Recombination, the process by which genetic material is exchanged between different molecules, is a fundamental mechanism in genetics. It plays a crucial role in generating genetic diversity, repairing DNA, and ensuring accurate chromosome segregation during meiosis. Advances in this field have significant implications for understanding evolution, improving crop yields, and developing treatments for genetic diseases. Current research in recombination focuses on several key questions, including the mechanisms of homologous recombination, the roles of proteins involved in recombination, and the ways cells ensure accuracy and efficiency during recombination events.

Research also delves into the determinants of recombination hotspots, such as genetic and epigenetic factors, and their impact on genome evolution and stability. Workers in the field focus on investigating how cells balance the need for genetic diversity with the maintenance of genomic integrity, the mechanisms for repairing errors introduced during recombination, and how different organisms manage recombination-induced DNA damage. The evolutionary implications of recombination, including its role in the evolution of new traits, species adaptation to environmental changes, and the factors driving the evolution of recombination rates, are also crucial areas of study.

Moreover, there are significant technological applications of recombination research. These include improving crop resistance and yield, developing gene therapy and personalized medicine, and advancing synthetic biology. Understanding the regulatory networks that control recombination during different stages of the cell cycle, how cells respond to inappropriate or excessive recombination, and the implications of dysregulated recombination for diseases like cancer is vital. This research, driven by molecular genetics, biochemistry, advanced imaging techniques, and computational models, not only addresses fundamental biological questions but also paves the way for practical applications in various fields, including medicine, agriculture, and biotechnology.

Confirmed Invited Speakers

Andres Aguilera (CABIMER/ University of Seville)
INSIGHTS INTO THE ROLE OF RNA AND CHROMATIN IN RECOMBINATIONAL REPAIR
Simon Boulton (Francis Crick Institute)
MECHANISMS OF RECOMBINATION 
Valerie Borde (Institute Curie)
REGULATION OF DNA SYNTHESIS DURING DOUBLE-STRAND BREAK REPAIR
Dana Branzei (IFOM ETS)
NEW INSIGHTS INTO DNA DAMAGE TOLERANCE CHOICE
Petr Cejka (Institute for Research in Biomedicine)
MECHANISM OF BRCA-1-BARD1 FUNCTION IN DNA END RESECTION AND DNA PROTECTION
Titia De Lange (Rockefeller University)
TELOMERES AND THE DNA DAMAGE RESPONSE
Bernard De Massy (Institute of Human Genetics Montpellier)
DNA DOUBLE-STRAND BREAK FORMATION DURING MEIOSIS
Pierre-Henri Gaillard (Cancer Research Centre Marseille)
SLX4/FANCP: PLAYING WITH NUCLEASES, HELICASES AND BEYOND
Jim Haber (Brandeis University)
MICROHOMOLOGY-MEDIATED TEMPLATE SWITCHING REQUIRES EXTENSIVE PAIRING OF ADJACENT HOMEOLOGOUS REGIONS
Wolf-Dietrich Heyer (University of California, Davis)
THE MULTI-FACETED ROLES OF CHROMATIN IN HOMOLOGOUS RECOMBINATION
Ian Hickson (University of Copenhagen)
SINGLE MOLECULE ANALYSIS OF THE BLOOM'S PROTEIN COMPLEX
Maria Jasin (Memorial Sloan Kettering Cancer Center)
GENOMIC AND GENETIC LOSS AFTER A DOUBLE-STRAND BREAK
Roland Kanaar (Erasmus University Rotterdam)
FUNCTION OF BRCA2 IN HOMOLOGOUS RECOMBINATION
Scott Keeney (Memorial Sloan Kettering Cancer Center)
MECHANISM OF MEIOTIC RECOMBINATION INITIATION
Stephen Kowalczykowski (University of California, Davis)
THE ROLES OF BRCA2 AND RAD51 PARALOGS IN RECOMBINATIONAL DNA REPAIR
Gaelle Legube (Univsersité Paul Sabatier)
CHROMOSOME AND CHROMATIN DYNAMICS AT DNA DOUBLE STRAND BREAK
Anna Malkova (University of Texas)
BREAK INDUCED REPLICATION AND ITS ROLE IN TELOMERE MAINTENANCE
Joao Matos (University of Vienna)
HOLLIDAY JUNCTIONS AND ZMM PROTEINS: PARTNERS IN THE MAINTENANCE OF MEIOTIC CHROMOSOME SYNAPSIS
Andre Nussenzweig (National Institutes of Health)
REPLICATION FORK STABILITY
John Petrini (Memorial Sloan Kettering Cancer Center)
SEPARATIONS OF FUNCTION: A COMPREHENSIVE PICTURE OF Rad50S MUTATIONS
Akira Shinohara (Osaka University)
THE MOLECULAR MECHANISM OF RAD51/DMC1-MEDIATED HOMOLOGY SEARCH AND STRAND EXCHANGE
Evi Soutoglou (University of Sussex)
GENOME ORGANISATION IN DNA REPAIR AND MUTAGENESIS
Patrick Sung (University of Texas)
HOMOLOGOUS RECOMBINATION LICENSING ROLES OF THE BRCA1-BARD1 COMPLEX
Lorraine Symington (Columbia University)
REPAIR OF REPLICATION-ASSOCIATED DOUBLE-STRAND BREAKS
Xiaolan Zhao (Memorial Sloan Kettering Cancer Center)
MECHANISMS OF Smc5/6-BASED GENOME MANAGEMENT
Xiaodong Zhang (Imperial London College/ Francis Crick Institute)
STRUCTURES AND MECHANISMS OF RAD51 MODULATORS

Target Audience

This conference will appeal to PhD students, post-docs and group leaders working in the fields of recombination, meiosis, DNA repair and cancer. Academic and pharma researchers interested in DNA damage responses and cancer including their intersection with replication, transcription, epigenetics, cancer biology, and cancer drug discovery. The focus will be on the molecular mechanisms of homologous recombination and the interplay of damage responses and cancer biology.

Educational Need

This conference will bring together scientists working at the forefront of DNA recombination (both mitotic and meiotic), repair, replication, transcription, epigenetics, and cancer biology. Presentations will consider diverse cutting-edge methodologies and integrated approaches to investigate the fundamental mechanisms of recombination and repair, at the molecular, structural and cellular levels. The conference will showcase novel breakthrough advances and new developments in these areas. The inter-disciplinary nature of the conference will create strong synergies among participants and outstanding opportunities for exchanging information and developing new collaborations. The cross-disciplinary interactions will be invaluable in training young scientists to work in these and other emerging areas of science.

Although the below programme is the most up to date version, please note it is still a draft copy and is subject to change. We will continue to upload the latest version here, and circulate a final copy to all participants in the week before the meeting.

Unfortunately, all current ECR grants have been awarded. However, we hope to release additional grants later following fundraising efforts. If you are interested in future opportunities, feel free to sign up for updates about the conference to be kept informed should further grants be released. Or, you are welcome to send in an application in advance, to be considered in the first instance should additional grants be released.