18 results on '"Dell'Era A"'
Search Results
2. Biventricular strain dyssynchrony analysis of left bundle branch area pacing: a prospective, observational study
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Dell'era, G, primary, Ghiglieno, C, additional, Degiovanni, A, additional, De Vecchi, F, additional, Porcellini, S, additional, Santagostino, M, additional, Veroli, A, additional, D'amico, A, additional, Spinoni, E G, additional, and Patti, G, additional
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- 2023
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3. Safety and efficacy of automatic capture threshold algorithms in left bundle branch area pacing
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Ghiglieno, C, primary, Dell'era, G, additional, Veroli, A, additional, D'amico, A, additional, De Vecchi, F, additional, Porcellini, S, additional, Santagostino, M, additional, and Patti, G, additional
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- 2023
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4. Local impedance technology for effective PVI with a novel ablation catheter: results from a large, international, multicenter registry
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Lepillier, A, primary, Maggio, R, additional, De Sanctis, V, additional, Stabile, G, additional, Zakine, C, additional, Champ-Rigot, L, additional, Dell'era, G, additional, Garnier, F, additional, Anselmino, M, additional, Mascia, G, additional, Dello Russo, A, additional, Segreti, L, additional, Escande, W, additional, Malacrida, M, additional, and Solimene, F, additional
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- 2023
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5. Echocardiographic and invasive evaluation of left atrial pressure in patients undergoing catheter ablation for atrial fibrillation
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Cersosimo, A, primary, Arabia, G, additional, Inciardi, R M, additional, Cerini, M, additional, Bonelli, A, additional, Dell'era, G, additional, Degiovanni, A, additional, Spinoni, E, additional, Bosco, M, additional, Salghetti, F, additional, Lombardi, C M, additional, Patti, R, additional, Metra, M, additional, and Curnis, A, additional
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- 2023
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6. Comparison between thoracic ultrasound and chest x-ray in non-infective early complications detection after cardiac implantable electronic devices implantation procedures
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Floris, R, primary, Guerra, F, additional, Dell'era, G, additional, Pimpini, L, additional, Ghiglieno, C, additional, Fais, L M, additional, Cucco, A, additional, Faggioni, A, additional, Claretti, C, additional, Orru, F, additional, Demontis, M V, additional, Dello Russo, A, additional, and Delogu, G, additional
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- 2023
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7. Echocardiographic and invasive evaluation of left atrial pressure in patients undergoing catheter ablation for atrial fibrillation
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A Cersosimo, G Arabia, R M Inciardi, M Cerini, A Bonelli, G Dell'era, A Degiovanni, E Spinoni, M Bosco, F Salghetti, C M Lombardi, R Patti, M Metra, and A Curnis
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Physiology (medical) ,Cardiology and Cardiovascular Medicine - Abstract
Funding Acknowledgements Type of funding sources: None. AIMS Estimation of left ventricle (LV) filling pressure is one of the most important parameters to provide information in clinical practice. However, the challenging in investigating this parameter through invasive methods makes it difficult to be used. The study aims to investigate the association between cardiac structure and function derived by transthoracic echocardiography (TTE) and left atrial (LA) invasive pressure (LAP). Methods The study was a multi-center prospective study enrolling 73 patients (mean age 65 ± 8, 27% female) undergoing primary catheter ablation for AF. Patients were evaluated and enrolled from June 2021 to April 2022. Complete TTE assessing measures of LV, LA and right ventricle (RV) structure and function including speckle tracking echocardiography, was performed at baseline. Echocardiographic data have been assessed the same day of the invasive measurement of the LAP during AF ablative procedure. Linear regression analysis has been performed to assess the relationship between measures of cardiac structure and function and LAP. Logistic regression analysis assessed the parameters associated with elevated LAP (≥ 15mmHg). Results Baseline clinical characteristics of the study population did not differ according to elevated LAP vs. non-elevated LAP. Patients with elevated LAP showed instead abnormal measures of LV global longitudinal strain, measures of LA structure and function, except for LA maximal volume, and RV structure and function. After multivariable adjustment, including demographic factors and comorbidities, E/e`(p = 0,024), LA minimal volume (p = 0,009), LA emptying fraction (LAEF) (p = 0,012), LA Reservoir (p = 0,039), TAPSE (p= 0,010) and RV free wall strain (p= 0,028), but not LA maximal volume (p=0,11), were significantly associated with LAP. Similarly, these measures, but nor LA maximal volume, were significant determinants of elevated LAP. Overall, LA minimal volume and LAEF showed the best diagnostic accuracy to predict elevated LAP (AUC 0.72 and 0.73, respectively). Conclusions Novel measures of LA structure and function, but not standard assessment by LA maximal volume, were significantly associated with LAP in patients affected by AF. These measures, along with measures of LV and RV function may be used in the diagnostic assessment of filling pressure in ambulatory settings.
