Online today @natcellbio.nature.com! The Cai Lab discovered a type of large condensate in the nucleus of renal cell carcinoma cells with high levels of the TEAD1 transcription factor that are different than previously characterized transcriptional condensates (1/3)
At the Johns Hopkins Biochemistry and Molecular Biology Department, we do innovative research into the cellular processes and biological systems that form the foundation of medical and public health advances, in a dynamic, collaborative environment where students can learn and flourish. Look inside⤵️
www.youtube.com
As the Biochemistry and Molecular Biology Department at the Johns Hopkins Bloomberg School of Public Health, we are at a unique intersection of basic biology, public health, and medicine, which…
Today’s the application deadline for our MHS program and the interdepartmental MAPHB! Make sure your application is submitted in SOPHAS by 11:59 p.m. ET! Full details on how to apply ⤵️
We understand that applying to graduate programs can be a bit overwhelming. We've created this page to serve as your go-to resource when you have a question about applying to our School.
Congratulations to BMB Assistant Professor Brittany Jenkins-Lord on receiving a @jhu.edu Nexus research award for her project with @johnshopkinsepi.bsky.social Associate Professor Avonne Connor! Check out the HUB story for more details ⤵️
Congratulations to Dr. Srushti Kittane on her AACR-Breast Cancer Research Foundation Scholar-In-Training award! Srushti, who successfully defended her PhD thesis earlier this month, presented about her work in the Toska Lab on the role of FOXA1 in breast cancer at the AACR 2026 general meeting.
The Nexus Awards Program supports a diverse range of programming, research, and teaching activities at the Hopkins Bloomberg Center
Johns Hopkins Department of Biochemistry and Molecular Biology
Johns Hopkins Department of Biochemistry and Molecular Biology
Johns Hopkins Department of Biochemistry and Molecular Biology
The findings may shed light on cancer biology and treatment options, new mechanisms for transcription factor regulation, and nuclear organization. Full paper ⤵️ (3/3)
Unlike previously characterized transcriptional condensates, these cluster at inactive regions of chromosomes and appear to store excess TEAD1 where it can’t activate transcription but remains available for future use. (2/3)
The final BMB seminar of the 2025-2026 series features a presentation by Yogesh Goyal, Assistant Professor, Cell and Developmental Biology Department, Northwestern University, and Investigator, Chan Zuckerberg Biohub:
🗓️Wednesday May 27
🕚11 a.m.
📍W5030
Today is the @johnshopkinssph.bsky.social convocation, and we'd like to send congratulations to this year's Master of Arts in Public Health Biology graduates! The MAPHB is an interdepartmental program from BMB, @johnshopkinsehe.bsky.social, and @johnshopkinsmmi.bsky.social!
Johns Hopkins Department of Biochemistry and Molecular Biology