28.03.2015 Views

myotonic dystrophy - IDMC.org

myotonic dystrophy - IDMC.org

myotonic dystrophy - IDMC.org

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Scientific Programme Friday October 21 st AM<br />

Room :<br />

Borduas<br />

Third Floor<br />

<strong>IDMC</strong>-5<br />

SESSION 3 : RNA-BINDING PROTEINS<br />

Session chairs : D Brook and M Swanson<br />

8 h 30<br />

35) The structural basis of <strong>myotonic</strong> <strong>dystrophy</strong> from the crystal structure of CUG repeats<br />

Blaine H. et al.<br />

8 h 40<br />

36) Transcripts containing triplet repeat hairpins are under the surveillance of ribonuclease dicer<br />

Krzyzosiak W.J. et al.<br />

8 h 50<br />

37) Studying nuclear foci of CUG repeat mRNA in living cells<br />

Querido E. et al.<br />

9 h<br />

38) Muscleblind protein isoforms show differential RNA binding properties in a yeast three<br />

hybrid assay<br />

Vicente M. et al.<br />

9 h 10<br />

39) Role of MBNL1 in DM1<br />

Lin X. et al.<br />

9 h 20<br />

40) Elevated hnRNP-H levels contribute to abnormal IR splicing in DM1<br />

Reddy S. et al.<br />

9 h 30<br />

41) Sequestration of a novel Zn-finger protein may cause degenerative muscle defects in DM1<br />

Xu W. et al.<br />

9 h 40<br />

42) CUG-binding proteins, CUG repeats and Steinert <strong>myotonic</strong> <strong>dystrophy</strong> : what can we learn<br />

from drosophila ?<br />

Ait-Ahmed O. et al.<br />

9 h 50<br />

43) Alternative splicing of CLC-1 chloride channel is regulated by MBNLl and CELF proteins<br />

Kino Y. et al.<br />

10 h<br />

44) Zebrafish knock-down model for muscleblind-like 2<br />

Machuca-Tzili L.E. et al.<br />

10 h 10 -10 h 35<br />

Discussion<br />

10 h 35 - 10 h 50<br />

Tea/coffee break<br />

14 <strong>IDMC</strong>-5

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!