Extended Data Fig. 2: Quantitative proteomics of human gastruloids expands protein coverage and recapitulates temporal trends observed during gastruloid differentiation. | Nature Cell Biology

Extended Data Fig. 2: Quantitative proteomics of human gastruloids expands protein coverage and recapitulates temporal trends observed during gastruloid differentiation.

From: The proteomic landscape and temporal dynamics of human and mouse gastruloid development

Extended Data Fig. 2: Quantitative proteomics of human gastruloids expands protein coverage and recapitulates temporal trends observed during gastruloid differentiation.The alternative text for this image may have been generated using AI.

(a) Barplot of the number of proteins quantified in human and mouse gastruloids [this study] vs. mouse gastruloids [Stelloo et al.42]. (b) Venn diagram showing intersection of proteins detected in human gastruloids [this study], mouse gastruloids [this study], and mouse gastruloids [Stelloo et al.42]. (c) Proportion of the 7,352 proteins detected in human gastruloids [this study] also detected in published human and mouse embryo proteomics datasets42,43,44. (d) Left: Venn diagram showing intersection of proteins detected in human gastruloids [this study], mouse gastruloids [Stelloo et al.42], and mouse embryos [Stelloo et al.42]. Right: Comparison of temporal trends of selected proteins in mouse embryos (E7.5, E8.5, and E9.5; n >=3 for each stage) [Stelloo et al.42] vs. human gastruloid timepoints (primed, early, and late; n = 3 for each stage) [this study]. Significance computed through one-way ANOVA.

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