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- 2023
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8. Local impedance technology for effective PVI with a novel ablation catheter: results from a large, international, multicenter registry
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A Lepillier, R Maggio, V De Sanctis, G Stabile, C Zakine, L Champ-Rigot, G Dell'era, F Garnier, M Anselmino, G Mascia, A Dello Russo, L Segreti, W Escande, M Malacrida, and F Solimene
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Physiology (medical) ,Cardiology and Cardiovascular Medicine - Abstract
Funding Acknowledgements Type of funding sources: None. Background Highly localized impedance (LI) measurements in combination with a catheter-tissue contact force (CF) during atrial fibrillation (AF) ablation may improve tissue characterization and lesion prediction during pulmonary vein isolation (PVI). Purpose This analysis explores the relationship between LI parameters, ablation spot locations and procedural success during ablation of PVs in a large population of consecutive AF patients. Methods Two-hundred twelve consecutive patients from 16 European centers undergoing de novo AF radiofrequency (RF) catheter ablation with a novel open-irrigated tip catheter enabled by CF and LI measurement capabilities (Stablepoint) were included. Ablation was guided by the magnitude and time-course of LI drop during RF delivery. The interlesion distance between each ablation spot was set ≤6 mm. First pass isolation (FPI) was defined as successful PVI at or before completion of the first encircling lesion set regardless of visual gaps. Procedural endpoint was the achievement of the PVI as assessed by entrance and exit block. Data are reported as mean±SD. Results A total of 13891 ablation spots performed around PVs were analyzed (baseline LI=161.2±19 Ω; LI drop=21.9±9 Ω; LI drop rate=3.1±2 Ω/s; RF Delivery time=9.2±4 s; CF=12.5±7 g). LI drop was predicted by baseline LI (r=0.56, 95%CI:0.55 to 0.57, p20Ω (Sensitivity=56.8%, Specificity=93.2%, PPV=99.7%, Area under the ROC curve=0.7841, p21Ω at anterior sites and >18Ω at posterior sites. No steam pops or complications were reported during the procedures. All PVs were successfully isolated in all study patients Conclusions In a large, international population of consecutive de novo AF cases, an ablation strategy guided by LI and CF information results in a very high first pass isolation rate. LI drop is predictive of PV segment isolation. A regional approach to RF ablation guided by LI information may be useful in patients with AF.
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- 2023
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9. Safety and efficacy of automatic capture threshold algorithms in left bundle branch area pacing
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C Ghiglieno, G Dell'era, A Veroli, A D'amico, F De Vecchi, S Porcellini, M Santagostino, and G Patti
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Physiology (medical) ,Cardiology and Cardiovascular Medicine - Abstract
Funding Acknowledgements Type of funding sources: None. Background Automatic capture algorithms periodically measure the minimal quantity of current needed for pacing, self-adjusting output to guarantee consistent myocardial capture, enhancing patient safety in case of an unexpected rise in threshold and reducing current drain. Left bundle branch area pacing (LBBAP) is an emerging conduction system pacing (CSP) technique which overcomes technical issues and weaknesses of pure Hisian pacing. Purpose The aim of our study was to evaluate safety and efficacy of automatic threshold algorithms in a population of patients with LBBAP. Methods We prospectively enrolled patients receiving LBBAP with different companies which provide LBBAP material) and we evaluated automatic capture threshold algorithms safety and accuracy at 24 hours and at 3 months after implantation. Moreover, when available, home monitoring was used for follow up. Results We included 45 consecutive patients who underwent LBBAP from January 2022 to August 2022. At 24 hours, mean manual LBBAP threshold was 0.5±0.2 V at 0.4 msec, while automatic LBBAP threshold was 0.5±0.3 V at 0.4 msec (p = 0.30). At 3 months mean manual LBBAP threshold was 0.6±0.2V at 0.4 msec vs 0.6±0.2V at 0.4 msec (p = 0.25). Sensing and impedance measures where optimal at 24 hours and improved during 3 months follow up, respectively from 13.7±4.8 mV to 13.9±4.8 mV (p = 0.6) and from 460.1±130 Ohm to 417.1±96.2 Ohm (p = 0.1). Conclusion Automatic threshold algorithms are able to effectively measure LBBAP capture threshold both in the acute phase and during follow up. The possibility to safely use automatic threshold algorithms, thus preserving battery and protecting patients against possible future threshold rises, represents another advantage of LBBAP.
