May 2023
Volume 64Issue 5
Open Access
The widely used traditional RNA-seq protocols have intrinsic limitations that prevent
the discovery of highly modified small non-coding RNAs. A newly developed PANDORA-seq
overcomes RNA modification-elicited sequence interferences and unveils a tsRNA/rsRNA-enriched
small non-coding RNA landscape in murine atherosclerotic intima. PANDORA-seq also
detects many differentially expressed intimal tsRNAs/rsRNAs associated with atherosclerosis
development. The figure was created using BioRender.com....Show more
The widely used traditional RNA-seq protocols have intrinsic limitations that prevent
the discovery of highly modified small non-coding RNAs. A newly developed PANDORA-seq
overcomes RNA modification-elicited sequence interferences and unveils a tsRNA/rsRNA-enriched
small non-coding RNA landscape in murine atherosclerotic intima. PANDORA-seq also
detects many differentially expressed intimal tsRNAs/rsRNAs associated with atherosclerosis
development. The figure was created using BioRender.com.