Mark David Rose

The paper investigates Kar4's role in modulating Ste12 DNA binding and transcriptional activity in yeast, revealing its role in enhancing specificity for a specific DNA motif.

This paper shows Kar4p is required for meiotic gene expression, with defects in early and late gene expression that can be partially rescued by overexpressing IME1 and RIM4.

This study identifies Kar4 as a key component of the yeast mRNA methyltransferase complex required for both mating and meiosis, with distinct functional roles in these processes.

This paper identifies Vir1p as a yeast protein required for mRNA m6A methylation and meiosis, showing it stabilizes the methyltransferase complex and is essential for meiotic progression.