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Advancing Surgical Arrhythmia Ablation: Novel Insights on 3D Printing Applications and Two Biocompatible Materials

par Monaco, Cinzia;Kronenberger, Rani;Talevi, Giacomo;Pannone, Luigi;Cappello, Ida Anna;Candelari, Mara;Ramak, Robbert;Della Rocca, Domenico Giovanni;Bori, Edoardo ;Terryn, Herman ;Baert, Kitty;Laha, Priya;Krasniqi, Ahmet;Gharaviri, Ali;Bala, Gezim;Chierchia, Gian-Battista;Meir, Mark La;Innocenti, Bernardo ;de Asmundis, Carlo
Référence Biomedicines, 12, 4, 869
Publication Publié, 2024-04

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Titre:	Advancing Surgical Arrhythmia Ablation: Novel Insights on 3D Printing Applications and Two Biocompatible Materials
Auteur:	Monaco, Cinzia; Kronenberger, Rani; Talevi, Giacomo; Pannone, Luigi; Cappello, Ida Anna; Candelari, Mara; Ramak, Robbert; Della Rocca, Domenico Giovanni; Bori, Edoardo; Terryn, Herman; Baert, Kitty; Laha, Priya; Krasniqi, Ahmet; Gharaviri, Ali; Bala, Gezim; Chierchia, Gian-Battista; Meir, Mark La; Innocenti, Bernardo; de Asmundis, Carlo
Informations sur la publication:	Biomedicines, 12, 4, 869
Statut de publication:	Publié, 2024-04
Sujet CREF:	Généralités
Mots-clés:	ablation
	additive manufacturing
	cardiac
	epicardial
	material testing
	three-dimensional printing (3D printing)
Note générale:	SCOPUS: ar.j
Langue:	Anglais
Identificateurs:	urn:issn:2227-9059
	info:doi/10.3390/biomedicines12040869
	info:scp/85191409443