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- 2023
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10. Biventricular strain dyssynchrony analysis of left bundle branch area pacing: a prospective, observational study
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G Dell'era, C Ghiglieno, A Degiovanni, F De Vecchi, S Porcellini, M Santagostino, A Veroli, A D'amico, E G Spinoni, and G Patti
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Physiology (medical) ,Cardiology and Cardiovascular Medicine - Abstract
Funding Acknowledgements Type of funding sources: None. Background Left bundle branch pacing (LBBAP) seems to carry advantages compared to His bundle pacing, such as superior electrical performances and less steep learning curve. Aim of this study was to evaluate technical feasibility, safety, electrical parameters and ventricular synchrony with LBBAP. Methods We prospectively enrolled patients receiving LBBAP, such as those with preserved (>50%) left ventricular ejection fraction (LVEF) and narrow QRS, with preserved LVEF and wide QRS, and with LVEF Results We enrolled a total of 58 patients, in whom, according to currently validated criteria, LBBAP was successful in 56 (97%) patients. In the overall population mean baseline QRS duration was 124.1±30.7 msec, while paced QRS duration was 107.7±13.6 msec (p < 0.001). LVEF improved from 52.9±10.5% to 56.9±8.4%, (p=0.004). Improvement was also observed for interventricular synchrony, by reduction of TPSD difference between LV and RV from 27.9 (10.2–41.5) to 13.9 (4.3-28.7) (p=0.001), and for LV synchrony, by decrease of TPSD delta between LV segments from 38.2 (13.6–53.9) to 15.1 (8.3–31.5) (p Conclusion LBBAP improves LVEF and both intraventricular (LV) and interventricular (LV-RV) synchronization, irrespective of pacing indication, baseline QRS duration and LV function.
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- 2023
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11. The PhysioVP-AF study, a randomized controlled trial to assess the clinical benefit of physiological ventricular pacing vs. managed ventricular pacing for persistent atrial fibrillation prevention in patients with prolonged atrioventricular conduction: design and rationale
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Gianni Pastore, Matteo Bertini, Carlo Bonanno, Giovanni Coluccia, Gabriele Dell'Era, Luca De Mattia, Domenico Grieco, Grigorius Katsouras, Massimiliano Maines, Lina Marcantoni, Leonardo Marinaccio, Gabriele Paglino, Pietro Palmisano, Matteo Ziacchi, Franco Zoppo, and Franco Noventa
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Physiology (medical) ,Cardiology and Cardiovascular Medicine - Abstract
Aims In patients with prolonged atrioventricular (AV) conduction and pacemaker (PM) indication due to sinus node disease (SND) or intermittent AV-block who do not need continuous ventricular pacing (VP), it may be difficult to determine which strategy to adopt. Currently, the standard of care is to minimize unnecessary VP by specific VP avoidance (VPA) algorithms. The superiority of this strategy over standard DDD or DDD rate-responsive (DDD/DDDR) in improving clinical outcomes is controversial, probably owing to the prolongation of the atrialventricular conduction (PR interval) caused by the algorithms. Conduction system pacing (CSP) may offer the most physiological-VP approach, providing appropriate AV conduction and preventing pacing-induced dyssynchrony. Methods and results PhysioVP-AF is a prospective, controlled, randomized, single-blind trial designed to determine whether atrial-synchronized conduction system pacing (DDD-CSP) is superior to standard DDD-VPA pacing in terms of 3-year reduction of persistent-AF occurrence. Cardiovascular hospitalization, quality-of-life, and safety will be evaluated. Patients with indication for permanent DDD pacing for SND or intermittent AV-block and prolonged AV conduction (PR interval > 180 ms) will be randomized (1:1 ratio) to DDD-VPA (VPA-algorithms ON, septal/apex position) or to DDD-CSP (His bundle or left bundle branch area pacing, AV-delay setting to control PR interval, VPA-algorithms OFF). Approximately 400 patients will be randomized in 24 months in 13 Italian centres. Conclusion The PhysioVP-AF study will provide an essential contribution to patient management with prolonged AV conduction and PM indication for sinus nodal disease or paroxysmal 2nd-degree AV-block by determining whether CSP combined with a controlled PR interval is superior to standard management that minimizes unnecessary VP in terms of reducing clinical outcomes.
