The RNA Society is pleased to invite you to its 27th Annual International Conference which will be an in-person meeting on the campus of the University of Colorado, Boulder beginning May 31 until June 5, 2022. Boulder has been a center of RNA research and is a beautiful setting at the base of the Rocky Mountains providing ample opportunities for hiking and dining.<\/p>\n
Vaccination for SARS-CoV-2 will be required for in-person attendance at RNA 2022.\u00a0Proof of vaccination will need to be provided during registration.\u00a0See below for details.<\/p>\n
A digital content library from the in-person meeting, including recorded talks and PDF posters, will be available for viewing after the in-person meeting for a limited time.<\/p>\n
RNA 2022 program<\/strong><\/a><\/p>\n Keynote Talks<\/strong><\/p>\n The program includes two keynote lectures to be given by: Attendees must be fully vaccinated at the time of the meeting. Individuals will be asked to provide proof of this at the time of registration by up-loading a copy of their vaccination card clearly showing receipt of two or more doses of a WHO-approved COVID-19 vaccine.\u00a0Acceptable vaccines will include FDA approved or authorized and WHO Emergency Use Listing vaccines.https:\/\/www.cdc.gov\/coronavirus\/2019-ncov\/travelers\/proof-of-vaccination.html#covid-vaccines<\/a><\/p>\n Medical waivers will be allowed in the form of a Medical Exemption signed by a Physician accompanied by a negative COVID PCR test within 72 hours of the beginning of our meeting.<\/p>\n The online registration form will include a required check box by which meeting attendees attest that their vaccination status or physician-endorsed medical exemption is valid. Exempt participants will also be asked to sign an attestation document when submitting COVID test results at the time of check-in at the beginning of the meeting.<\/p>\n We want to be very clear that the meeting is on the campus of CU Boulder which will remain open to the public. The meeting spaces will\u00a0not\u00a0accommodate 3 feet social distancing, and masking will be as per CU policy. These policies are subject to change in response to campus, local, and state COVID requirements.<\/p>\n Society members or researchers who cannot or\u00a0will not attend RNA 2022 in person under this policy will have an opportunity to access much of the scientific content on-line after the conclusion of the in-person event.<\/p>\n<\/div>\n<\/div>\n
\nJoan Steitz (Yale University, USA)
\nVenki Ramakrishnan (Cambridge University, UK)<\/p>\n
\nAlternative Splicing and Regulation \u2013 Chair: Woan-Yuh Tarn
\nNon-coding RNA Biogenesis and Modifications \u2013 Chair: Jane Jackman
\nRNA Structure, Folding and Regulation \u2013 Chair: Qiangfeng Zhang
\nRibozymes and Riboswitches \u2013 Chair: Aiming Ren
\nCRISPR-Cas Biology and Applications \u2013 Chair: Luke Gilbert
\nLong Non-coding RNA Biology \u2013 Chair: Ling-Ling Chen
\nRNA Topics in Non-traditional Model Organisms \u2013 Chair: Eric Miska
\nRNP Assembly \u2013 Chair: Jimena Giudice
\nSubcellular RNA Localization and Spatial Transcriptomics \u2013 Chair: Matt Taliaferro
\nBioinformatics and Genomics \u2013 Chair: Kathi Zarnack
\nOrigins of Life \u2013 Chair: Hannes Mutschler
\nInterconnected Processes \u2013 Chair: Muge N. Kuyumucu-Martinez
\nViral RNA and Innate Immune Response \u2013 Chair: Sara Cherry
\nRNA Modifications \u2013 Chair: Michael Jantsch
\nRNP Granules and Phase Transitions \u2013 Chair: Stephanie Moon
\nSynthesis and Processing of RNA \u2013 Chair: Katja Strasser
\nRNA in Disease \u2013 Chair: Auinash Kalsotra
\nRNA-based Therapeutics and Small-Molecule Interactions \u2013 Chair: Amanda Hargrove
\nRNA Turnover \u2013 Chair: Andrzej Dziembowski
\nMechanisms and Regulation of Translation \u2013 Chair: Thomas Preiss
\nSmall RNAs \u2013 Chair: Yukihide Tomari<\/div>\n
\nChromatin & Epigenetics
\nChemical Biology of RNA
\nNew Technologies
\nExtracellular RNA
\nGranules & Condensates
\nHigh through-put discovery
\nInterconnected RNA Processes
\nLong Non-coding RNAs & Circular RNAs
\nOrigins of Life and evolution
\nRegulatory RNAs in Bacteria & Archaea
\nRibosome Biogenesis & Modification
\nRibozymes & Riboswitches
\nRNA & Cellular Immunity
\nRNA & Disease
\nRNA Modification & Editing
\nRNA Nanotechnology
\nRNA Structure, Folding & Modeling
\nRNA Synthetic Biology & Systems Biology
\nRNA Transport & Localization
\nRNA Turnover
\nRNPs: Biogenesis, Structure & Function
\nPolyadenylation & 3\u2032 end formation
\nSmall Non-coding RNAs in Eukaryotes
\nSplicing Mechanism
\nSplicing Regulation & Alternative Splicing
\nTargeting RNA for Therapy & Diagnostics
\nTranscription: Mechanism & Biology
\nTranslation Mechanism
\nTranslation Regulation
\ntRNA: Processing and Function
\nViral RNAs<\/div>\n