FigureĀ 4.
(A) RBP binding sites tend to be more single-stranded. (B) m6A association is likely to alter RNA structure into more single-strandedness. Red circles represent m6A modifications. (C) mRNAs containing a tRNA-derived structural motif can be transported intercellularly more efficiently. (D) SHR RNA contained a strongly folded RG4 structure which was shown to trigger RNA-driven phase separation in endodermis cells.
New insights of RNA structure functionality in other regulatory pathways.

(A) RBP binding sites tend to be more single-stranded. (B) m6A association is likely to alter RNA structure into more single-strandedness. Red circles represent m6A modifications. (C) mRNAs containing a tRNA-derived structural motif can be transported intercellularly more efficiently. (D) SHR RNA contained a strongly folded RG4 structure which was shown to trigger RNA-driven phase separation in endodermis cells.

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