The art of mabisi production: A traditional fermented milk.
Fermented dairy products can be rich in beneficial microbes and one such product with potential is mabisi. Mabisi is a traditional fermented milk product from Zambia made through spontaneous fermentation of raw milk at ambient temperature using a calabash (gourd), clay pot, plastic or metal containe...
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doaj-51b1ac92fa174b5fbedbfc5434c661332021-03-03T20:49:10ZengPublic Library of Science (PLoS)PLoS ONE1932-62032019-01-01143e021354110.1371/journal.pone.0213541The art of mabisi production: A traditional fermented milk.Himoonga Bernard MoongaSijmen E SchoustraAnita R LinnemannElias KuntashulaJohn ShindanoEddy J SmidFermented dairy products can be rich in beneficial microbes and one such product with potential is mabisi. Mabisi is a traditional fermented milk product from Zambia made through spontaneous fermentation of raw milk at ambient temperature using a calabash (gourd), clay pot, plastic or metal container. The fermentation takes about 48 hours after which the product is stirred and ready for consumption. This study was aimed at determining the types of production methods of mabisi and identifying the critical production process parameters. A survey was conducted using interviews and observations to determine the existing production practices/technologies and to capture indigenous knowledge on mabisi production in nine provinces of Zambia. We found seven different production methods which we coined; tonga, thick-tonga, illa, barotse, backslopping, cooked and creamy types. Interestingly, the tonga-type mabisi was produced throughout the country by different ethnic groups. The main process parameters were found to be fermentation time and temperature, type of containers, presence/absence of backslopping, agitation, heating and cooling, removal of whey and addition of raw milk. And further found that mabisi is a versatile product consumed with a wide variety of foods. This basic information is crucial for production process optimisation and microbial communities dynamics studies.https://doi.org/10.1371/journal.pone.0213541 |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Himoonga Bernard Moonga Sijmen E Schoustra Anita R Linnemann Elias Kuntashula John Shindano Eddy J Smid |
spellingShingle |
Himoonga Bernard Moonga Sijmen E Schoustra Anita R Linnemann Elias Kuntashula John Shindano Eddy J Smid The art of mabisi production: A traditional fermented milk. PLoS ONE |
author_facet |
Himoonga Bernard Moonga Sijmen E Schoustra Anita R Linnemann Elias Kuntashula John Shindano Eddy J Smid |
author_sort |
Himoonga Bernard Moonga |
title |
The art of mabisi production: A traditional fermented milk. |
title_short |
The art of mabisi production: A traditional fermented milk. |
title_full |
The art of mabisi production: A traditional fermented milk. |
title_fullStr |
The art of mabisi production: A traditional fermented milk. |
title_full_unstemmed |
The art of mabisi production: A traditional fermented milk. |
title_sort |
art of mabisi production: a traditional fermented milk. |
publisher |
Public Library of Science (PLoS) |
series |
PLoS ONE |
issn |
1932-6203 |
publishDate |
2019-01-01 |
description |
Fermented dairy products can be rich in beneficial microbes and one such product with potential is mabisi. Mabisi is a traditional fermented milk product from Zambia made through spontaneous fermentation of raw milk at ambient temperature using a calabash (gourd), clay pot, plastic or metal container. The fermentation takes about 48 hours after which the product is stirred and ready for consumption. This study was aimed at determining the types of production methods of mabisi and identifying the critical production process parameters. A survey was conducted using interviews and observations to determine the existing production practices/technologies and to capture indigenous knowledge on mabisi production in nine provinces of Zambia. We found seven different production methods which we coined; tonga, thick-tonga, illa, barotse, backslopping, cooked and creamy types. Interestingly, the tonga-type mabisi was produced throughout the country by different ethnic groups. The main process parameters were found to be fermentation time and temperature, type of containers, presence/absence of backslopping, agitation, heating and cooling, removal of whey and addition of raw milk. And further found that mabisi is a versatile product consumed with a wide variety of foods. This basic information is crucial for production process optimisation and microbial communities dynamics studies. |
url |
https://doi.org/10.1371/journal.pone.0213541 |
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