SCHEDULE
Oral live presentations: 20 minutes dedicated to the talk + 5 minutes for the Q&A part for invited speakers and 12 minutes dedicated to the talk + 5 minutes for the Q&A part for selected speakers.
Poster presentations should not exceed 3 minutes.
Schedule overviewÂ
Tuesday, July 6th
Overview of the program (CEST)
- 14:00
- 14:15
- 14:45
- 15:30
- 16:00
- 16:30
- 17:00
- 18:00
- 18:30
- 19:00
- 20:00
Tuesday, July 6
- Opening Session
Vincent Croquette, ENS/ESPCI/CNRS
Hervé Le Hir, IBENS
Smita Patel, Rutgers University - SESSION 1: Gene expression
Chair: Katrin Paeschke - KEYNOTE 1
Elizabeth Tran
Purdue University, USA
The DEAD-box RNA Helicase DDX5: from S. cerevisiae to cancer connections - Selected talks
- Coffee Break
- Parallel Poster Session
POSTER SESSION 1-A, 1-B, 1-C - SESSION 2: Mechanisms-Technologies
Chair: Dagmar Klostermeier, Institute for Physical Chemistry, University of Muenster - KEYNOTE 2
Taekjip Ha
Johns Hopkins University, USA
Light, CRISPR and DNA repair - Selected talks
- Networking Session
- SESSION 3: Gene expression/structure
Chair: Eric Enemark, University of Arkansas for Medical Sciences - KEYNOTE 3
Elena Conti
Max-Planck-Institute for Biochemistry, Germany
Regulatory mechanisms of the RNA exosome helicases - Selected talks
- End of meeting
Wednesday, July 7th
Overview of the program (CEST)
- 14:00
- 14:00
- 14:30
- 15:30
- 16:00
- 16:30
- 17:00
- 18:00
- 18:30
- 19:00
- 20:00
Wednesday, July 7
- Start of the meeting
- SESSION 4: Mechanisms
Chair: Maria Spies, University of Iowa, USA - KEYNOTE 4
Tim Lohman
Washington University, St Louis, USA
Activation of SF1 DNA Helicases by Protein Accessory Factors - Selected talks
- Coffee Break
- Parallel Poster Session
POSTER SESSION 2-A, 2-B, 2-C - SESSION 5: Mechanisms-structures
Chair: Elena Conti, Max Planck Institute of Biochemistry - KEYNOTE 5
Michael Trakselis
Modulation of DnaB helicase conformation and contacts interrupts replisome coupling, creating genome instability - Selected talks
- Networking Session
- SESSION 6: Gene expression/mechanisms
Chair: Alicia Byrd, University of Arkansas for Medical Sciences - KEYNOTE 6
Dagmar Klostermeier
University of Muenster, Germany
Mechanisms of regulation of DEAD-box helicase activities - Selected talks
- End of meeting
Thursday, July 8th
Overview of the program (CEST)
- 14:00
- 14:00
- 14:30
- 15:30
- 16:00
- 16:30
- 17:00
- 18:00
- 18:30
- 19:00
- 20:00
Thursday, July 8
- Start of the meeting
- SESSION 7: Genome replication
Chair: Sua Myong, Johns Hopkins University - KEYNOTE 7
Shixin Liu
Rockfeller University, USA
Visualizing the action of SARS-CoV-2 and eukaryotic replicative helicases - Selected talks
- Coffee Break
- Parallel Poster Session
POSTER SESSION 3-A, 3-B - SESSION 8: Gene expression
Chair: Dominique Weil, Institut de Biologie Paris Seine, CNRS-Sorbonne university, Paris - KEYNOTE 8
Katrin Paeschke
University of Bonn, Germany
DHX36 function at G-quadruplexes and its connection to stress response - Selected talks
- Business meeting
Michael Trakselis, Elizabeth Tran, and Katrin Paeschke - SESSION 9: Genome replication
Chair: Kevin Raney, University of Arkansas for Medical Sciences - KEYNOTE 9
Maria Spies
University of Iowa, USA
Competition between SMARCAL1 and RAD52 at stalled DNA replication forks - Selected talks
- End of meeting
Friday, July 9th
Overview of the program (CEST)
- 14:00
- 14:00
- 14:30
- 15:30
- 16:00
- 16:30
- 17:00
- 18:00
- 18:30
- 19:00
- 20:00
Friday, July 9
- Start of the meeting
- SESSION 10: Viruses-Structures
Chair: Wojciech Galej - KEYNOTE 10
Anna Marie Pyle
Yale University, USA
RNA helicases (SARS cov RNA structure) - Selected talks
- Coffee Break
- Parallel Poster Session
POSTER SESSION 4-A, 4-B - SESSION 11: Gene expression
Chair: Markus Bohnsack, Goettingen University - Coffee Break
- Selected talks
- Networking Session
- SESSION 12: Viruses-structures
Chair: Timothy Lohman, Department of Biochemistry and Molecular Biophysics, Washington University School of Medicine - KEYNOTE 12
Seth Darst
Rockfeller University, USA
Structural basis for helicase-polymerase coupling in the SARS-CoV-2 replication-transcription complex - Selected talks
- End of meeting