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- 2023
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12. Evaluation of pacemaker dependence in patients on ablate and pace therapy for atrial fibrillation
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Occhetta, Eraldo, Bortnik, Miriam, Dell’Era, Gabriele, Zardo, Fabio, Dametto, Ermanno, Sassone, Biagio, Gabrieli, Luca, and Marino, Paolo
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- 2007
13. Clinically guided pacemaker choice and setting: pacemaker expert programming study
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Ziacchi, Matteo, primary, Palmisano, Pietro, additional, Ammendola, Ernesto, additional, Dell'era, Gabriele, additional, Guerra, Federico, additional, Aquilani, Stefano, additional, Aspromonte, Vittorio, additional, Boriani, Giuseppe, additional, Accogli, Michele, additional, Del Giorno, Giuseppe, additional, Occhetta, Eraldo, additional, Capucci, Alessandro, additional, Ricci, Renato Pietro, additional, Maglia, Giampiero, additional, and Biffi, Mauro, additional
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- 2016
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14. Clinically guided pacemaker choice and setting: pacemaker expert programming study
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Eraldo Occhetta, Vittorio Aspromonte, Giampiero Maglia, Gabriele Dell'Era, Mauro Biffi, Ernesto Ammendola, Matteo Ziacchi, Giuseppe Del Giorno, Stefano Aquilani, Giuseppe Boriani, Michele Accogli, Renato Pietro Ricci, Pietro Palmisano, Alessandro Capucci, and Federico Guerra
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Male ,Pacemaker, Artificial ,medicine.medical_specialty ,Time Factors ,Clinical Decision-Making ,030204 cardiovascular system & hematology ,law.invention ,03 medical and health sciences ,0302 clinical medicine ,Rhythm ,law ,Physiology (medical) ,Internal medicine ,medicine ,Permanent pacing ,Humans ,Registries ,030212 general & internal medicine ,Device Removal ,Aged ,Aged, 80 and over ,Bradyarrhythmias ,business.industry ,Sinoatrial node ,Patient Selection ,Cardiac Pacing, Artificial ,Device setting ,Cardiac arrhythmia ,Arrhythmias, Cardiac ,Atrial fibrillation ,Equipment Design ,Middle Aged ,Rhythm disorder ,medicine.disease ,Pacemaker ,Treatment Outcome ,medicine.anatomical_structure ,Italy ,Cardiology ,Artificial cardiac pacemaker ,Population study ,Equipment Failure ,Female ,Observational study ,Cardiology and Cardiovascular Medicine ,business ,Atrioventricular block ,Algorithms - Abstract
Aim The aim of this multicentre, observational, transversal study was to evaluate pacemaker (PM) choice and setting in a large number of patients, in order to understand their relationship with the patients’ clinical characteristics. Methods and results The study enrolled a total of 1858 patients (71 ± 14 years, 54% male), consecutively evaluated during scheduled PM follow-up visits in 7 Italian cardiac arrhythmia centres. To evaluate the appropriateness of PM choice in relation to the patients’ clinical characteristics, we analysed their rhythm disorders at the time of device implantation and the characteristics of the devices implanted. To evaluate the appropriateness of device setting, current rhythm disorders and device setting at the time of enrolment were analysed. In the overall study population, 64.3% of the patients received a PM with all of the features required for their rhythm disorder [80.8% in persistent atrioventricular (AV) block, 76.5% in atrial fibrillation needing pacing, 71.0% in sinus node disease, 58.7% in non-persistent atrioventricular block (AVB), 52.7% in neuro-mediated syncope]. The most frequent cause of inappropriate PM choice was the lack of an algorithm to promote intrinsic AV conduction in non-persistent AVB patients (38.1%). In 76.2% of the patients with an appropriate PM ( n = 1301), the PM was optimally set for their rhythm disorder. Conclusions In the present ‘real-world’ registry, a large number of patients (35.7%) did not receive an optimal PM for their rhythm disorders. Moreover, one-fourth of appropriate PMs were not programmed according to the patients’ clinical characteristics.
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- 2016
