Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth

Yellow alkaline noodles (YAN) with low-salt content pose low textural and mechanical properties. Consequently, they collapse easily in overall structure upon cooking, i.e. become soft, soggy, and crumble into smaller pieces. In addition to this major setback, low salt content in YAN impairs the tast...

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Main Author: Yeoh, Shin Yong
Format: Thesis
Language:English
Published: 2022
Subjects:
Online Access:http://eprints.usm.my/59342/
Abstract Abstract here
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author Yeoh, Shin Yong
author_facet Yeoh, Shin Yong
author_sort Yeoh, Shin Yong
description Yellow alkaline noodles (YAN) with low-salt content pose low textural and mechanical properties. Consequently, they collapse easily in overall structure upon cooking, i.e. become soft, soggy, and crumble into smaller pieces. In addition to this major setback, low salt content in YAN impairs the taste and saltines perception by the consumers. Furthermore, Commercial YAN have a very short shelf life (up to 2 days), even under refrigeration storage. This study aims to develop zero-salted YAN coated with using of high amylose corn starch HylonVIITM (HC) or a mixture of sucrose esters of fatty acids and carboxymethyl cellulose SemperfreshTM (SC). The noodles is hypothesised to have the same (or better) shelf life, textural, mechanical, and sensory properties, as well as able to enhance salt release in the mouth than YAN.
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spelling usm-593422023-09-07T02:00:09Z http://eprints.usm.my/59342/ Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth Yeoh, Shin Yong T1-995 Technology(General) Yellow alkaline noodles (YAN) with low-salt content pose low textural and mechanical properties. Consequently, they collapse easily in overall structure upon cooking, i.e. become soft, soggy, and crumble into smaller pieces. In addition to this major setback, low salt content in YAN impairs the taste and saltines perception by the consumers. Furthermore, Commercial YAN have a very short shelf life (up to 2 days), even under refrigeration storage. This study aims to develop zero-salted YAN coated with using of high amylose corn starch HylonVIITM (HC) or a mixture of sucrose esters of fatty acids and carboxymethyl cellulose SemperfreshTM (SC). The noodles is hypothesised to have the same (or better) shelf life, textural, mechanical, and sensory properties, as well as able to enhance salt release in the mouth than YAN. 2022-03 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/59342/1/24%20Pages%20from%20YEOH%20SHIN%20YONG%20-%20TESIS.pdf Yeoh, Shin Yong (2022) Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth. PhD thesis, Perpustakaan Hamzah Sendut.
spellingShingle T1-995 Technology(General)
Yeoh, Shin Yong
Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth
thesis_level PhD
title Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth
title_full Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth
title_fullStr Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth
title_full_unstemmed Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth
title_short Development Of Hydrocolloids-Coated Noodles For Enhanced Salt Release In The Mouth
title_sort development of hydrocolloids coated noodles for enhanced salt release in the mouth
topic T1-995 Technology(General)
url http://eprints.usm.my/59342/
work_keys_str_mv AT yeohshinyong developmentofhydrocolloidscoatednoodlesforenhancedsaltreleaseinthemouth