Program
Organizers: Mila Pollock, Phil Sharp & Joan Steitz
- Bruce Stillman
- Welcome and Introduction
- Mila Pollock
- Welcome and Introduction
Session 1: History and Overview
Co-chair: Robert Darnell The Rockefeller University
Co-chair: Iain Mattaj EMBL, Heidelberg Germany
- Phillip A. Sharp
- The journey to RNA splicing
- Richard J. Roberts
- The discovery of RNA splicing
- Richard Gelinas
- Splicing foretold—Abundant adenovirus 2 mRNAs were composed of sequences derived from more than one position on the genome
- Louise T. Chow
- The EM discovery of split genes and RNA splicing in adenovirus transcripts
- Joan A. Steitz
- RNA-RNA interactions in the spliceosome
- Nathaniel Comfort
- RNA worlds—Splicing, catalysis, and the origin of life
- Michael Rosbash
- Yeast Ribosomal Protein & Circadian Cycling of Splicing
- Nikolaus Rajewsky
- Splicing back
- Rick Padgett
- Spliceosomal factor mutations in human diseases
Session 2: Biology of Spliceosome
Co-chair: Timothy Nilsen Case Western Reserve University
Co-chair: Manuel Ares University of California, Santa Cruz
- Jean D. Beggs
- From gene cloning to splicing, transcription and chromatin
- Magda Konarska
- Spliceosome complexes—From early manifestations to future challenges
- Reinhard Lührmann
- An intriguing journey from the initial biochemical characterization of snurps to cryo-EM snapshots of the spliceosome
- Xiang-Dong Fu
- Splicing factors and regulators in biology—More than we could have imagined
- Nouria Hernandez
- The early days of splicing in vitro
- Michael R. Green
- Identification of alternative splicing factors through large-scale RNA interference screens
Session 3: Introns, Exons and Alternative Splicing
Co-chair: Walter Gilbert Harvard University
- Melissa J. Moore
- Spliceosome profiling allows for transcriptome-wide analysis of the functional intronome
- Christopher B. Burge
- RNA binding preferences of 78 proteins—Low diversity in primary motifs, but wide diversity of context effects
- Brenton R. Graveley
- The incredible world of pre-mRNA splicing
- Douglas L. Black
- Pre-mRNA binding proteins as positive and negative regulators of splicing pattern
- Karla M. Neugebauer
- Perfect timing—Splicing and transcription in living cells
- Larry Zipursky
- Alternative splicing of Dscam1 generates a vast number of isoforms essential for neural circuit assembly
- Tom Maniatis
- RNA transcription, splicing and stochastic promoter choice in the Protocadherin α gene cluster
Session 4: Spliceosome Complexes
Co-chair: Erik Sontheimer University of Massachusetts Medical School
Co-chair: Woan-Yuh Tarn Academia Sinica, Taipei, Taiwan
- Jonathan Staley
- Proofreading and catalyzing pre-mRNA splicing
- Alberto R. Kornblihtt
- Transcriptional control of alternative splicing along time—Ideas change, experiments remain
- Siddhartha Mukherjee
- Splicing Factor Mutations in MDS
- Soo-Chen Cheng
- Studies of protein components and protein complexes of the yeast spliceosome
- Yigong Shi
- Mechanistic insights into pre-mRNA splicing by the spliceosome
- Kiyoshi Nagai
- CryoEM snapshots of the spliceosome provide insights into the mechanism of pre-mRNA splicing
Session 5: Poster Session
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Session 6: Diseases of mRNA Splicing
Chair: Stu Orkin Dana-Farber Cancer Institute
- Kristen W. Lynch
- Regulation of alternative splicing in T cell activation and viral infection
- David L. Spector
- Nuclear speckles, non-coding RNAs, and cancer—Full circle
- James L. Manley
- Concentration-dependent splicing regulation—A critical mechanism in normal and disease cells
Panel: Historical and Prospective Glimpses into mRNA Splicing
Co-chair: Phillip A. Sharp Massachusetts Institute of Technology
Co-chair: Joan A. Steitz Yale University/HHMI
- Gil Ast
- Panel Discussion
- Thomas Cech
- Panel Discussion
- Benoit Chabot
- Panel Discussion
- Angela Kramer
- Panel Discussion
- Stephen Mount
- Panel Discussion
- Juan Valcarcel
- Panel Discussion
- Mila Pollock
- Panel Discussion
Session 7: Therapeutic Approaches to mRNA Splicing Diseases
Co-chair: Ryszard Kole Sarepta Therapeutics
Co-chair: Charles Query Albert Einstein College of Medicine
- Adrian R. Krainer
- The path from basic studies of pre-mRNA splicing to the first treatment for a neurological disease
- Gideon Dreyfuss
- RNA-binding proteins and RNPs in splicing and mRNA regulation
- Robert Darnell
- Neuron-Specific Systems Regulating RNA-protein Interactions in the Brain
- Mariano A. Garcia-Blanco
- Human epistatic interaction controls IL7R splicing and increases multiple sclerosis risk
- Ben Blencowe
- Systematic exploration of the regulatory and functional landscapes of alternative splicing