Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire

Fermented and sun-dried cassava starch posesses bread-making properties that are exploited in the making of various traditional foodstuffs in Latin America. A kinetic fermentation study and the washing of different sour cassava starch samples enabled the study of the specific effect of fermentation and lactic acid on the acquisiton of bread-making capacity. Solar radiation filters (transmitance more than 60 percent for indicated wavelengths: 280, 340, 390 and 640 nm) were used to determine the wavelengths most effective for the acquisiton of breadmaking capacity, and to study the effect of different wavelengths on rheological properties. Cassava fermentation leads to a large drop in pH, and icnreases in total acidity and lactic acid content. Viscosity values at 88 degress C and retrogradation tendence decrease in relation to fermentation period length. Impregnation with lactic acid of briefly fermented cassava starch led to an improvement in breadmaking capacity, althought the performance of long-fermented sour starch wa not attained. Hence, fermentation, as well as producing lactic acid, also has an effect regarding breadmaking capacity. Solar drying is also required for the acquisition of breadmaking capacity: it appears to further develop starch previously transformed during fermentation. Solar radiations of 340 to 640 nm were found to be most effective in inducing breadmaking capacity in starches dried under the prevailling conditions of the CIAT (Palmira, Colombia).

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Bibliographic Details
Main Author: Aste, M
Format: Book biblioteca
Language:French
Published: International Center for Tropical Agriculture 1995
Subjects:manihot esculenta, starch, drying, solar radiation, fermentation, lactic acid, breadmaking, almidón, secado, radiación solar, fermentación, acido láctico, panificación,
Online Access:https://hdl.handle.net/10568/54633
http://ciat-library.ciat.cgiar.org/Articulos_Ciat/Digital/SB211.C3_A8_Contribution_a_I%27%C3%A9tude_de_I%27acquisition_du_pouvoir_de_panification_de_I%27amidon.pdf
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spelling dig-cgspace-10568-546332023-06-08T21:11:53Z Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire Aste, M manihot esculenta starch drying solar radiation fermentation lactic acid breadmaking almidón secado radiación solar fermentación acido láctico panificación Fermented and sun-dried cassava starch posesses bread-making properties that are exploited in the making of various traditional foodstuffs in Latin America. A kinetic fermentation study and the washing of different sour cassava starch samples enabled the study of the specific effect of fermentation and lactic acid on the acquisiton of bread-making capacity. Solar radiation filters (transmitance more than 60 percent for indicated wavelengths: 280, 340, 390 and 640 nm) were used to determine the wavelengths most effective for the acquisiton of breadmaking capacity, and to study the effect of different wavelengths on rheological properties. Cassava fermentation leads to a large drop in pH, and icnreases in total acidity and lactic acid content. Viscosity values at 88 degress C and retrogradation tendence decrease in relation to fermentation period length. Impregnation with lactic acid of briefly fermented cassava starch led to an improvement in breadmaking capacity, althought the performance of long-fermented sour starch wa not attained. Hence, fermentation, as well as producing lactic acid, also has an effect regarding breadmaking capacity. Solar drying is also required for the acquisition of breadmaking capacity: it appears to further develop starch previously transformed during fermentation. Solar radiations of 340 to 640 nm were found to be most effective in inducing breadmaking capacity in starches dried under the prevailling conditions of the CIAT (Palmira, Colombia). 1995 2015-01-28T13:46:51Z 2015-01-28T13:46:51Z Book Asté, Mathieu. 1995. Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc : Rôles de l`acide lactique et du rayonnement solaire. Centro Internacional de Agricultura Tropical (CIAT), Cali, CO. 47 p. (Projet CEE-GD XII-STD3) https://hdl.handle.net/10568/54633 http://ciat-library.ciat.cgiar.org/Articulos_Ciat/Digital/SB211.C3_A8_Contribution_a_I%27%C3%A9tude_de_I%27acquisition_du_pouvoir_de_panification_de_I%27amidon.pdf fr Open Access 47 p. application/pdf International Center for Tropical Agriculture
institution CGIAR
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-cgspace
tag biblioteca
region Europa del Oeste
libraryname Biblioteca del CGIAR
language French
topic manihot esculenta
starch
drying
solar radiation
fermentation
lactic acid
breadmaking
almidón
secado
radiación solar
fermentación
acido láctico
panificación
manihot esculenta
starch
drying
solar radiation
fermentation
lactic acid
breadmaking
almidón
secado
radiación solar
fermentación
acido láctico
panificación
spellingShingle manihot esculenta
starch
drying
solar radiation
fermentation
lactic acid
breadmaking
almidón
secado
radiación solar
fermentación
acido láctico
panificación
manihot esculenta
starch
drying
solar radiation
fermentation
lactic acid
breadmaking
almidón
secado
radiación solar
fermentación
acido láctico
panificación
Aste, M
Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
description Fermented and sun-dried cassava starch posesses bread-making properties that are exploited in the making of various traditional foodstuffs in Latin America. A kinetic fermentation study and the washing of different sour cassava starch samples enabled the study of the specific effect of fermentation and lactic acid on the acquisiton of bread-making capacity. Solar radiation filters (transmitance more than 60 percent for indicated wavelengths: 280, 340, 390 and 640 nm) were used to determine the wavelengths most effective for the acquisiton of breadmaking capacity, and to study the effect of different wavelengths on rheological properties. Cassava fermentation leads to a large drop in pH, and icnreases in total acidity and lactic acid content. Viscosity values at 88 degress C and retrogradation tendence decrease in relation to fermentation period length. Impregnation with lactic acid of briefly fermented cassava starch led to an improvement in breadmaking capacity, althought the performance of long-fermented sour starch wa not attained. Hence, fermentation, as well as producing lactic acid, also has an effect regarding breadmaking capacity. Solar drying is also required for the acquisition of breadmaking capacity: it appears to further develop starch previously transformed during fermentation. Solar radiations of 340 to 640 nm were found to be most effective in inducing breadmaking capacity in starches dried under the prevailling conditions of the CIAT (Palmira, Colombia).
format Book
topic_facet manihot esculenta
starch
drying
solar radiation
fermentation
lactic acid
breadmaking
almidón
secado
radiación solar
fermentación
acido láctico
panificación
author Aste, M
author_facet Aste, M
author_sort Aste, M
title Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
title_short Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
title_full Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
title_fullStr Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
title_full_unstemmed Contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
title_sort contribution à l`étude de l`acquisition du pouvoir de panification de l`amidon de manioc: rôles de l`acide lactique et du rayonnement solaire
publisher International Center for Tropical Agriculture
publishDate 1995
url https://hdl.handle.net/10568/54633
http://ciat-library.ciat.cgiar.org/Articulos_Ciat/Digital/SB211.C3_A8_Contribution_a_I%27%C3%A9tude_de_I%27acquisition_du_pouvoir_de_panification_de_I%27amidon.pdf
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