BACKGROUND & AIMS: It is hypothesized that provision of pre- and/or postoperative omega-3 fatty acids to surgical patients in clinical routine improves clinical outcome. METHODS: Retrospective evaluation of a 2-year-longitudinal data base of ICU patients (n=249) elected for major abdominal surgery. Group I (n=110): postoperative standard parenteral nutrition (1.2 g amino acids, 0.3 g glutamine dipeptide, 0.6 g lipids, 4 g/kg glucose; energy ratio glucose to lipid 2:1); group II (n=86): part of postoperative lipid emulsion replaced by fish oil; group III (n=53): in addition 2-3 days preoperative fish oil supplementation (max. 100 ml/d). RESULTS: A decrease in mortality was observed in group III compared to group I (P=0.02). The number of patients requiring mechanical ventilation was lower with perioperative fish oil (n=34 in groups I and II. 10 in III, P<0.05). The number of days in ICU was not different (group I: 7.6 days, group II: 7.0, group III: 7.3), the length of hospital stay was shorter in group I (group I: 29.2 days, group II: 24.9, group III: 22.2, P<0.05 vs I). CONCLUSIONS: In a retrospective evaluation, perioperative provision of parenteral fish oil (ca. 10 g/day) beneficially influences patient outcome probably by modulating the immune response.
BACKGROUND & AIMS: It is hypothesized that provision of pre- and/or postoperative omega-3 fatty acids to surgical patients in clinical routine improves clinical outcome. METHODS: Retrospective evaluation of a 2-year-longitudinal data base of ICU patients (n=249) elected for major abdominal surgery. Group I (n=110): postoperative standard parenteral nutrition (1.2 g amino acids, 0.3 g glutaminedipeptide, 0.6 g lipids, 4 g/kg glucose; energy ratio glucose to lipid 2:1); group II (n=86): part of postoperative lipid emulsion replaced by fish oil; group III (n=53): in addition 2-3 days preoperative fish oil supplementation (max. 100 ml/d). RESULTS: A decrease in mortality was observed in group III compared to group I (P=0.02). The number of patients requiring mechanical ventilation was lower with perioperative fish oil (n=34 in groups I and II. 10 in III, P<0.05). The number of days in ICU was not different (group I: 7.6 days, group II: 7.0, group III: 7.3), the length of hospital stay was shorter in group I (group I: 29.2 days, group II: 24.9, group III: 22.2, P<0.05 vs I). CONCLUSIONS: In a retrospective evaluation, perioperative provision of parenteral fish oil (ca. 10 g/day) beneficially influences patient outcome probably by modulating the immune response.
Authors: M F Cury-Boaventura; R Gorjão; T Martins de Lima; J Fiamoncini; A B P Godoy; F C Deschamphs; F G Soriano; R Curi Journal: Clin Exp Immunol Date: 2011-06-17 Impact factor: 4.330
Authors: Sigrun Friesecke; Christian Lotze; Jenny Köhler; Annegret Heinrich; Stephan B Felix; Peter Abel Journal: Intensive Care Med Date: 2008-03-21 Impact factor: 17.440
Authors: Konstantin Mayer; Almuth Kiessling; Juliane Ott; Martina Barbara Schaefer; Matthias Hecker; Ingrid Henneke; Richard Schulz; Andreas Günther; Jingdong Wang; Lijun Wu; Joachim Roth; Werner Seeger; Jing X Kang Journal: Am J Respir Crit Care Med Date: 2009-01-08 Impact factor: 21.405
Authors: Vera M Barbosa; Elizabeth A Miles; Conceição Calhau; Estevão Lafuente; Philip C Calder Journal: Crit Care Date: 2010-01-19 Impact factor: 9.097