Utilization of dietary B-carotene by Pleoticus muelleri (Crustacea, Decapoda) reared under culture conditions.

DIAZ ANA CRISTINA; FERNANDEZ GIMENEZ, ANALIA VERONICA; VELURTAS, SUSANA MARIA; MENDIARA, SARA NOEMÍ; FENUCCI, JORGE LINO

BIOCELL

Inca Editorial Talleres Gráficos

Lugar: Mendoza; Año: 2007 vol. 31 p. 297 - 297

0327-9545

190. UTILIZATION OF DIETARY ¦Â-CAROTENE BY Pleoticus muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS ¦Â-CAROTENE BY Pleoticus muelleri (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS CULTURE CONDITIONS (CRUSTACEA, DECAPODA) REARED UNDER CULTURE CONDITIONS D¨ªaz AC, Fern¨¢ndez Gimenez AV, Velurtas SM, Mendiara SN, Fenucci JL. Dpto. Cs. Marinas, FCEyN, UNMdP, CONICET, CIC. E-mail: acdiaz@mdp.edu.ar Crustaceans cannot synthesize carotenoids de novo, which must therefore be present in the diet. The objective of this study was determining the effect of dietary ¦Â-carotene on growth, survival and digestive enzyme activities of shrimp P. muelleri. Four diets (37% proteins, 7.5% lipids) contained 0 (C0), 50 (C50), 100 (C100) and 150 (C150) mg ¦Â-carotene kg-1 diet were tested in four replicates groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 (37% proteins, 7.5% lipids) contained 0 (C0), 50 (C50), 100 (C100) and 150 (C150) mg ¦Â-carotene kg-1 diet were tested in four replicates groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 (37% proteins, 7.5% lipids) contained 0 (C0), 50 (C50), 100 (C100) and 150 (C150) mg ¦Â-carotene kg-1 diet were tested in four replicates groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 (37% proteins, 7.5% lipids) contained 0 (C0), 50 (C50), 100 (C100) and 150 (C150) mg ¦Â-carotene kg-1 diet were tested in four replicates groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 (37% proteins, 7.5% lipids) contained 0 (C0), 50 (C50), 100 (C100) and 150 (C150) mg ¦Â-carotene kg-1 diet were tested in four replicates groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 groups during 40 days. The juveniles (0.18¡À0.012g body weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic activity was highest in animals fed with C50 (1.1 abs.366 weight) were obtained from hatchery-raised postlarvae. Total proteolytic