Wood and Fiber Science · 2005 · 47 citations · 5 references
Open access
Life SciencesMicrobiologyPlant SciencesBiofertilizersMycologyPlant BiochemistryFungal BiochemistryFungal Decay In WoodFungal Secondary MetabolitesOrganic AcidsWood DecayWood ProductsFungal Decay ProcessesFungal Decay SuppressionNatural Antifungal CompoundsPyrolysis Of WoodWood Decay Fungi
We reviewed thirty eight children, ranged 3 days to 15 years (mean, 7.2 years) of age, who underwent permanent pacemaker implantations in our hospital. Long-term results including the site of generator pocket were discussed. They are alive and well except two early and three late deaths that were not related to the pacemaker implantation. Twenty-seven epicardial and 11 endocardial electrodes were implanted at the initial operations. Thirteen pulse generators implanted in subaxillar position had no complications, otherwise, 12 subcostal implantation resulted 4 skin necrosis and 3 lead fractures. Eleven anterior chest implantations used for relatively older children resulted in one skin necrosis. We recommend subaxillar implantation for children, especially for small infants. The replacements of pulse generators due to battery depletion were done between 1.7 to 5.5 years (mean 4.0 years). Because epicardial implanted electrodes often show higher stimulation threshold than epicardial ones, pacing rate should be as lowered as possible if the patient had no symptom. Stab-in leads placed on the atrial wall sometimes caused the elevation of stimulation threshold and undersensing. We conclude that the development of more reliable and stable electrode is desired to improve the long term results of pacemaker therapy in children although the improvement of pulse generator itself and the operative procedure.
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M.E Boucher, Abdelkader Chaala, C. Roy · Biomass and Bioenergy · 2000 · 212 citations
A Tannin/Copper Preservation Treatment for Wood
Augustin Scalbert, David M. Cahill, D. Dirol et al. · Holzforschung · 1998 · 23 citations