Gravitational acceleration sensor for rate adaptive pacing: a multicenter clinical experience

Author

Bongiorni, M.G. ; Soldati, E. ; Arena, G. ; Quirino, G. ; Biagini, A. ; Galli, R. ; Capucci, A. ; Parlapiano, M. ; Cazzin, R. ; Rota, P. ; Moracchini, P.V. ; Leonardi, C. ; Ometta, R. ; Finocchi, G. ; Vincenzi, M. ; Corbucci, G.

Author_Institution

CNR Clinical Physiol. Inst., Pisa, Italy

fYear

1991

fDate

23-26 Sep 1991

Firstpage

161

Lastpage

164

Abstract

The Swing 100 is an SSI-R pacemaker (PM) driven by a gravimetric acceleration sensor able to detect body barycenter accelerations. The authors evaluated clinical reliability and effectiveness of this PM in 36 patients, submitted to PM implant (28 patients) or PM replacement (8 patients). A treadmill exercise stress test (EST) using the Bruce protocol, 24-hour electrocardiogram (ECG) Holter monitoring (HM) and tests of mechanical external interference were performed 1-3 months, after the PM implant. Rate trends during EST showed direct correlation between the increase of pacing rate and work load. Paced rate during the 24-hr HM showed a close temporal relation between pacing rate and physical activity

Keywords

acceleration measurement; biomechanics; pacemakers; 24 hr; Bruce protocol; ECG Holter monitoring; SSI-R pacemaker; Swing 100; body barycenter accelerations; clinical reliability; gravitational acceleration sensor; mechanical external interference; multicenter clinical experience; physical activity; rate adaptive pacing; treadmill exercise stress test; work load; Acceleration; Electrocardiography; Implants; Interference; Mechanical sensors; Pacemakers; Patient monitoring; Protocols; Stress; Testing;

fLanguage

English

Publisher

ieee

Conference_Titel

Computers in Cardiology 1991, Proceedings.

Conference_Location

Venice

Print_ISBN

0-8186-2485-X

Type

conf

DOI

10.1109/CIC.1991.169070

Filename

169070