Figures & data
Figure 1. Schematic of RNA homoeostasis. Gene expression initates with transcription of DNA into a pre-mRNA. Numerous steps of RNA processing occur, many in parallel with transcription. A separate pathway of microRNA (miRNA) processing occurs for primary transcripts that encode miRNAs. Please see text for further details. Schematic created at Biorender.com.
![Figure 1. Schematic of RNA homoeostasis. Gene expression initates with transcription of DNA into a pre-mRNA. Numerous steps of RNA processing occur, many in parallel with transcription. A separate pathway of microRNA (miRNA) processing occurs for primary transcripts that encode miRNAs. Please see text for further details. Schematic created at Biorender.com.](/cms/asset/84490a96-380c-4ed3-818e-438cdbe8a09f/krnb_a_2303558_f0001_oc.jpg)
Figure 2. Small molecule inhibitors of pre-mRNA splicing. *Mechanism of action for inhibition not reported. Please see text for further details.
![Figure 2. Small molecule inhibitors of pre-mRNA splicing. *Mechanism of action for inhibition not reported. Please see text for further details.](/cms/asset/799ba630-0dd5-4f73-950f-4fa9462a6a9d/krnb_a_2303558_f0002_oc.jpg)
Figure 3. Inhibitors of RNA modification and nuclear export. *Mechanism of action for inhibition not reported. Please see text for further details.
![Figure 3. Inhibitors of RNA modification and nuclear export. *Mechanism of action for inhibition not reported. Please see text for further details.](/cms/asset/facfbad6-888b-409d-88f2-df3149228a01/krnb_a_2303558_f0003_oc.jpg)
Figure 4. Inhibitors of microRNA processing. *Mechanism of action for inhibition not reported. Please see text for further details.
![Figure 4. Inhibitors of microRNA processing. *Mechanism of action for inhibition not reported. Please see text for further details.](/cms/asset/cb1a655b-dd2a-43cb-85e3-7921ea6e209b/krnb_a_2303558_f0004_oc.jpg)