Our meeting on transcriptional regulation is underway! Next up: a session on #chromatin, genome architecture and remodelers.
https://t.co/92RruQdlY5 #RNA#ASBMB
We are hiring! The Department of Biochemistry and Molecular Biology at Penn State @BMB_PSU invites applicants for multiple tenure-track Assistant Professor positions in the broad areas of genetics, cell and developmental biology! Check us out! https://t.co/vkjE0Vn9Ge
Out now in Molecular Cell! Along with Tan and Mahoney labs, we combine cellular, in vitro, and computational methods to understand how sequence features affect pioneer factor specificity (cofactors play a big role)
https://t.co/HREadHzgCq
Very proud of this highly collaborative paper with the @mahonylab@RemoRohs and Gordân labs in which we explore how ApiAP2 transcription factors with similar DNA binding specificities define their target genes, a ubiquitous challenge in all cells! https://t.co/owPNOPPBD7?
Check out our new Pioneer Factor review! We present both sides of the debate about whether pioneer factors have unique properties among TFs
https://t.co/SDJcdhEBiM
Check out our latest paper in @NatureComms where we develop a methylation-based sequencing assay to capture chromosomal interactions with a viewpoint
https://t.co/CxACUag7vc
Bai lab PhD students James (@BMB_PSU) and Cheng (@huckinstitutes MCIBS) graduated yesterday! James has started as a biologist at @theNCI and Cheng is starting as a postdoc with @JefBoeke!
Check out our latest work in @eLife! This work, led by graduate student James (graduating Sunday) uses a range of techniques, including a new methylation-based method to dissect gene cluster in haploid yeast.
https://t.co/HhI6UB3R5Q
Cheng's primary work is available currently as a preprint. Be on the lookout for more great work as Cheng transitions to a post doc very soon!
https://t.co/gu1FpZTz9P
Preprint now available: we investigated the binding specificity of pioneer factor FoxA1 by developing a high throughput synthetic approach ChIP-ISO.
https://t.co/gu1FpZU6Zn