TY - DATA T1 - Data underlying the publication: Geographical location drives microbial community diversity, B-complex vitamin enrichment, and functional properties during mabisi fermentation PY - 2025/07/30 AU - Shepherd Nehanda AU - Anna Alekseeva AU - Oscar van Mastrigt AU - Justin Chileshe AU - Bas J. Zwaan AU - Eddy J. Smid AU - Sijmen E. Schoustra UR - DO - 10.4121/a7f35193-1cd1-4ee7-ad6b-4690a7c93797.v1 KW - selection KW - lactic acid bacteria KW - volatile organic compounds KW - pH KW - consistency KW - traditional fermented milk N2 -

The data were collected from a field survey which involved a systematic sampling of milk samples following traditional dairy fermentation in Zambia. The aim was to determine if geographical location influences the fermenting microbial community diversity and its community functionality, represented by B-complex vitamins, volatile organic compounds, pH and consistency (viscosity). The Illumina platform was used for 16S rDNA sequencing to profile the microbial communities, while high pressure liquid chromatography was used for B-group vitamin analysis, gas chromatography mass spectrophotometry was used for volatile organic compound determination, a pH meter for pH readings, and an Adam's consistometer for measuring the consistency.

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