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  • CO2
  • Ahmedabad, India  (1)
  • Iranian Fisheries Science Research Institute  (1)
  • Blackwell Science Ltd
  • 2015-2019  (2)
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  • 1
    Publication Date: 2021-05-19
    Description: In this study, influence of modified atmosphere packaging on shelf life of trout (Oncorhynchus mykiss) (whole fish without visceral and without head and tail fish) stored in 4 to 6ºc was examined. Fish stored in MAP condition and control samples, in different time, were tested for spoilage chemical factors (TVN, PV and pH), microbial parameters (total viable count, clostridium botulinum) and sensory factors too. Mixed gases including co2 (30-50%), N2 (40-65%) and o2 (0 to 20%) were used for trout (without head and tail =6 treatments) and (whole fish without visceral and control = 2 treatments) statistical the analysis results showed that examined factors were significant difference during storage (P〈0.001). Mixed gases haven t had inhibitory effect on spoilage factors (chemical and microbial parameters). However spoilage process was delayed. Increasing of chemical and microbial changes in control samples was higher than treatment samples especially TVN. The results also showed that shelf life of control samples stored 4-6ºc were between 6-12 days but in MAP samples were 19 days. Mixed gases including CO2 (40%), N2 (55%) and O2 (5%) were the best formula and the shelf life of fish (without head and tail) was 16 days where it was 19 days in whole fish (Lack of visceral). The results showed that storage of trout in MAP condition facilities storage and increasing of fish shelf life too.
    Description: Iranian Fisheries Science Research Institute
    Description: Published
    Keywords: Chemical ; Oncorhynchus mykiss ; Modified Atmosphere Packaging ; Shelflife ; Rainbow trout ; Samples ; pH ; Microbial parameters ; CO2 ; N2 ; O2
    Repository Name: AquaDocs
    Type: Report , Refereed
    Format: 58pp.
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  • 2
    Publication Date: 2021-05-19
    Description: Oceans act as a major sink for anthropogenic CO2 through primary production. The Arabian Sea (area ~6.2 × 106 km2) covers only about 1% of the global ocean surface but contributes up to 5% of the global marine primary production, partly due to high influx of ‘new’ nitrogen via diazotrophic N2 fixation. Iron, whose main source in the ocean is atmospheric transport of dust, is an essential nutrient for sustaining N2 fixation. Despite being in the vicinity of the Thar desert on the east and the Arabia desert on the west, the Arabian Sea has been projected to be an HNLC (high nutrient low chlorophyll) region
    Description: Unpublished
    Keywords: IIOE-2 ; CO2 ; Primary production ; Sagar Sampada/FORV ; Nitrogen fixation
    Repository Name: AquaDocs
    Type: Report , Not Known
    Format: 6pp.
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