Remigis, F, Tomassoni, G, Prosperi, F, Napoletano, C, Marchel, M, Serafin, A, Kochanowski, J, Steckiewicz, R, Madej-Pilarczyk, A, Filipiak, KJ, Opolski, G, Abid, L, Ben Kahla, S, Charfeddine, S, Kammoun, S, Monivas Palomero, V, Mingo Santos, S, Goirigoizarri Artaza, J, Rodriguez Gonzalez, E, Restrepo Cordoba, A, Rivero Arribas, B, Garcia Lunar, I, Gomez Bueno, M, Sayago Silva, I, Segovia Cubero, J, Zengin, E, Radunski, U K, Klusmeier, M, Ojeda, F, Rybczynski, M, Barten, M, Muellerleile, K, Reichenspurner, H, Blankenberg, S, Sinning, C R, Romano, G, Licata, P, Tuzzolino, F, Clemenza, F, Di Gesaro, G, Hernandez Baravoglia, C, Scardulla, C, Pilato, M, Hashimoto, G, Suzuki, M, Yoshikawa, H, Otsuka, T, Isekame, Y, Iijima, R, Hara, H, Nakamura, M, Sugi, K, Melnikova, MA, Krestjyaninov, MV, Ruzov, VI, Magnino, C, Omede', P, Avenatti, E, Presutti, D, Moretti, C, Ravera, A, Sabia, L, Gaita, F, Veglio, F, Milan, A, Magda, SL, Mincu, RI, Soare, A, Mihai, CM, Florescu, M, Mihalcea, D, Cinteza, M, Vinereanu, D, POSDRU/159/1.5/S/141531, Grant, 112/2011, grant CNCSIS, Chatzistamatiou, E, Mpampatseva Vagena, I, Manakos, K, Moustakas, G, Konstantinidis, D, Memo, G, Mitsakis, O, Kasakogias, A, Syros, P, Kallikazaros, I, Petroni, R, Acitelli, A, Cicconetti, M, Di Mauro, M, Altorio, SF, Romano, S, Petroni, A, Penco, M, Apostolovic, S, Stanojevic, D, Jankovic-Tomasevic, R, Salinger-Martinovic, S, Pavlovic, M, Djordjevic-Radojkovic, D, Tahirovic, E, Dungen, HD, ELD, CIBIS, Jung, I H, Byun, Y S, Goh, C W, Kim, B O, Rhee, K J, Lee, D S, Kim, M J, Seo, H S, Kim, H Y, Tsverava, M, Tsverava, D, Zaletova, T, Shamsheva, D, Parkhomenko, O, Bogdanov, A, Derbeneva, S, Leotescu, A, Tudor, I, Gurghean, A, Bruckner, I, Plaskota, KJ, Trojnarska, O, Bartczak, A, Grajek, S, Sharma, P, Sharma, D, Garg, S, Vazquez Lopez-Ibor, J, Monivas Palomero, V, Solano-Lopez, JM, Zegri Reiriz, I, Dominguez Rodriguez, F, Gonzalez Mirelis, J, Mingo Santos, S, Sayago, I, Garcia Pavia, P, Segovia Cubero, J, Konecny, T, Noseworthy, P, Kapa, S, Cooper, LT, Mulpuru, SK, Asirvatham, S, Florescu, M, Mihalcea, D, Magda, S, Radu, E, Chirca, A, Acasandrei, AM, Jinga, D, Mincu, R, Enescu, OA, Vinereanu, D, 112/2011, no., PN-II-ID-PCE-2011-3-0791, Saura Espin, D, Caballero Jimenez, L, Oliva Sandoval, MJ, Gonzalez Carrillo, J, Garcia Navarro, M, Espinosa Garcia, MD, Valdes Chavarri, M, De La Morena Valenzuela, G, Abul Fadl, AAM, Mourad, MM, team, Primary care Echocardiography, Campanale, C M, Di Maria, S, Mega, S, Nusca, A, Marullo, F, Di Sciascio, G, Pardo Gonzalez, L, Delgado, M, Ruiz, M, Rodriguez, S, Hidalgo, F, Ortega, R, Mesa, D, Suarez De Lezo Cruz Conde, J, Bengrid, T M, Zhao, Y, Henein, MY, Kenjaev, S, Alavi, 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- Abstract
Clinical PET acquisitions of the heart suffer from artefacts and drops in image quality due to the poor spatial resolution of the PET system. Moreover, cardiac PET images are further degraded by the blur caused by the breathing and beating motions, thus hampering diagnosis and evaluation of myocardial pathologies. Anatomy-enhanced PET reconstruction, using a high-resolution CT, has proven useful in brain imaging. In cardiac datasets however, due to the motion artefacts, the application of any restoring technique on datasets affected by motion blur needs to be preceded by the validation of the proposed method on realistic static datasets. In this work, the validation is performed using static cardiac ex vivo datasets obtained from a number of sacrificed sheep, scanned on a clinical PET/CT scanner. The aim of this work is to assess the effectiveness of reconstructions of the acquired datasets with different CT-based anatomical priors, in comparison to reconstructions currently applied in clinical practise. The gold standard to which all reconstructions are compared consists of images of the same hearts scanned on a small-animal PET scanner, whose high spatial resolution allows for almost artefact-free images. Encouraging results were obtained so far, with improvements in volume delineation and uniformity of activity values when anatomical information was used. Fig 1 shows the gold standard image (left) compared to a regular clinical reconstruction (middle) and to a reconstruction using the high-resolution CT as anatomical information (right).
Figure - Published
- 2014
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