1
Roger W Dahl, David K Swanson, Stephen J Hahn, Douglas J Lang, John E Heil: Subcutaneous defibrillation electrodes. Cardiac Pacemakers, Haugen and Nikolai, April 20, 1993: US05203348 (279 worldwide citation)

Implantable electrodes for defibrillation are formed of pluralities of electrode segments. Each of the segments is relatively long and narrow. The electrode segments can be parallel and spaced apart from one another a distance at least ten times the nominal width, with one end of each segment mounte ...


2
Roger W Dahl, David K Swanson, Stephen J Hahn, Douglas J Lang, John E Heil: Process for implanting subcutaneous defibrillation electrodes. Cardiac Pacemakers, Haugen and Nikolai, July 27, 1993: US05230337 (261 worldwide citation)

Implantable electrodes for defibrillation are formed of pluralities of electrode segments. Each of the segments is relatively long and narrow. The electrode segments can be parallel and spaced apart from one another a distance at least ten times the nominal width, with one end of each segment mounte ...


3
Roger W Dahl, David K Swanson, Stephen J Hahn, Douglas J Lang, John E Heil: Subcutaneous defibrillation electrodes. Cardiac Pacemakers, Haugen and Nikolai P A, February 18, 1997: US05603732 (244 worldwide citation)

Implantable electrodes for defibrillation are formed of pluralities of electrode segments. Each of the segments is relatively long and narrow. The electrode segments can be parallel and spaced apart from one another a distance at least ten times the nominal width, with one end of each segment mounte ...


4
Roger W Dahl, David K Swanson, Stephen J Hahn, Douglas J Lang, John E Heil: Subcutaneous defibrillation electrodes. Cardiac Pacemakers, November 1, 1994: US05360442 (170 worldwide citation)

Implantable electrodes for defibrillation are formed of pluralities of electrode segments. Each of the segments is relatively long and narrow. The electrode segments can be parallel and spaced apart from one another a distance at least ten times the nominal width, with one end of each segment mounte ...


5
Dahl Roger W, Swanson David K, Hahn Stephen J, Lang Douglas J, Heil John E: Subcutaneous defibrillation electrodes.. Cardiac Pacemakers, December 11, 1991: EP0460324-A2 (33 worldwide citation)

Implantable electrodes for defibrillation are formed of pluralities of electrode segments. Each of the segments is relatively long and narrow. The electrode segments can be parallel and spaced apart from one another a distance at least ten times the nominal width, with one end of each segment mounte ...


6
Matthew Bonner, Kenneth Gardeski, Bruce R Mehdizadeh, Roger Christopherson, Michael R Neidert: Subcutaneous lead guidance. Medtronic, Carol F Barry, May 9, 2017: US09642555

An apparatus for subcutaneous lead guidance includes a flexible guide strap, a navigation catheter and a tunneling tool. The guide strap includes an upper layer having a plurality of retainer formations and a substrate attachable on a patient's skin extending between an incision and a target site. T ...


7
Igor Abramov: Automatic defibrillation system. November 6, 2018: US10118047

Several embodiments of an automatic external defibrillation system (2) comprising external interconnected defibrillator modules (4a) and (4b) are described. The modules (4a) and (4b), upon detection of ventricular fibrillation (VF) by microcomputer (100) via sensing electrodes (26) automatically ins ...


8
Dahl Roger W, Swanson David K, Hahn Stephen J, Lang Douglas J, Heil John E: Electrodes de defibrillation sous-cutanee, Subcutaneous defibrillation electrodes. Cardiac Pacemakers, RIDOUT & MAYBEE, May 4, 1999: CA2027744

Implantable electrodes for defibrillation are formed ofpluralities of electrode segments. Each of the segments isrelatively long and narrow. The electrode segments can beparallel and spaced apart from one another a distance at leastten times the nominal width, with one end of each segment mountedto ...