![](/getmedia/8169f996-f434-44fd-a253-5a33b26857a9/discoverbmb24-2000x350px_7.jpg?width=2000&height=350&ext=.jpg)
Out with the old, in with the nucleus
Are you tired of binging reruns on Netflix? Maybe you need a break from reality TV but you’re not sure where to turn for high-quality entertainment? Look no further — the nucleus has it all. There’s mystery, murder, machines of extraordinary complexity and visually stunning landscapes.
Stories in nuclear signaling are unraveling at an unprecedented pace thanks to technological and conceptual advances in chemistry, biochemistry and cell biology. Our speakers will address long-standing questions about organism development, cellular identity and the genetic basis for disease.
Submit an abstract
Abstract submission begins Sept. 14. If you submit by Oct. 12, you'll get a decision by Nov. 1. The regular submission deadline is Nov. 30. See the categories.
You will hear about how cutting-edge interdisciplinary approaches are being used to uncover new regulatory mechanisms underlying transcription, genome structure, and other phenomena in the nucleus. We will also discuss how rapid progress in the field is inspiring new therapeutic approaches for diseases related to dysfunctional nuclear processes.
You don’t want to miss this — even the cytosol junkies will be on the edge of their seats.
Keywords: Enzyme mechanism, genetics and disease, chemical probes, transcription regulation, chromatin modifications, genome structure.
Who should attend: You. Our speakers span a wide breadth of biological phenomena, scientific disciplines and technologies. We have something for everyone. Current projections: standing room only.
Your session’s theme song: “Journey to the Island” by John Williams
This song is about the most important genetics experiment ever performed.
This session is powered by “hot, nasty, bad-*ss speed.” — Eleanor Roosevelt, Talladega Nights
Signaling mechanisms in the nucleus
Chemical strategies to study nuclear processes
Chair: Aaron Johnson
Anna Mapp, University of Michigan
![](/getmedia/7678e3fe-55c0-4974-8027-cf46ecaa9dd2/Discover-BMB_10_Signaling-in-the-nucleus-luciana-giono-480x416.png)
Glen Liszczak, University of Texas Southwestern Medical Center
Oliver Bell, University of Southern California Kerk School of Medicine
Minkui Luo, Memorial Sloan Kettering Cancer Center
Chromatin organization, replication and repair
Chair: Katharine Diehl
Aaron Streets, University of California, Berkeley
Aaron Johnson, University of Colorado Anschutz Medical Campus
Carl Wu, Johns Hopkins University
Serena Sanulli, Stanford University
Chromatin modifications in the nucleus
Chair: Glen Liszczak
Alex Ruthenberg, University of Chicago
Katharine Diehl, University of Utah
Tim Stasevich, Colorado State University
Phil Cole, Harvard University
Enjoy reading ASBMB Today?
Become a member to receive the print edition monthly and the digital edition weekly.
Learn moreGet the latest from ASBMB Today
Enter your email address, and we’ll send you a weekly email with recent articles, interviews and more.
Latest in Science
Science highlights or most popular articles
![The quest to treat and cure xerostomia](/getmedia/09045019-5c58-4434-9eb0-d6be609842cb/Xerostomia-thumb.jpg?width=480&height=270&ext=.jpg)
The quest to treat and cure xerostomia
Blake Warner, chief of the Salivary Disorders Unit at the NIH talks about his lab’s efforts to develop treatments for dry mouth.
![There's more to blue cheese than just the stench](/getmedia/65d1751a-27b4-405b-9210-8cde34249ef5/More-to-blue-cheese-480x270.jpg?width=480&height=270&ext=.jpg)
There's more to blue cheese than just the stench
Virginia Tech researchers discovered a way to synthesize a compound in the mold of blue cheese that has antibacterial and anticancer properties.
![Engineering cells to broadcast their behavior can help scientists study their inner workings](/getmedia/a5c8da38-1a39-4183-be72-85d5cbff8a29/Engeneering-cells-to-broadcast-480x270.jpg?width=480&height=270&ext=.jpg)
Engineering cells to broadcast their behavior can help scientists study their inner workings
Researchers can use waves to transmit signals from the invisible processes and dynamics underlying how cells make decisions.
![From the journals: JBC](/getmedia/a3620094-c80e-41b9-91ab-22037b087112/FTJ-JBC-07-19-24-480x270.jpg?width=480&height=270&ext=.jpg)
From the journals: JBC
Lung cancer cells resist ferroptosis. ORMDL3 in ulcerative colitis. Novel genetic variants in thyroid cancer. Read about these recent papers.
![Seeking the sweet spot to beat a pig parasite](/getmedia/30869767-881b-438b-9f19-531ef9eee79e/Pig-parasite-480x270.jpg?width=480&height=270&ext=.jpg)
Seeking the sweet spot to beat a pig parasite
Researchers extracted, separated and tested glycans from the porcine whipworm in an effort to determine the best way to develop treatments and vaccines.
![Radioactive drugs strike cancer with precision](/getmedia/f3a6418b-340a-43cc-b53f-30916dbbd8f4/Radioactive-drugs-strike-cancer-480x270.jpg?width=480&height=270&ext=.jpg)
Radioactive drugs strike cancer with precision
The tumor-seeking radiopharmaceuticals are charting a new course in oncology, with promise for targeted treatments with fewer side effects.