Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage

Determination of the Total fat, Fatty acid and Protein content of whole and eviscerated Decapterus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven day cold storage were done using acid hydrolysis, titration and Bradford method respectively. Total fat content in whole and eviscerat...

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Main Authors: Alcaraz, Paul Jansen T., Oreta, Fentley M., Panganiban, Lyndon P., Tiuseco, Michael R.
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Language:English
Published: Animo Repository 1993
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Online Access:https://animorepository.dlsu.edu.ph/etd_bachelors/9313
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Institution: De La Salle University
Language: English
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spelling oai:animorepository.dlsu.edu.ph:etd_bachelors-99582021-09-03T02:43:06Z Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage Alcaraz, Paul Jansen T. Oreta, Fentley M. Panganiban, Lyndon P. Tiuseco, Michael R. Determination of the Total fat, Fatty acid and Protein content of whole and eviscerated Decapterus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven day cold storage were done using acid hydrolysis, titration and Bradford method respectively. Total fat content in whole and eviscerated Decapterus macrosoma increased from 242.67 ug/muscle to 972.33 ug/muscle and also increased from 186.67 ug/muscle to 1424.00 ug/muscle respectively. Total fat also increased in whole and eviscerated Tilapia nilotica from 472.83 ug/muscle to 1083.83 ug/muscle and from 607.00 ug/muscle to 1181.67 ug/muscle respectively. Fatty acid also increased in whole and eviscerated Decapterus macrosoma from 0.227 ueq/muscle to 0.473 ueq/muscle and 0.227 ueq/muscle to 0.507 ueq/muscle respectively. Likewise, fatty acid increased in whole and eviscerated Tilapia nilotica from 0.227 ueq/muscle to 0.380 ueq/muscle, and from 0.253 ueq/muscle to 0.440 ueq/muscle respectively. Ratio of Fatty acid over Total Fat in whole and eviscerated Decapterus macrosoma decreased from .09 percent to .04 percent and from .12 percent to .03 percent respectively. Likewise ratio of Fatty acid over Total fat in whole and eviscerated Tilapia nilotica decreased from .05 percent to .04 percent and from .042 percent to .037 percent respectively. 1993-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/etd_bachelors/9313 Bachelor's Theses English Animo Repository Tilapia Fishes--Composition Fish, Frozen Fish as food--Analysis Biology
institution De La Salle University
building De La Salle University Library
continent Asia
country Philippines
Philippines
content_provider De La Salle University Library
collection DLSU Institutional Repository
language English
topic Tilapia
Fishes--Composition
Fish, Frozen
Fish as food--Analysis
Biology
spellingShingle Tilapia
Fishes--Composition
Fish, Frozen
Fish as food--Analysis
Biology
Alcaraz, Paul Jansen T.
Oreta, Fentley M.
Panganiban, Lyndon P.
Tiuseco, Michael R.
Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage
description Determination of the Total fat, Fatty acid and Protein content of whole and eviscerated Decapterus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven day cold storage were done using acid hydrolysis, titration and Bradford method respectively. Total fat content in whole and eviscerated Decapterus macrosoma increased from 242.67 ug/muscle to 972.33 ug/muscle and also increased from 186.67 ug/muscle to 1424.00 ug/muscle respectively. Total fat also increased in whole and eviscerated Tilapia nilotica from 472.83 ug/muscle to 1083.83 ug/muscle and from 607.00 ug/muscle to 1181.67 ug/muscle respectively. Fatty acid also increased in whole and eviscerated Decapterus macrosoma from 0.227 ueq/muscle to 0.473 ueq/muscle and 0.227 ueq/muscle to 0.507 ueq/muscle respectively. Likewise, fatty acid increased in whole and eviscerated Tilapia nilotica from 0.227 ueq/muscle to 0.380 ueq/muscle, and from 0.253 ueq/muscle to 0.440 ueq/muscle respectively. Ratio of Fatty acid over Total Fat in whole and eviscerated Decapterus macrosoma decreased from .09 percent to .04 percent and from .12 percent to .03 percent respectively. Likewise ratio of Fatty acid over Total fat in whole and eviscerated Tilapia nilotica decreased from .05 percent to .04 percent and from .042 percent to .037 percent respectively.
format text
author Alcaraz, Paul Jansen T.
Oreta, Fentley M.
Panganiban, Lyndon P.
Tiuseco, Michael R.
author_facet Alcaraz, Paul Jansen T.
Oreta, Fentley M.
Panganiban, Lyndon P.
Tiuseco, Michael R.
author_sort Alcaraz, Paul Jansen T.
title Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage
title_short Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage
title_full Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage
title_fullStr Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage
title_full_unstemmed Biochemical analysis of the fish muscle composition of Decapteus macrosoma (galunggong) and Tilapia nilotica (tilapia) during seven days cold storage
title_sort biochemical analysis of the fish muscle composition of decapteus macrosoma (galunggong) and tilapia nilotica (tilapia) during seven days cold storage
publisher Animo Repository
publishDate 1993
url https://animorepository.dlsu.edu.ph/etd_bachelors/9313
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