EFFECT OF FLAVONOID RUTIN ON GLYCEMIA AND ITS REGULATORY REPATIC ENZYMES IN GILTHEAD SEABREAM (SPARUS AUTARA)

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IMANI AHMAD; FARHANGI MEHRDAD; RAFIEE GHOLAMREZA; YAZDANPARAST RAZIEH; BAANANTE ISABEL VASQUEZ

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Journal: JOURNAL OF MARINE SCIENCES AND TECHNOLOGY Year:2012 | Volume:11 | Issue:3 Page(s): 4-15

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Title

EFFECT OF FLAVONOID RUTIN ON GLYCEMIA AND ITS REGULATORY REPATIC ENZYMES IN GILTHEAD SEABREAM (SPARUS AUTARA)

Author(s)

Keywords

FLAVONOID RUTINQ2

HYPERGLYCEMIAQ2

GLUCOKINASEQ2

GILTHEAD SEABREAM (SPARUS AURATA)Q2

Abstract

Nowadays, plant protein alternatives and increasing aquafeed efficiency are accentuated. In the present study the effects of injecting different dosages and chemical types of favonoid rutin on modulation of gilthead sea bream glycemia is studied in three consecutively distinct experiments. Fish were fed at 3% of their respective body weight twice a day with a diet containing 25% pre-gelatinized starch. Water temperature and photoperiod were adjusted near to 18oC and 12L: 12D, respectively. Glycemia and hepatic glucose metabolism enzymes were measured. Results showed that 100 mg/kg BW of both chemical types of rutin significantly decreased glycemia (209.30±34.44 mgldl and 120.18±9.84 for control and rutin treated groups in non-water soluble rutin, respectively, 125.50±6.54 and 99.83±6.46 for control and rutin treated groups in water soluble product, respectively) concomitant with increasing hepatic GLUCOKINASE activity (1.77±0.22 U/g protein and 6.13±1.20 for control and rutin treated groups in non-water soluble rutin, respectively, 20.19±1.51 and 25.77±1.61 for control and rutin treated groups in water soluble product, respectively). However, the time required for rutin to show its hypoglycemic effect is shorter for non-water soluble product (6 hrs after rutin injection) than water soluble one (9 hrs after rutin injection). Results implied that it is possible to manipulate the carbohydrate metabolic machinery of gilthead sea bream using hypoglycemic phytogenics (rutin) similar to laboratory rodent hyperglaycemia models.

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APA: Copy

IMANI, AHMAD, FARHANGI, MEHRDAD, RAFIEE, GHOLAMREZA, YAZDANPARAST, RAZIEH, & BAANANTE, ISABEL VASQUEZ. (2012). EFFECT OF FLAVONOID RUTIN ON GLYCEMIA AND ITS REGULATORY REPATIC ENZYMES IN GILTHEAD SEABREAM (SPARUS AUTARA). JOURNAL OF MARINE SCIENCES AND TECHNOLOGY, 11(3), 4-15. SID. https://sid.ir/paper/74731/en

Vancouver: Copy

IMANI AHMAD, FARHANGI MEHRDAD, RAFIEE GHOLAMREZA, YAZDANPARAST RAZIEH, BAANANTE ISABEL VASQUEZ. EFFECT OF FLAVONOID RUTIN ON GLYCEMIA AND ITS REGULATORY REPATIC ENZYMES IN GILTHEAD SEABREAM (SPARUS AUTARA). JOURNAL OF MARINE SCIENCES AND TECHNOLOGY[Internet]. 2012;11(3):4-15. Available from: https://sid.ir/paper/74731/en

IEEE: Copy

AHMAD IMANI, MEHRDAD FARHANGI, GHOLAMREZA RAFIEE, RAZIEH YAZDANPARAST, and ISABEL VASQUEZ BAANANTE, “EFFECT OF FLAVONOID RUTIN ON GLYCEMIA AND ITS REGULATORY REPATIC ENZYMES IN GILTHEAD SEABREAM (SPARUS AUTARA),” JOURNAL OF MARINE SCIENCES AND TECHNOLOGY, vol. 11, no. 3, pp. 4–15, 2012, [Online]. Available: https://sid.ir/paper/74731/en

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