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Check in and registration
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Welcome and Announcements
(Charles White)
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Jim Haber
Multiple pathways to repair double-strand breaks and thoughts about gene targeting.
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Barbara Hohn
Homologous recombination as a sensor to environmental challenges.
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Somatic DNA repair and recombination I-
(Chairs: Charles White and Anne Britt )
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Anne Britt
Regulation of IR-induced checkpoint responses
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0830 - 0850 |
Toon Cools
Arabidopsis WEE1 Kinase Controls Cell Cycle Arrest in Response to Activation of the DNA Integrity Checkpoint. |
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0850 - 0910 |
Pascal Genschik
The CUL4-DDB1-DDB2 complex and genome integrity. |
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0910 - 0930 |
Wei Xiao
Arabidopsis thaliana Ubc13-Uev complexes and DNA damage tolerance |
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0930-0950 |
Charles White
Roles of the Rad51 paralogs in mitosis and meiosis |
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0950-1010 |
Coffee Break |
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1010-1030 |
Marie-Edith Chabouté
New partner in DSB-induced gammaH2AX foci in Arabidopsis |
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1020-1040 |
Seiichi Toki
Homologous recombinational repair and cell cycle regulation in Arabidopsis. |
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1040-1100 |
Ayako Sakamoto
Functional analysis of DNA polymerase zeta and REV1 protein in Arabidopsis |
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1100-1120 |
John Hays
Requirements of DNA translesion polymerases Zeta and/or Eta for coordinated tissue growth in Arabidopsis developing ovaries and UVB-irradiated root meristems |
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Somatic DNA repair and recombination II
(Chairs: Holger Puchta and Barbara Hohn)
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1600-1630 |
Holger Puchta
Role of Human Disease Genes for Genome Stability in Arabidopsis thaliana |
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1630-1650 |
Peter Schlogelhofer
The Arabidopsis thaliana AtGR1/COM1 gene is essential for DNA repair and meiosis and relates yeast's COM1/SAE2 to the human CtIP gene |
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1650-1710 |
Thomas Peterson
Transposon-Induced Genome Rearrangements in Maize and Arabidopsis |
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1710-1730 |
Didier G. Schaefer
Genetic analysis of transformation in the moss Physcomitrella patens |
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1730-1750 |
Bernd Reiss
RAD51 genes have different roles in Physcomitrella patens and Arabidopsis thaliana. |
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Chromatin and Epigenetics
(Chair: Jurek Paszkowski)
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2000-2030 |
Jurek Paszkowski
DNA methylation and other epigenetic marks in Arabidopsis. |
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2030-2100 |
Rob Martienssen
Silent running: RNA interference and heterochromatic modifications in plants and fission yeast. |
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2100-2120 |
Marcelina Garcia-Aguilar
A functional and comparative analysis of chromatin changes associated with the control of reproductive development in sexual and apomictic plants. |
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2120-2140 |
Teresa Roldan-Arjona
DNA Demethylation by 5-methylcitosine excision, a new mechanism of epigenetic reprograming in plants. |
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2140-2200 |
Corina Belle Villar
Mechanisms of Polycomb group-mediated gene silencing in Arabidopsis |
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0700-0800 |
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Chromosome maintenance and architecture
(Chairs: Dorothy Shippen and Karel Riha)
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0800-0830 |
Dorothy Shippen
Chromosome end protection in Arabidopsis |
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0830-0900 |
Karel Riha
Role of the Ku70/Ku80 heterodimer in telomere metabolism |
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0900-0920 |
Sue Armstrong
Dynamics of telomere behaviour in Arabidopsis thaliana meiosis |
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0920-0940 |
Ingo Schubert
HR versus NHEJ at the chromosomal level |
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0940-1000 |
Coffee break |
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1000-1020 |
Maria Gallego
AtRad1/AtErcc1 endonuclease and telomere stability in Arabidopsis |
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1020-1040 |
aurent Vespa
A role of ATM in telomere length regulation in Arabidopsis |
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1040-1100 |
Jiri Fajkus
Mapping of interaction domains of putative plant telomere proteins |
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1100-1120 |
Koichi Watanabe
Positional sister chromatid alignment in a mutant of the Arabidopsis homolog of Structural Maintenance of Chromosome 6 (SMC6) |
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Posters/free time |
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Lunch |
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Recombination and meiosis
(Chairs: Clifford Weil and Zach Cande)
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1400-1430 |
Cliff Weil
Forward Foreword: mutations that alter recombination rate and crossover interference in maize |
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1430-1450 |
Chris West
Arabidopsis NBS1: roles in meiosis and DNA repair |
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1450-1510 |
Zac Cande
Meiotic prophase chromosome architecture revealed by ultrahigh resolution structured illumination (SI) microscopy |
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1510-1530 |
Graham Moore
It's not size but coordination that matters |
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1530-1550 |
Greg Copenhaver
Using Arabidopsis tetrads to understand interference |
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| 1550-1610 |
Coffee break |
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1610-1630 |
Chris. Franklin
Co-ordination of meiotic recombination by ASY1 in Arabidopsis thaliana |
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1630-1650 |
Franck L'Huissier
MLH1 marks a subset of strongly interefering crossovers in tomato |
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1650-1710 |
Mathilde Grelon
Identification of meiotic DSB forming proteins in Arabidopsis thaliana |
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1710-1730 |
Tom Gerats
Recombination and genetic maps in Petunia |
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Free time Posters and wine
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Recombination and related Technologies
(Chairs: Avi Levy and Dan Voytas)
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0800-0830 |
Paul Hooykaas
Modulation of the recombination machinery for gene targeting |
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0830-0900 |
Shigeru Iida
Gene Targeting by Homologous Recombination in Rice |
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0900-0930 |
Daniel Voytas
Gene targeting in plants using zinc finger nucleases |
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0930-0950 |
coffee break |
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0950-1005 |
Avraham Levy
Stimulating Gene Targeting into the Arabidopsis genome |
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1005-1020 |
Paul Bundock
Mutation scanning by massive parallel sequencing |
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1020-1035 |
Vipula Shukla
Site-directed homologous recombination in tobacco cell cultures via zinc-finger nucleases. |
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1035-1050 |
Frédéric Van Ex
Development of a gene targeting system based on in planta presentation of homologous donor DNA during meiosis. |
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1050-1105 |
Frédéric Pâques
Meganucleases with tailored cleavage specificity can induce efficient homologous gene targeting |
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1105-1120 |
Tzvi Tzfira
Toward zinc finger nucleases-mediated gene targeting in plants |
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1120-1135 |
Sylvie DeBuck
Generation of Single-Copy DNA Transformants by the Cre/LoxP Recombination Mediated Resolution System |
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