MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS

Bread is a food source of carbohydrates made from wheat flour that contains gluten, a protein that can hold the structure of the bread dough to keep expanding. On the other hand, wheat flour is made from wheat which cannot be grown domestically so gluten-free breads need to be produced to help re...

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Main Author: Shiddiq Trisnadi, Zharfan
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/46258
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:46258
spelling id-itb.:462582020-02-26T11:44:28ZMODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS Shiddiq Trisnadi, Zharfan Indonesia Final Project gluten-free bread, FERCAF, rice flour, arrowroot flour, xanthan gum. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/46258 Bread is a food source of carbohydrates made from wheat flour that contains gluten, a protein that can hold the structure of the bread dough to keep expanding. On the other hand, wheat flour is made from wheat which cannot be grown domestically so gluten-free breads need to be produced to help reduce the high number of imported flour. The problem is that the characteristics of gluten-free bread products are not as good as bread made from wheat flour. The characteristics of gluten-free bread can be improved by the addition of additives namely hydrocolloids which have water- binding ability. This study aims to determine the combination of flour that provides the best characteristics, determine the effect of adding hydrocolloids to the characteristics of gluten-free bread and determine the level of acceptance of gluten-free bread. The characteristics of gluten-free bread are evaluated by assessing several parameters namely specific volume, bake loss, texture, and color. Flours that will be used in this research is arrowroot flour, rice flour, and FERCAF. The experimental design used is a simple centroid mixture design type. The hydrocolloid used is xanthan gum with a concentration of 2%. The results showed that the best flour composition was the composition of arrowroot flour 100%, flour G50%: F50%, and flour G66%: B17%: F17%. The effect of the addition of hydrocolloid on gluten-free bread was tested with two-sample t-tests with ?? = 0.05 and the results showed that the hydrocolloid contributed positively to the characteristics of gluten-free bread. The best breads are then tested for acceptance through a hedonic test for taste, texture, appearance and overall quality. The result of hedonic test shows that non-gluten free bread has a range of interpretations at a value of 4 which means rather dislike text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Bread is a food source of carbohydrates made from wheat flour that contains gluten, a protein that can hold the structure of the bread dough to keep expanding. On the other hand, wheat flour is made from wheat which cannot be grown domestically so gluten-free breads need to be produced to help reduce the high number of imported flour. The problem is that the characteristics of gluten-free bread products are not as good as bread made from wheat flour. The characteristics of gluten-free bread can be improved by the addition of additives namely hydrocolloids which have water- binding ability. This study aims to determine the combination of flour that provides the best characteristics, determine the effect of adding hydrocolloids to the characteristics of gluten-free bread and determine the level of acceptance of gluten-free bread. The characteristics of gluten-free bread are evaluated by assessing several parameters namely specific volume, bake loss, texture, and color. Flours that will be used in this research is arrowroot flour, rice flour, and FERCAF. The experimental design used is a simple centroid mixture design type. The hydrocolloid used is xanthan gum with a concentration of 2%. The results showed that the best flour composition was the composition of arrowroot flour 100%, flour G50%: F50%, and flour G66%: B17%: F17%. The effect of the addition of hydrocolloid on gluten-free bread was tested with two-sample t-tests with ?? = 0.05 and the results showed that the hydrocolloid contributed positively to the characteristics of gluten-free bread. The best breads are then tested for acceptance through a hedonic test for taste, texture, appearance and overall quality. The result of hedonic test shows that non-gluten free bread has a range of interpretations at a value of 4 which means rather dislike
format Final Project
author Shiddiq Trisnadi, Zharfan
spellingShingle Shiddiq Trisnadi, Zharfan
MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS
author_facet Shiddiq Trisnadi, Zharfan
author_sort Shiddiq Trisnadi, Zharfan
title MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS
title_short MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS
title_full MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS
title_fullStr MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS
title_full_unstemmed MODIFICATION OF GLUTEN-FREE BREAD STRUCTURE WITH HYDROCOLLOIDS
title_sort modification of gluten-free bread structure with hydrocolloids
url https://digilib.itb.ac.id/gdl/view/46258
_version_ 1822271111754153984