Figure 5.
Figure 5. Natural loss of PELO slows mRNA decay in PLPs. (A) M-A plot showing changes in transcript abundance at the initial time point (“hour 0”) between PLPs overexpressing PELO vs a GFP control. (B) Rescaled window of the plot in panel A showing baseline differences in transcript abundance in PELO-overexpressing PLPs. (C) M-A plot showing the results of multivariate analysis to define changes in transcript abundance resulting from PELO overexpression after 1 to 2 hours (see “Methods”). (D) Heat maps depicting all log2FoldChanges for the 1000 transcripts with the lowest adjusted P values separating time (1-2 vs 4-6 hours) and condition (PELO vs GFP) variables. (E) Model showing differential sorting of mRNA transcripts to nascent platelets (left) and regulated mRNA decay of platelet mRNAs (right).

Natural loss of PELO slows mRNA decay in PLPs. (A) M-A plot showing changes in transcript abundance at the initial time point (“hour 0”) between PLPs overexpressing PELO vs a GFP control. (B) Rescaled window of the plot in panel A showing baseline differences in transcript abundance in PELO-overexpressing PLPs. (C) M-A plot showing the results of multivariate analysis to define changes in transcript abundance resulting from PELO overexpression after 1 to 2 hours (see “Methods”). (D) Heat maps depicting all log2FoldChanges for the 1000 transcripts with the lowest adjusted P values separating time (1-2 vs 4-6 hours) and condition (PELO vs GFP) variables. (E) Model showing differential sorting of mRNA transcripts to nascent platelets (left) and regulated mRNA decay of platelet mRNAs (right).

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