You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Scientific Programme Thursday October 20 th AM<br />
Room :<br />
Borduas<br />
<strong>IDMC</strong>-5<br />
Third Floor<br />
SESSION 1 : DNA INSTABILITY, DIAGNOSIS AND MODEL OF MYOTONIC DYSTROPHY<br />
Session chairs : G. Gourdon and C. Pearson<br />
8 h 30<br />
1) Cellular factors that determine (CTG)n hypermutability in DM1<br />
Wieringa, Be et al.<br />
8 h 40<br />
2) The behavior of triplet repeats in human embryonic stem cells<br />
De Temmerman N. et al.<br />
8 h 50<br />
3) The expanded CTG/CAG repeat in <strong>myotonic</strong> <strong>dystrophy</strong> type 1 continues to expand in<br />
non-dividing cells<br />
Monckton D.G. et al.<br />
9 h<br />
4) A role for DNA replication and DNA repair in CTG instability at the DM1 locus<br />
Cleary J.D. et al.<br />
9 h 10<br />
5) Prenatal diagnosis in <strong>myotonic</strong> <strong>dystrophy</strong> type 1 (DM1) : the Spanish experience<br />
Martorell L. et al.<br />
9 h 20<br />
6) Intergenerational contraction of the CTG repeats in large families with <strong>myotonic</strong><br />
<strong>dystrophy</strong>.<br />
Puymirat J. et al.<br />
9 h 30<br />
7) Assessment of in situ hybridization for molecular diagnosis of <strong>myotonic</strong> <strong>dystrophy</strong> type 2<br />
(DM2) : pattern of tissue detection and new phenotype<br />
Bassez G. et al.<br />
9 h 40<br />
8) Identification of a novel locus for <strong>myotonic</strong> <strong>dystrophy</strong> in human chromosome 16<br />
Krahe R. et al.<br />
9 h 50<br />
9) Identification of a candidate gene for a multisystem <strong>myotonic</strong> disorder with<br />
frontotemporal dementia linked to 15q21-24 chromosome (DM3)<br />
Bonifazi E. et al.<br />
10 h -10 h 20<br />
Tea/coffee break<br />
10 <strong>IDMC</strong>-5