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15. Effect of fixed-rate vs. rate-RESPONSIve pacing on exercise capacity in patients with permanent, refractory atrial fibrillation and left ventricular dysfunction treated with atrioventricular junction aBLation and bivEntricular pacing (RESPONSIBLE): a prospective, multicentre, randomized, single-blind study
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Giuseppe Boriani, Matteo Ziacchi, Renato Pietro Ricci, Ailia Giubertoni, Gabriele Dell'Era, Pietro Palmisano, Alessandro Capucci, Federico Guerra, Vittorio Aspromonte, Giuseppe Del Giorno, Stefano Aquilani, Giampiero Maglia, Ernesto Ammendola, and Michele Accogli
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Male ,Time Factors ,medicine.medical_treatment ,030204 cardiovascular system & hematology ,Ventricular Function, Left ,Cardiac Resynchronization Therapy ,Ventricular Dysfunction, Left ,0302 clinical medicine ,Heart Rate ,Rate-responsive ,Atrial Fibrillation ,Medicine ,Single-Blind Method ,Prospective Studies ,Prospective cohort study ,Aged, 80 and over ,Cardiac resynchronization therapy ,Exercise Tolerance ,Ejection fraction ,Atrial fibrillation ,Stroke volume ,Middle Aged ,Atrioventricular node ,Treatment Outcome ,medicine.anatomical_structure ,Italy ,Ablate and pace ,Cardiology and Cardiovascular Medicine ,Physiology (medical) ,030220 oncology & carcinogenesis ,Atrioventricular Node ,Catheter Ablation ,cardiovascular system ,Cardiology ,Female ,medicine.medical_specialty ,Walk Test ,Catheter ablation ,03 medical and health sciences ,Internal medicine ,Heart rate ,Humans ,cardiovascular diseases ,Aged ,business.industry ,Stroke Volume ,Recovery of Function ,medicine.disease ,business - Abstract
Atrioventricular junction (AVJ) ablation followed by biventricular pacing is an established strategy for improving symptoms and morbidity in patients with permanent atrial fibrillation (AF), reduced left ventricular ejection fraction (LVEF), and uncontrolled ventricular rate. There is no clear evidence that such patients benefit from rate-responsive (RR) pacing.This prospective, randomized, single-blind, multicentre study was designed as an intra-patient comparison and enrolled 60 patients (age 69.5 ± 11.8 years, males 63.3%, NYHA 3.0 ± 0.6) with refractory AF and reduced LVEF (mean 32.4 ± 8.3%) treated with AVJ ablation and biventricular pacing. Two 6-minute walking tests (6MWT) were performed 1 week apart: one during VVI 70/min biventricular pacing and the other during VVIR 70-130/min biventricular pacing; patients were randomly and blindly assigned to Group A (n = 29, first 6MWT in VVIR mode) or B (n = 31, first 6MWT in VVI mode). Rate-responsive activation determined an increase of 18.8 ± 24.4 m in the distance walked during the 6MWT (P0.001). The increase was similar in both groups (P = 0.571). A5% increase in the distance walked was observed in 76.7% of patients. The increase in the distance walked was linearly correlated with the increase in heart rate recorded during the 6MWT in the VVIR mode (r = 0.54; P0.001).In permanent AF patients with uncontrolled rate and reduced LVEF who had undergone AVJ ablation and biventricular pacing, RR pacing yields a significant gain in exercise capacity, which seems to be related to the RR-induced frequency during effort.
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- 2016
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16. External implantable defibrillator as a bridge to reimplant after implantable cardioverter-defibrillator explant
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Dell'Era, Gabriele, primary, Magnani, Andrea, additional, and Occhetta, Eraldo, additional
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- 2015
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17. Poster Session 1
