Eric J. Strobel

This study reveals how the glycine tandem riboswitch uses co-transcriptional folding and sequential molecular inputs to regulate gene expression.

This study introduces TECprobe-LM to directly assess cotranscriptional RNA folding rearrangements by sequentially probing nascent RNA structures in E. coli.

This study introduces TECdisplay, a high-throughput method for analyzing cotranscriptional RNA folding, and applies it to study riboswitch function.

The paper introduces TECprobe-ML, a method for mapping cotranscriptional RNA folding pathways, and validates it using riboswitch examples.

This study identifies the cotranscriptional folding pathway and regulatory mechanism of the Clostridium beijerinckii pfl riboswitch in response to ZMP.

The paper introduces a streptavidin roadblocking strategy to improve cotranscriptional SHAPE-seq for RNA folding studies and demonstrates its application to the Bacillus cereus crcB fluoride riboswitch.