The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria

The sage (Salvia officinalis, Linnaeus 1753) after grinding was applied on the fillet surface. The vacuum packaged fillets were sous-vide cooked, and rapidly cooled, then stored in the refrigerator. Total antioxidant effect of sage was 110.90±1.46%. The treatments applied to fish have not significan...

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Main Author: Soner Çetinkaya
Format: Article
Language:English
Published: Natural and Engineering Sciences 2020-11-01
Series:Natural and Engineering Sciences
Subjects:
Online Access:https://www.nesciences.com/download.php?id=390
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spelling doaj-a6d64ea0f6824ba2a66b891a101f4fe02020-11-29T20:45:00ZengNatural and Engineering SciencesNatural and Engineering Sciences2458-89892458-89892020-11-0153167183The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality CriteriaSoner ÇetinkayaThe sage (Salvia officinalis, Linnaeus 1753) after grinding was applied on the fillet surface. The vacuum packaged fillets were sous-vide cooked, and rapidly cooled, then stored in the refrigerator. Total antioxidant effect of sage was 110.90±1.46%. The treatments applied to fish have not significant effects on the ash, protein, and total lipid values of samples. The decrease in the moisture content of the sage applied group (SAG) was found significant. The heat treatment significantly increased the pH values of samples. TVB-N values were determined between 13.03±0.22 and 22.69±0.15 mg/100g in SAG. TBARS values were lower in the SAG compared to the sous vide processed fish (SUG). The lowest sensorial values were obtained in the SAG for color, odor, texture and general appreciation on the 45th day, and for appearance and juiciness on the 40th day. With the sage treatment, the shelf life and acceptability of the samples were extended to at least 5 days. Application sage as the natural antioxidant had no negative effects with regard to sensory and nutritional criteria.https://www.nesciences.com/download.php?id=390fatty acidoncorhynchus mykissquality changesensory qualitytotal antioxidant capacity
collection DOAJ
language English
format Article
sources DOAJ
author Soner Çetinkaya
spellingShingle Soner Çetinkaya
The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria
Natural and Engineering Sciences
fatty acid
oncorhynchus mykiss
quality change
sensory quality
total antioxidant capacity
author_facet Soner Çetinkaya
author_sort Soner Çetinkaya
title The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria
title_short The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria
title_full The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria
title_fullStr The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria
title_full_unstemmed The Effects of Sous-Vide Cooking Method on Rainbow Trout by Adding Natural Antioxidant Effective Sage: Basic Quality Criteria
title_sort effects of sous-vide cooking method on rainbow trout by adding natural antioxidant effective sage: basic quality criteria
publisher Natural and Engineering Sciences
series Natural and Engineering Sciences
issn 2458-8989
2458-8989
publishDate 2020-11-01
description The sage (Salvia officinalis, Linnaeus 1753) after grinding was applied on the fillet surface. The vacuum packaged fillets were sous-vide cooked, and rapidly cooled, then stored in the refrigerator. Total antioxidant effect of sage was 110.90±1.46%. The treatments applied to fish have not significant effects on the ash, protein, and total lipid values of samples. The decrease in the moisture content of the sage applied group (SAG) was found significant. The heat treatment significantly increased the pH values of samples. TVB-N values were determined between 13.03±0.22 and 22.69±0.15 mg/100g in SAG. TBARS values were lower in the SAG compared to the sous vide processed fish (SUG). The lowest sensorial values were obtained in the SAG for color, odor, texture and general appreciation on the 45th day, and for appearance and juiciness on the 40th day. With the sage treatment, the shelf life and acceptability of the samples were extended to at least 5 days. Application sage as the natural antioxidant had no negative effects with regard to sensory and nutritional criteria.
topic fatty acid
oncorhynchus mykiss
quality change
sensory quality
total antioxidant capacity
url https://www.nesciences.com/download.php?id=390
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