Javascript must be enabled to continue!
Quality Assessment of Fufu Produced with Different Fermentation Aids (Detergent, Kerosene and Palm Ash)
View through CrossRef
Fufu, a fermented wet-paste from cassava is being prepared by different methods, and different substances are being used to fasten its fermentation. There are concerns that these substances may pose health risks to consumers. Wet fufu mashe and dough were produced with different fermentation aids (detergent, kerosene and palm ash) and with a control (without fermentation aid). The fufu mash flour, wet mash and dough samples were subjected to chemical and surfactant analysis and sensory evaluations. The results of the amylose contents of the fufu mash flour ranged from 12.080%-21.230%, amylopectin 78.769%-87.092%, free sugar 2.175%-5.215% and starch 70.775%-85.475%. The anionic surfactant levels of the wet fufu mash ranged from 0.02mg/l-0.16mg/l, Cationic surfactant 0.02mg/l-0.18mg/l, while the anionic surfactant level of the cooked fufu dough ranged from 0.01mg/l-0.13mg/l and Cationic surfactant 0.01mg/l-0.16mg/l. The total hydrocarbon level of the wet fufu mash ranged from 0.15mg/l-2.77mg/l, while that of the cooked fufu dough ranged from 0.12mg/l-1.86mg/l. The Sensory evaluation result shows that the overall acceptance score ranged from 8.50-9.20. There were no significant differences among all the fufu samples analysed in the sensory evaluation.
Title: Quality Assessment of Fufu Produced with Different Fermentation Aids (Detergent, Kerosene and Palm Ash)
Description:
Fufu, a fermented wet-paste from cassava is being prepared by different methods, and different substances are being used to fasten its fermentation.
There are concerns that these substances may pose health risks to consumers.
Wet fufu mashe and dough were produced with different fermentation aids (detergent, kerosene and palm ash) and with a control (without fermentation aid).
The fufu mash flour, wet mash and dough samples were subjected to chemical and surfactant analysis and sensory evaluations.
The results of the amylose contents of the fufu mash flour ranged from 12.
080%-21.
230%, amylopectin 78.
769%-87.
092%, free sugar 2.
175%-5.
215% and starch 70.
775%-85.
475%.
The anionic surfactant levels of the wet fufu mash ranged from 0.
02mg/l-0.
16mg/l, Cationic surfactant 0.
02mg/l-0.
18mg/l, while the anionic surfactant level of the cooked fufu dough ranged from 0.
01mg/l-0.
13mg/l and Cationic surfactant 0.
01mg/l-0.
16mg/l.
The total hydrocarbon level of the wet fufu mash ranged from 0.
15mg/l-2.
77mg/l, while that of the cooked fufu dough ranged from 0.
12mg/l-1.
86mg/l.
The Sensory evaluation result shows that the overall acceptance score ranged from 8.
50-9.
20.
There were no significant differences among all the fufu samples analysed in the sensory evaluation.
Related Results
Detergent Use Practices in Nepal: A Cross-Sectional Online Survey
Detergent Use Practices in Nepal: A Cross-Sectional Online Survey
Every year the use of detergent is increasing and safety concerns about detergent are also increasing. However, in developing countries safety concerns about detergent is still a n...
EFFECT OF FERMENTATION AGENTS ON THE pH, TTA AND MICROBIAL COMPOSITION OF FUFU DOUGH
EFFECT OF FERMENTATION AGENTS ON THE pH, TTA AND MICROBIAL COMPOSITION OF FUFU DOUGH
Fufu, a product of cassava has been adulterated by processors. They add toxic substances to the soaked roots to fasten the fermentation days and make quick money. There is need to ...
EFFECT OF FERMENTATION AGENTS ON THE pH, TTA AND MICROBIAL COMPOSITION OF FUFU DOUGH
EFFECT OF FERMENTATION AGENTS ON THE pH, TTA AND MICROBIAL COMPOSITION OF FUFU DOUGH
Fufu, a product of cassava has been adulterated by processors. They add toxic substances to the soaked roots to fasten the fermentation days and make quick money. There is need to ...
Microbial Contamination of Ready-to-Eat Fufu Produced from Fufu Pounding Machines in the Mampong Municipality of the Ashanti Region, Ghan
<br>
Microbial Contamination of Ready-to-Eat Fufu Produced from Fufu Pounding Machines in the Mampong Municipality of the Ashanti Region, Ghan
<br>
<p>This study was carried out with the aim to examine the microbial load in ready-to-eat fufu produced from fufu pounding machines in the Mampong Municipality of the Ashanti ...
Level of Microbial Contamination of Freshly Prepared Fufu and Retailed Fufu
Level of Microbial Contamination of Freshly Prepared Fufu and Retailed Fufu
Fufu is an acid-fermented products produced through submerged fermentation of cassava root in water for days. The study was set to determine the microbiological quality and the phy...
Consumer acceptability and sensory evaluation of a fermented cassava product (Nigerian fufu)
Consumer acceptability and sensory evaluation of a fermented cassava product (Nigerian fufu)
AbstractThe purpose of the study was to evaluate the sensory profile and acceptability of six types of fufu (a fermented cassava product) produced by different processes using sens...
Cassava Pectin and Textural Attributes of Cooked gari (eba) and fufu Dough
Cassava Pectin and Textural Attributes of Cooked gari (eba) and fufu Dough
The textural attributes of cooked gari (eba) and fufu dough may be affected by the pectin content of the cassava roots; thus, exploring the interaction between pectin and the textu...
Enhancing the nutritional quality of fufu with a starter culture
Enhancing the nutritional quality of fufu with a starter culture
This study investigates the nutritional enrichment of fufu, a staple African food, by controlling the fermentation of cassava root tuber using a starter culture. Lactic acid bacter...

