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RNA modifications are ubiquitous in biology and present in all classes of cellular RNAs. Recent studies have shown that RNA modifications are critical to the processing and metabolism of different RNA species, and represent a new mode of post-transcriptional gene expression regulation. This conference brings together world’s experts on RNA modification research with an emphasis on biological function and physiological relevance of RNA modifications. Speakers will discuss functional significances of RNA modifications in cell differentiation and development, human diseases such as cancer, neurobiology, metabolism, and other related subjects.
Organized by Abcam and Chuan He, this is the follow-up meeting to the RNA Modifications and Epitranscriptomics conference which took in 2016.
before January 28
before March 14
before May 31
Registration fee includes:
* The delegate rate is applicable to postdocs
Confirmation note: All registered attendees will receive an email confirmation from firstname.lastname@example.org within 48 hours of registering. If you do not receive this confirmation, please contact the Abcam Events Team to confirm your registration.
Dr. He's research program spans a broad range of chemical biology, nucleic acid chemistry and biology, epigenetics, cell biology, bioinorganic chemistry, structural biology, microbiology, and genomics. They discovered the first RNA demethylase and continue to explore gene expression regulation mediated by dynamic and reversible RNA modifications. They developed enabling tools to map DNA 5-hydroxymethylcytosine (5hmC) and its oxidation derivatives in mammalian genomes and continue to study DNA 5-methylcytosine (5mC) oxidation and demethylation in biological regulation. The lab also revealed the presence of DNA 6-methyladenosine (6mA) in eukaryotic genomes and continue to investigate functional roles played by this new DNA mark in eukaryotes. Currently the lab studies virulence and antibiotic resistance regulation in human pathogens as well as metal ion homeostasis and selective metal ion recognition by naturally occurring and engineered proteins.
Shot talks and poster presentation places are available. Abstracts can be submitted during online registration.
* Note, these times are provisional and are subject to change.
The University of Chicago
Auditorium 109 in the Biological Science Learning Center
924 E 57th Street, Chicago, IL, 60637
We recommend the hotel closest to the meeting venue.
Hyatt Place Chicago-South/University Medical Center
5225 S. Harper Avenue
Chicago, Illinois, USA, 60615
Tel: +1 773 752 5300
Both the Midway and O'Hare International Airports serve the City of Chicago. Although both offer access by train, bus, and shuttle into downtown Chicago, Midway Airport is substantially closer to campus. O'Hare Airport is about 45 minutes by car/taxi and 80 minutes by public transportation to campus.
Important note regarding Hotel Accommodations:
Abcam does not have an affiliated hotel agency for this event.
Please be careful of direct approaches from companies offering hotel reservations for this event. Reservations made by unaffiliated organizations may appear to be for lower rates, however they may be illegitimate, have unreasonable cancellation or change penalties, or be completely non-refundable. Please be aware of, and report any unauthorized solicitation to Abcam.
Delegates are advised to ensure they have adequate travel insurance to cover their attendance at the conference in case of incident, or cancellation to circumstances beyond Abcam's control.