Figure 3.
Figure 3. Unexpected dynamic range revealed through the quantitative assessment of the platelet lipidome. (A) Violin plot displaying the dynamic range of different lipid classes in a resting platelet. Each column assembles all of the quantified lipid species for 1 class. (B) Dynamic range of identified and quantified lipids species, covering 7 orders of magnitude in both human and mouse. (C) Fifteen lipids contribute 70% of the absolute lipid membrane mass of a resting platelet. (D) Correlation of presented mouse lipidome and human lipidome based on literature (supplemental Table 2) with R2 = 0.9888. (E) Quantitative comparison of the mouse and human lipidome in resting platelets at the lipid species level with a color-coding at lipid class level. All data are combined from at least 3 independent experiments, and mean values are shown.

Unexpected dynamic range revealed through the quantitative assessment of the platelet lipidome. (A) Violin plot displaying the dynamic range of different lipid classes in a resting platelet. Each column assembles all of the quantified lipid species for 1 class. (B) Dynamic range of identified and quantified lipids species, covering 7 orders of magnitude in both human and mouse. (C) Fifteen lipids contribute 70% of the absolute lipid membrane mass of a resting platelet. (D) Correlation of presented mouse lipidome and human lipidome based on literature (supplemental Table 2) with R2 = 0.9888. (E) Quantitative comparison of the mouse and human lipidome in resting platelets at the lipid species level with a color-coding at lipid class level. All data are combined from at least 3 independent experiments, and mean values are shown.

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