Fig. 9From: Synergising single-cell resolution and 4sU labelling boosts inference of transcriptional burstingSchematic showing several of the hidden (black) and observed (grey) data we model and their governing parameters. For this illustration, values were set as \(a=2\), \(b=25\) and \(\delta =0.001\) for the biological parameters and \(t=1000\), \(u\sim Pois(60)\), \(\lambda _n=0.075\), \(\lambda _s=0.01\) and \(\alpha \sim Beta(1,9)\) for the technical parameters. The encompassing boxes indicate the information used during parameter inference by model 1 (a and b) and 2 (a, b and \(\delta\)). The direction of the arrows indicate how the distributions feed into each other as dictated by the accompanying parameters. For example, a and b determine the steady state distribution, which determines the new and surviving transcript count distribution as dictated by \(\delta\) for given t, while the new and surviving T>C count distributions combine to form the observed T>C count distribution, which is conditional upon the cell’s transcript count, m, with \(m=100\) shown here. More information on estimating \(\alpha\) and \(\lambda _n\) specifically for the Qiu dataset is found in Additional file 1: Figs. S1 and S2, respectivelyBack to article page