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Title
The EROS-2 project has been designed to search for microlensing events towards any dense stellar field. The densest parts of the Galactic spiral arms have been monitored to maximize the microlensing signal expected from the stars of the Galactic disk...
BACKGROUND: Anisotropy of conduction facilitates re-entry and is, therefore, a key determinant of the stability of atrial fibrillation (AF). Little is known about the effect of AF on atrial bundle architecture and consequent changes in anisotropy of ...
BACKGROUND: Anisotropy of conduction facilitates re-entry and is, therefore, a key determinant of the stability of atrial fibrillation (AF). Little is known about the effect of AF on atrial bundle architecture and consequent changes in anisotropy of ...
BACKGROUND: Anisotropy of conduction facilitates re-entry and is, therefore, a key determinant of the stability of atrial fibrillation (AF). Little is known about the effect of AF on atrial bundle architecture and consequent changes in anisotropy of ...
Egea, J.;Fabregat, I.;Frapart, Y. M.;Ghezzi, P.;Görlach, A.;Kietzmann, T.;Kubaichuk, K.;Knaus, U. G.;Lopez, M. G.;Olaso-Gonzalez, G.;Petry, A.;Schulz, R.;Vina, J.;Winyard, P.;Abbas, K.;Ademowo, O. S.;Afonso, C. B.;Andreadou, I.;Antelmann, H.;Antunes, F.;Aslan, M.;Bachschmid, M. M.;Barbosa, R. M.;Belousov, V.;Berndt, C.;Bernlohr, D.;Bertrán, E.;Bindoli, A.;Bottari, S. P.;Brito, P. M.;Carrara, G.;Casas, A. I.;Chatzi, A.;Chondrogianni, N.;Conrad, M.;Cooke, M. S.;Costa, J. G.;Cuadrado, A.;My-Chan Dang, P.;De Smet, B.;Debelec-Butuner, B.;Dias, I. H.K.;Dunn, J. D.;Edson, A. J.;El Assar, M.;El-Benna, J.;Ferdinandy, P.;Fernandes, A. S.;Fladmark, K. E.;Förstermann, U.;Giniatullin, R.;Giricz, Z.;Görbe, A.;Griffiths, H.;Hampl, V.;Hanf, A.;Herget, J.;Hernansanz-Agustín, P.;Hillion, M.;Huang, J.;Ilikay, S.;Jansen-Dürr, P.;Jaquet, V.;Joles, J. A.;Kalyanaraman, B.;Kaminskyy, D.;Karbaschi, M.;Kleanthous, M.;Klotz, L. O.;Korac, B.;Korkmaz, K. S.;Koziel, R.;Kračun, D.;Krause, K. H.;Křen, V.;Krieg, T.;Laranjinha, J.;Lazou, A.;Li, H.;Martínez-Ruiz, A.;Matsui, R.;McBean, G. J.;Meredith, S. P.;Messens, J.;Miguel, V.;Mikhed, Y.;Milisav, I.;Milković, L.;Miranda-Vizuete, A.;Mojović, M.;Monsalve, M.;Mouthuy, P. A.;Mulvey, J.;Münzel, T.;Muzykantov, V.;Nguyen, I. T.N.;Oelze, M.;Oliveira, N. G.;Palmeira, C. M.;Papaevgeniou, N.;Pavićević, A.;Pedre, B.;Peyrot, F.;Phylactides, M.;Pircalabioru, G. G.;Pitt, A. R.;Poulsen, H. E.;Prieto, I.;Rigobello, M. P.;Robledinos-Antón, N.;Rodríguez-Mañas, L.;Rolo, A. P.;Rousset, F.;Ruskovska, T.;Saraiva, N.;Sasson, S.;Schröder, K.;Semen, K.;Seredenina, T.;Shakirzyanova, A.;Smith, G. L.;Soldati, T.;Sousa, B. C.;Spickett, C. M.;Stancic, A.;Stasia, M. J.;Steinbrenner, H.;Stepanić, V.;Steven, S.;Tokatlidis, K.;Tuncay, E.;Turan, B.;Ursini, F.;Vacek, J.;Vajnerova, O.;Valentová, K.;Van Breusegem, F.;Varisli, L.;Veal, E. A.;Yalçin, A. S.;Yelisyeyeva, O.;Žarković, N.;Zatloukalová, M.;Zielonka, J.;Touyz, R. M.;Papapetropoulos, A.;Grune, T.;Lamas, S.;Schmidt, H. H.H.W.;Di Lisa, F.;Daiber, A.