Eric M. Smith

The paper shows that mammalian cells produce extended HP1β isoforms that alter effector binding preferences, affecting heterochromatin organization.

The paper quantitatively evaluates laryngeal mobility in a rat model using deep learning to assess asymmetry after RLN injury.

This study shows that 5' UTR length influences alternative N-terminal protein isoform production through start codon selection and demonstrates this in health and disease.

The paper identifies C18orf21/RMRPP1 as an RNase MRP-specific protein, reveals its role in 40S ribosome biogenesis, and identifies Nepro as an essential rRNA processing factor.

The paper identifies PRR12 as a cohesin regulator through co-essentiality analysis, showing its role in genome integrity and context-specific effects across species.