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European Journal of Cardio-Thoracic Surgery, Vol 4, 163-167, Copyright © 1990 by European Association for Cardio-thoracic Surgery
GD Buckberg, DC Drinkwater and H Laks
We report our updated experience with combined antegrade/retrograde
cardioplegia using a self-inflating/deflating balloon cannula that allows
rapid transatrial retrograde coronary sinus cannulation (10-15 s) without
right heart isolation. This permits routine single venous cannulation and
optimizes myocardial protection when combined with antegrade cardioplegia.
Two hundred fifty-five consecutive patients underwent antegrade/retrograde
cardioplegia. Initial antegrade blood cardioplegia caused immediate arrest
(less than 1 min), and the cardioplegic dose was divided equally between
antegrade and retrograde delivery. Included are 173 isolated CABG patients
(39 with either extending infarction, cardiogenic shock, or ejection
fraction less than 20%), and 37 coronary reoperations, 67 with aortic
and/or mitral valve procedures, 3 with arrhythmia surgery, and 7 children
(VSD, Rastelli, Konno, etc). Septal temperature in patients with LAD
occlusion fell to 11.6 degrees C +/- 0.5 after retrograde vs only 16.1
degrees C +/- 3 after antegrade cardioplegia (p less than 0.05). Overall
hospital mortality was 2.8% and no complications followed transatrial
retrograde coronary sinus cannulation. Antegrade/retrograde cardioplegia
allowed retrograde flushing of debris in redo coronary operations, produced
immediate arrest with low cardioplegic volumes, improved cardioplegic
distribution during IMA grafting, allowed aortic and mitral valve
procedures to proceed uninterrupted, and ensured distribution in unforeseen
aortic insufficiency. Antegrade/retrograde cardioplegia is now used
routinely in all adult and in many pediatric operations because of its
speed, safety, and simplicity.
ARTICLES
A new technique for delivering antegrade/retrograde blood cardioplegia without right heart isolation
Department of Surgery, UCLA School of Medicine.
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