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Original Research

Parenteral nutrition including an omega-3 fatty-acid-containing lipid emulsion for intensive care patients in China: a pharmacoeconomic analysis

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Pages 547-555 | Published online: 05 Sep 2017

Figures & data

Figure 1 Model structure of transition probabilities.

Notes: Data from Du et al.Citation24
Abbreviation: ICU, intensive care unit.
Figure 1 Model structure of transition probabilities.

Table 1 Probabilities of ICU patients’ outcomes and mean lengths of stay for patients receiving standard parenteral nutrition.

Figure 2 Infections: random effects meta-analysis and Forest plot for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsion vs standard parenteral nutrition not containing omega-3 fatty acids.

Notes: Squares represent individual study means of the effect measure; the pooled estimate is represented by a diamond symbol.
Figure 2 Infections: random effects meta-analysis and Forest plot for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsion vs standard parenteral nutrition not containing omega-3 fatty acids.

Figure 3 Length of intensive care unit stay: random effects meta-analysis and Forest plot for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsion vs standard parenteral nutrition not containing omega-3 fatty acids.

Notes: Squares represent individual study means of the effect measure; the pooled estimate is represented by a diamond symbol.
Figure 3 Length of intensive care unit stay: random effects meta-analysis and Forest plot for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsion vs standard parenteral nutrition not containing omega-3 fatty acids.

Figure 4 Post-intensive care unit length of hospital stay: random effects meta-analysis and Forest plot for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsion vs standard parenteral nutrition not containing omega-3 fatty acids.

Notes: Squares represent individual study means of the effect measure; the pooled estimate is represented by a diamond symbol.
Figure 4 Post-intensive care unit length of hospital stay: random effects meta-analysis and Forest plot for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsion vs standard parenteral nutrition not containing omega-3 fatty acids.

Table 2 Mean clinical outcome parameter results from model simulations

Table 3 Results of the cost-effectiveness analysis: mean costs per patient (standard deviation)

Figure 5 Scatterplot of the results of the probabilistic sensitivity analysis for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsions vs standard parenteral nutrition not containing omega-3 fatty acids.

Abbreviation: PSA, probabilistic sensitivity analysis.
Figure 5 Scatterplot of the results of the probabilistic sensitivity analysis for parenteral nutrition including omega-3 fatty-acid-enriched lipid emulsions vs standard parenteral nutrition not containing omega-3 fatty acids.

Figure 6 Tornado plot of deterministic sensitivity analysis results on the difference in total cost (¥) between standard parenteral nutrition not containing omega-3 fatty acids minus parenteral nutrition with omega-3 fatty-acid-enriched lipid emulsions.

Abbreviations: ICU, intensive care unit; LOS, length of stay.
Figure 6 Tornado plot of deterministic sensitivity analysis results on the difference in total cost (¥) between standard parenteral nutrition not containing omega-3 fatty acids minus parenteral nutrition with omega-3 fatty-acid-enriched lipid emulsions.