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Original Articles

Bioactive fatty acids of three commercial scallop species

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Pages 519-532 | Received 26 Jul 2017, Accepted 05 Jan 2018, Published online: 25 Apr 2018

Figures & data

Figure 1. Mean and standard deviation of total lipids (g/100 g wet weight) in the examined tissues of F. glaber, M. varia, and P. jacobaeus.

Figure 1. Mean and standard deviation of total lipids (g/100 g wet weight) in the examined tissues of F. glaber, M. varia, and P. jacobaeus.

Table 1. Fatty acid composition (mg/100 g tissue wet weight) and nutritional quality indexes of adductor muscle and gonad of F. glaber, M. varia, and P. jacobaeus (mean value ± SD; n = 30).

Table 2. Summary of ANOVA (F-ratio and p value) for fatty acid content (mg/100 g tissue wet weight) and ratios in four tissues [factor: F. glaber (F), M. varia (M), P. jacobaeus (P), and samples means ranked in order of magnitude according to Tukey post hoc test].

Table 3. Summary of ANOVA (F-ratio and p value) for fatty acid content (mg/100 g tissue wet weight) and ratios in F. glaber, M. varia, and P. jacobaeus [factor: adductor muscle (A), gonad (G), mantle (M), viscera (V)] and samples means ranked in order of magnitude according to Tukey post hoc test.

Figure 2. Principal component analysis based on the fatty acids in the total lipids (% of total FAs) of four tissues (adductor muscle, A, gonad, G, mantle, M, and viscera, V) of the scallops F. glaber (F), M. varia (M), and P. jacobaeus (P).

Figure 2. Principal component analysis based on the fatty acids in the total lipids (% of total FAs) of four tissues (adductor muscle, A, gonad, G, mantle, M, and viscera, V) of the scallops F. glaber (F), M. varia (M), and P. jacobaeus (P).