Liu, Shuang, Isaac V. Greenhut, E. Patrick Heist, Melanie R. Heist, and Luke A. Moe. “Bacterial community dynamics during distilled spirit fermentation: influence of mash recipes and fermentation processes.” Microbiology Spectrum 11, no. 6 (2023): e01624-23. https://doi.org/10.1128/spectrum.01624-23.
The observed communities generally shifted toward relative Firmicutes/Lactobacillales dominance while diversity declined. Sorghum-molasses samples did not follow a universal decline pattern. Sequence counts and relative abundances are not absolute viable-cell concentrations.
Liu, Shuang, Isaac V. Greenhut, E. Patrick Heist, Melanie R. Heist, and Luke A. Moe. “Bacterial community dynamics during distilled spirit fermentation: influence of mash recipes and fermentation processes.” Microbiology Spectrum 11, no. 6 (2023): e01624-23. https://doi.org/10.1128/spectrum.01624-23. Results: Bacterial community composition and diversity; Figures 2–4; Table 1.
Results: Bacterial community composition and diversity; Figures 2–4; Table 1
Liu et al., “Bacterial community dynamics,” Results: Bacterial community composition and diversity; Figures 2–4; Table 1.
Results: Bacterial community composition and diversity; Figures 2–4; Table 1
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Liu, Shuang, Isaac V. Greenhut, E. Patrick Heist, Melanie R. Heist, and Luke A. Moe. “Bacterial community dynamics during distilled spirit fermentation: influence of mash recipes and fermentation processes.” Microbiology Spectrum 11, no. 6 (2023): e01624-23. https://doi.org/10.1128/spectrum.01624-23.
Results: Bacterial community composition and diversity; Figures 2–4; Table 1.
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Liu et al., “Bacterial community dynamics,” Results: Bacterial community composition and diversity; Figures 2–4; Table 1.
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The observed communities generally shifted toward relative Firmicutes/Lactobacillales dominance while diversity declined. Sorghum-molasses samples did not follow a universal decline pattern. Sequence counts and relative abundances are not absolute viable-cell concentrations.
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