Gary D. Stormo

The paper shows that splicing inhibition autoregulates three yeast ribosomal protein genes by inserting introns into GFP and observing repression.

The paper shows that RPL7B autoregulation occurs through inhibition of splicing by Rpl7 protein binding to a conserved structure in the first intron.

This study investigates how mutations in the CRX gene affect cooperative dimerization, leading to developmental defects in photoreceptors and retinal disease.

The paper quantifies how tandem zinc fingers in ZFY, CTCF, and ZNF343 recognize DNA motifs, showing dependent recognition and non-additive specificity.

The paper introduces a deep learning method for motif discovery that outperforms existing tools on simulated data and identifies new motifs from JASPAR.

The paper identifies autoregulation in yeast ribosomal proteins by overexpressing genes and observing repression of GFP-fused versions, finding 21 genes with at least three-fold repression.