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Deshmukh, A., primary, Sharma, S. S., additional, Gobal, F. G., additional, Singla, S. S., additional, Hebbar, P. H., additional, Paydak, H. P., additional, Igarashi, M., additional, Tada, H., additional, Sekiguchi, Y., additional, Yamasaki, H., additional, Kuroki, K., additional, Machino, T., additional, Yoshida, K., additional, Aonuma, K., additional, Shavadia, J., additional, Otieno, H., additional, Yonga, G., additional, Jinah, A., additional, Qvist, J. F., additional, Soerensen, P. H., additional, Dixen, U., additional, Ramirez-Marrero, M. A., additional, Perez-Villardon, B., additional, Gaitan-Roman, D., additional, Jimenez-Navarro, M., additional, Delgado-Prieto, J. L., additional, De Teresa-Galvan, E., additional, De Mora-Martin, M., additional, Deshmukh, A., additional, Hebbar, P. B., additional, Wei, W. X., additional, Bardari, S., additional, Zecchin, M., additional, Salame', R., additional, Vitali Serdoz, L., additional, Di Lenarda, A., additional, Guerrini, N., additional, Barbati, G., additional, Sinagra, G., additional, Hanazawa, K., additional, Kaitani, K., additional, Nakagawa, Y., additional, Lenaerts, I., additional, Driesen, R., additional, Hermida, N., additional, Heidbuchel, H., additional, Janssens, S., additional, Balligand, J. L., additional, Sipido, K. R., additional, Willems, R., additional, Sehra, R., additional, Krummen, D., additional, Briggs, C., additional, Narayan, S., additional, Tanaka, Y., additional, Hirao, K., additional, Nakamura, T., additional, Inaba, O., additional, Yagishita, A., additional, Higuchi, K., additional, Hachiya, H., additional, Isobe, M., additional, Kallergis, E., additional, Kanoupakis, E. M., additional, Mavrakis, H. E., additional, Goudis, C. A., additional, Maliaraki, N. E., additional, Vardas, P. E., additional, Kiuchi, K., additional, Piorkowski, C., additional, Kircher, S., additional, Gaspar, T., additional, Watanabe, N., additional, Bollmann, A., additional, Hindricks, G., additional, Wauters, K., additional, Grosse, A., additional, Raffa, S., additional, Brunelli, M., additional, Geller, J. C., additional, Maggioni, A. P., additional, Gonzini, L., additional, Gussoni, G., additional, Vescovo, G., additional, Gulizia, M., additional, Pirelli, S., additional, Mathieu, G., additional, Di Pasquale, G., additional, Salame, R., additional, Magnani, S., additional, Sakamoto, T., additional, Kumagai, K., additional, Fuke, E., additional, Nishiuchi, S., additional, Hayashi, T., additional, Miki, Y., additional, Naito, S., additional, Oshima, S., additional, Hof, I. E., additional, Vonken, E., additional, Velthuis, B. K., additional, Meine, M., additional, Hauer, R. N. W., additional, Loh, K. P., additional, Na, J. O., additional, Choi, C. U., additional, Kim, E. J., additional, Rha, S. W., additional, Park, C. G., additional, Seo, H. S., additional, Oh, D. J., additional, Lim, H. E., additional, Wichterle, D., additional, Bulkova, V., additional, Fiala, M., additional, Chovancik, J., additional, Simek, J., additional, Peichl, P., additional, Cihak, R., additional, Kautzner, J., additional, Glick, A., additional, Viskin, S., additional, Belhassen, B., additional, Navarrete, A., additional, Conte, F., additional, Ishti, A., additional, Sai, D., additional, Moran, M., additional, Chitovova, Z., additional, Ahmed, H., additional, Mares, K., additional, Skoda, J., additional, Sediva, L., additional, Petru, J., additional, Reddy, V. Y., additional, Neuzil, P., additional, Schmidt, M., additional, Dorwarth, U., additional, Leber, A., additional, Wankerl, M., additional, Krieg, J., additional, Straube, F., additional, Reif, S., additional, Hoffmann, E., additional, Mikhaylov, E., additional, Tikhonenko, V., additional, Lebedev, D., additional, Shin, S. Y., additional, Yong, H. S., additional, Choi, J. I., additional, Kim, S. H., additional, Matsuo, S., additional, Yamane, T., additional, Hioki, M., additional, Ito, K., additional, Narui, R., additional, Date, T., additional, Sugimoto, K., additional, Yoshimura, M., additional, Rolf, S., additional, Sommer, P., additional, Batalov, R., additional, Popov, S., additional, Antonchenko, I., additional, Suslova, T., additional, Fichtner, S., additional, Czudnochowsky, U., additional, Estner, H. L., additional, Ammar, S., additional, Reents, T., additional, Jilek, C., additional, Hessling, G., additional, Deisenhofer, I., additional, Pokushalov, E., additional, Romanov, A., additional, Corbucci, G., additional, Artemenko, S., additional, Losik, D., additional, Shabanov, V., additional, Turov, A., additional, Elesin, D., additional, Abramov, M., additional, Sanders, P., additional, Jais, P., additional, Roberts-Thomson, K., additional, Fukumoto, K., additional, Takatsuki, S., additional, Kimura, T., additional, Nishiyama, N., additional, Aizawa, Y., additional, Sato, T., additional, Miyoshi, S., additional, Fukuda, K., additional, Roux, Y., additional, Tenkorang, J., additional, Carroz, P., additional, Schlaepfer, J., additional, Pascale, P., additional, Forclaz, A., additional, Fromer, M., additional, Pruvot, E., additional, Sknouril, L., additional, Nevralova, R., additional, Dorda, M., additional, Januska, J., additional, Santi, R., additional, Geller, C., additional, Nakamura, K., additional, Kasseno, K., additional, Taniguchi, K., additional, Wutzler, A., additional, Huemer, M., additional, Parwani, A., additional, Boldt, L. H., additional, Blaschke, D., additional, Dietz, R., additional, Haverkamp, W., additional, Coutu, B., additional, Malanuk, R., additional, Ait