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. 2020 Jul 7;11:759. doi: 10.3389/fphys.2020.00759

TABLE 5.

Estimated effects of residual critical swimming speed (RUcrit) on carcass traits in Atlantic salmon (AS) and Gilthead seabream (GS).

BW RUcrit
AS
Ash –0.001 –0.001
Cal ns –0.004
Fat ns –0.012
Moist ns 0.016
Prot ns 0.004
FATi 0.017 –0.023
Wliver 0.01 0.001
Woes 0.005 0.002
Loes 0.009 –0.005
Wstom 0.003 –0.001
Lstom 0.005 –0.006
Wpc 0.027 0.013
Lpc 0.011 0.017
Wmedint 0.004 0.004
Lmedint 0.018 0.039
Wfilet 0.525 −0.189*
Lfilet 0.047 –0.003
Wcarcass 0.378 0.148
GS
Ash –0.009 0.005
Cal 0.023 –0.004
Fat 0.064 0.011
Moist –0.046 0.019
Prot ns 0.006
FATi 0.029 0.028*
Wliver 0.019 –0.002
Wfilet 0.467 −0.076*
Wcarcass 0.417 0.071*
BWdegutted 0.887 –0.003
Wviscera 0.004 –0.002
Woes-stom-pc 0.008 –0.001
Wint 0.018 −0.018**
Lint 0.057 –0.108
Hct 0.072 0.104

Linear regression was tested with BW as cofactor only when significant (ns, not significant). Wfilet was negatively related to RUcrit in salmon and in bream. For seabream, additionally, significant relations existed between RUcrit and FATi. Wint and Wcarcass. For the latter two traits, trends existed in salmon. One outlier (>2 SD) was removed for Wliver in salmon. **P < 0.01; *P < 0.05; P < 0.10. See text for abbreviations.