APA

Formstecher E., Reverdy C., Cholay M., Planquette C., Trouplin V., Lehrmann H., Aresta S., Calabrese A., Arar K., Daviet L. & Colland F. (20070112). Combination of active and inactive siRNA targeting the mitotic kinesin Eg5 impairs silencing efficiency in several cancer cell lines. : Oligonucleotides.

Chicago

Formstecher Etienne, Reverdy Celine, Cholay Mickael, Planquette Cecile, Trouplin Virginie, Lehrmann Heike, Aresta Sandra, Calabrese Alessandra, Arar Khalil, Daviet Laurent and Colland Frederic. 20070112. Combination of active and inactive siRNA targeting the mitotic kinesin Eg5 impairs silencing efficiency in several cancer cell lines. : Oligonucleotides.

Harvard

Formstecher E., Reverdy C., Cholay M., Planquette C., Trouplin V., Lehrmann H., Aresta S., Calabrese A., Arar K., Daviet L. and Colland F. (20070112). Combination of active and inactive siRNA targeting the mitotic kinesin Eg5 impairs silencing efficiency in several cancer cell lines. : Oligonucleotides.

MLA

Formstecher Etienne, Reverdy Celine, Cholay Mickael, Planquette Cecile, Trouplin Virginie, Lehrmann Heike, Aresta Sandra, Calabrese Alessandra, Arar Khalil, Daviet Laurent and Colland Frederic. Combination of active and inactive siRNA targeting the mitotic kinesin Eg5 impairs silencing efficiency in several cancer cell lines. : Oligonucleotides. 20070112.