Said, M., additional, Vicentini, A., additional, Schade, S., additional, Ando, K., additional, Rousseauplasse, A., additional, Deering, T., additional, Picarra, B. C., additional, Santos, A. R., additional, Dionisio, P., additional, Semedo, P., additional, Matos, R., additional, Leitao, M., additional, Jacinto, A., additional, Trinca, M., additional, Wan, C., additional, Glad, J., additional, Szymkiewicz, S., additional, Habibovic, M., additional, Versteeg, H., additional, Pelle, A. J. M., additional, Theuns, D. A. M. J., additional, Jordaens, L., additional, Pedersen, S. S., additional, Pakarinen, S., additional, Toivonen, L., additional, Taggeselle, J., additional, Frey, A., additional, Birkenhagen, A., additional, Kohler, S., additional, Maier, S. K. G., additional, Lobitz, N., additional, Paule, S., additional, Becher, J., additional, Mustafa, G., additional, Ibrahim, A., additional, King, G., additional, Foley, B., additional, Wilkoff, B., additional, Freedman, R., additional, Hayes, D., additional, Kalbfleisch, S., additional, Kutalek, S., additional, Schaerf, R., additional, Fazal, I. A., additional, Tynan, M., additional, Plummer, C. J., additional, Mccomb, J. M., additional, Oto, A., additional, Aytemir, K., additional, Yorgun, H., additional, Canpolat, U., additional, Kaya, E. B., additional, Tokgozoglu, L., additional, Kabakci, G., additional, Ozkutlu, H., additional, Greenberg, S., additional, Hamati, F., additional, Styperek, R., additional, Alonso, J., additional, Peress, D., additional, Bolanos, O., additional, Augostini, R., additional, Pelini, M., additional, Zhang, S., additional, Stoycos, S., additional, Witsaman, S., additional, Mowrey, K., additional, Bremer, J., additional, Oza, A., additional, Ciconte, G., additional, Mazzone, P., additional, Paglino, G., additional, Marzi, A., additional, Vergara, P., additional, Sora, N., additional, Gulletta, S., additional, Della Bella, P., additional, Nagashima, M., additional, Goya, M., additional, Soga, Y., additional, Hiroshima, K., additional, Andou, K., additional, Hayashi, K., additional, An, Y., additional, Nobuyoshi, M., additional, Kutarski, A., additional, Malecka, B., additional, Pietura, R., additional, Osmancik, P., additional, Herman, D., additional, Stros, P., additional, Kocka, V., additional, Tousek, P., additional, Linkova, H., additional, Bortnik, M., additional, Occhetta, E., additional, Dell'era, G., additional, Degiovanni, A., additional, Plebani, L., additional, Marino, P. 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- 2011
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18. Poster Session 1
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A. Deshmukh, S. S. Sharma, F. G. Gobal, S. S. Singla, P. H. Hebbar, H. P. Paydak, M. Igarashi, H. Tada, Y. Sekiguchi, H. Yamasaki, K. Kuroki, T. Machino, K. Yoshida, K. Aonuma, J. Shavadia, H. Otieno, G. Yonga, A. Jinah, J. F. Qvist, P. H. Soerensen, U. Dixen, M. A. Ramirez-Marrero, B. Perez-Villardon, D. Gaitan-Roman, M. Jimenez-Navarro, J. L. Delgado-Prieto, E. De Teresa-Galvan, M. De Mora-Martin, P. B. Hebbar, W. X. Wei, S. Bardari, M. Zecchin, R. Salame', L. Vitali Serdoz, A. Di Lenarda, N. Guerrini, G. Barbati, G. Sinagra, K. Hanazawa, K. Kaitani, Y. Nakagawa, I. Lenaerts, R. Driesen, N. Hermida, H. Heidbuchel, S. Janssens, J. L. Balligand, K. R. Sipido, R. Willems, R. Sehra, D. Krummen, C. Briggs, S. Narayan, Y. Tanaka, K. Hirao, T. Nakamura, O. Inaba, A. Yagishita, K. Higuchi, H. Hachiya, M. Isobe, E. Kallergis, E. M. Kanoupakis, H. E. Mavrakis, C. A. Goudis, N. E. Maliaraki, P. E. Vardas, K. Kiuchi, C. Piorkowski, S. Kircher, T. Gaspar, N. Watanabe, A. Bollmann, G. Hindricks, K. Wauters, A. Grosse, S. Raffa, M. Brunelli, J. C. Geller, A. P. Maggioni, L. Gonzini, G. Gussoni, G. Vescovo, M. Gulizia, S. Pirelli, G. Mathieu, G. Di