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. 2024 May 6;12(6):e00346-24. doi: 10.1128/spectrum.00346-24

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Copyright © 2024 Lewis et al.

This is an open-access article distributed under the terms of the Creative Commons Attribution 4.0 International license.

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Fig 4 — Proteome analysis of ΔmotB, ΔfliF, and ΔBCAM0505 compared to WT and ΔpglL. Proteome analysis of the strains lacking the glycoproteins MotB (BCAL0127), FliF (BCAL0525), and BCAM0505 compared to WT and ΔpglL supports the loss of MotB and/or FliF mirrors proteomic impacts observed within ΔpglL. (A) Upset analysis of the proteins observed altered between strains based on ±1 fold (log₂) and a −log₁₀(P value) > 2.0 reveals the overlap in protein alterations observed within ΔpglL, denoted in blue, within mutants lacking MotB, FliF, and BCAM0505. (B) Heatmap of fold changes in proteins observed altered within ΔpglL versus WT reveals similarities in the directionality of protein alterations observed within ΔfliF and ΔmotB strains. (C) Enrichment analysis demonstrates a high degree of overlap within the proteins altered within ΔpglL versus WT compared to ΔmotB versus WT and ΔfliF versus WT. (D) Enrichment analysis of gene ontology (biological process) terms enriched within protein alterations observed within ΔfliF.