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Figure 4 | BMC Bioinformatics

Figure 4

From: Identifying differential exon splicing using linear models and correlation coefficients

Figure 4

Tissue-specific KIF1B transcripts. The expression plot shows the mean log 2 intensity signals (with standard error bars) of core probesets targeting KIF1B exons in the cerebellum and non-cerebellum tissues (top) and cerebellum compared to muscle tissue (bottom). The horizontal dashed line shows the mean intensity of the negative control probesets. Exons with signal below this are likely to be unexpressed. Most exons have higher probeset signals in the cerebellum except for the 5' UTR (coloured in orange) and the terminal exon of the short transcript (marked by vertical dashed lines) which suggests that this exon has much lower expression in cerebellum. All exons common to the long and short transcripts have the same expression levels in muscle and cerebellum. But exons unique to the long transcript have higher expression in the cerebellum tissue while exons unique to the short transcript have higher expression in muscle.

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