Pasquale, R. Salame, S. Magnani, T. Sakamoto, K. Kumagai, E. Fuke, S. Nishiuchi, T. Hayashi, Y. Miki, S. Naito, S. Oshima, I. E. Hof, E. Vonken, B. K. Velthuis, M. Meine, R. N. W. Hauer, K. P. Loh, J. O. Na, C. U. Choi, E. J. Kim, S. W. Rha, C. G. Park, H. S. Seo, D. J. Oh, H. E. Lim, D. Wichterle, V. Bulkova, M. Fiala, J. Chovancik, J. Simek, P. Peichl, R. Cihak, J. Kautzner, A. Glick, S. Viskin, B. Belhassen, A. Navarrete, F. Conte, A. Ishti, D. Sai, M. Moran, Z. Chitovova, H. Ahmed, K. Mares, J. Skoda, L. Sediva, J. Petru, V. Y. Reddy, P. Neuzil, M. Schmidt, U. Dorwarth, A. Leber, M. Wankerl, J. Krieg, F. Straube, S. Reif, E. Hoffmann, E. Mikhaylov, V. Tikhonenko, D. Lebedev, S. Y. Shin, H. S. Yong, J. I. Choi, S. H. Kim, S. Matsuo, T. Yamane, M. Hioki, K. Ito, R. Narui, T. Date, K. Sugimoto, M. Yoshimura, S. Rolf, P. Sommer, R. Batalov, S. Popov, I. Antonchenko, T. Suslova, S. Fichtner, U. Czudnochowsky, H. L. Estner, S. Ammar, T. Reents, C. Jilek, G. Hessling, I. Deisenhofer, E. Pokushalov, A. Romanov, G. Corbucci, S. Artemenko, D. Losik, V. Shabanov, A. Turov, D. Elesin, M. Abramov, P. Sanders, P. Jais, K. Roberts-Thomson, K. Fukumoto, S. Takatsuki, T. Kimura, N. Nishiyama, Y. Aizawa, T. Sato, S. Miyoshi, K. Fukuda, Y. Roux, J. Tenkorang, P. Carroz, J. Schlaepfer, P. Pascale, A. Forclaz, M. Fromer, E. Pruvot, L. Sknouril, R. Nevralova, M. Dorda, J. Januska, R. Santi, C. Geller, K. Nakamura, K. Kasseno, K. Taniguchi, A. Wutzler, M. Huemer, A. Parwani, L. H. Boldt, D. Blaschke, R. Dietz, W. Haverkamp, B. Coutu, R. Malanuk, M. Ait Said, A. Vicentini, S. Schade, K. Ando, A. Rousseauplasse, T. Deering, B. C. Picarra, A. R. Santos, P. Dionisio, P. Semedo, R. Matos, M. Leitao, A. Jacinto, M. Trinca, C. Wan, J. Glad, S. Szymkiewicz, M. Habibovic, H. Versteeg, A. J. M. Pelle, D. A. M. J. Theuns, L. Jordaens, S. S. Pedersen, S. Pakarinen, L. Toivonen, J. Taggeselle, A. Frey, A. Birkenhagen, S. Kohler, S. K. G. Maier, N. Lobitz, S. Paule, J. Becher, G. Mustafa, A. Ibrahim, G. King, B. Foley, B. Wilkoff, R. Freedman, D. Hayes, S. Kalbfleisch, S. Kutalek, R. Schaerf, I. A. Fazal, M. Tynan, C. J. Plummer, J. M. Mccomb, A. Oto, K. Aytemir, H. Yorgun, U. Canpolat, E. B. Kaya, L. Tokgozoglu, G. Kabakci, H. Ozkutlu, S. Greenberg, F. Hamati, R. Styperek, J. Alonso, D. Peress, O. Bolanos, R. Augostini, M. Pelini, S. Zhang, S. Stoycos, S. Witsaman, K. Mowrey, J. Bremer, A. Oza, G. Ciconte, P. Mazzone, G. Paglino, A. Marzi, P. Vergara, N. Sora, S. Gulletta, P. Della Bella, M. Nagashima, M. Goya, Y. Soga, K. Hiroshima, K. Andou, K. Hayashi, Y. An, M. Nobuyoshi, A. Kutarski, B. Malecka, R. Pietura, P. Osmancik, D. Herman, P. Stros, V. Kocka, P. Tousek, H. Linkova, M. Bortnik, E. Occhetta, G. Dell'era, A. Degiovanni, L. Plebani, P. N. Marino, M. V. Gorev, D. G. Alimov, P. Raju, S. Kully, S. Ugni, S. Furniss, G. Lloyd, N. R. Patel, M. W. Richards, C. E. Warren, M. H. Anderson, M. Hero, J. L. Rey, S. Ouali, S. Azzez, S. Kacem, S. Hammas, H. Ben Salem, E. Neffeti, F. Remedi, E. Boughzela, M. B. Kronborg, P. T. Mortensen, S. H. Poulsen, J. C. Nielsen, E. N. Simantirakis, J. E. Kontaraki, E. G. Arkolaki, S. I. Chrysostomakis, E. G. Nyktari, A. P. Patrianakos, R. C. Funck, C. Harink, H. H. Mueller, S. Koelsch, B. Maisch, V. Bolzani, P. Costandi, R. E. Shehada, N. Butala, B. Coppola, M. Taborsky, P. Heinc, M. Fedorco, V. Doupal, A. Di Cori, G. Zucchelli, E. Soldati, L. Segreti, R. De Lucia, S. Viani, L. Paperini, M. G. Bongiorni, K. J. Gutleben, W. Kranig, C. Barr, M. M. Morgenstern, M. Simon, Y. H. Dalal, M. Landolina, A. Pierantozzi, T. Agricola, M. Lunati, E. Pisano', G. Lonardi, G. Bardelli, G. Zucchi, B. Thibault, M. Dubuc, E. Karst, K. Ryu, P. Paiement, M. D. Carlson, T. Farazi, H. Alhous, L. Mont, J. M. Porres, J. Alzueta, X. Beiras, I. Fernandez-Lozano, A. Macias, R. 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Lv function ,medicine.medical_specialty ,business.industry ,Physiology (medical) ,Internal medicine ,Cardiology ,Medicine ,Cardiology and Cardiovascular Medicine ,business ,Predictive value ,Value (mathematics) ,Surgery - Abstract
was higher in the NRG (p 0.70 was the more accurate RT-MCE value to predict LV regional recovery with positive predictive value of 70% and negative predictive value of 56% (p
- Published
- 2011
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