APA

Rudzka D. A., Spennati G., McGarry D. J., Chim Y., Neilson M., Ptak A., Munro J., Kalna G., Hedley A., Moralli D., Green C., Mason S., Blyth K., Mullin M., Yin H. & Olson M. F. (20200629). Migration through physical constraints is enabled by MAPK-induced cell softening via actin cytoskeleton re-organization. : Journal of cell science.

Chicago

Rudzka Dominika A, Spennati Giulia, McGarry David J, Chim Ya-Hua, Neilson Matthew, Ptak Aleksandra, Munro June, Kalna Gabriela, Hedley Ann, Moralli Daniela, Green Catherine, Mason Susan, Blyth Karen, Mullin Margaret, Yin Huabing and Olson Michael F. 20200629. Migration through physical constraints is enabled by MAPK-induced cell softening via actin cytoskeleton re-organization. : Journal of cell science.

Harvard

Rudzka D. A., Spennati G., McGarry D. J., Chim Y., Neilson M., Ptak A., Munro J., Kalna G., Hedley A., Moralli D., Green C., Mason S., Blyth K., Mullin M., Yin H. and Olson M. F. (20200629). Migration through physical constraints is enabled by MAPK-induced cell softening via actin cytoskeleton re-organization. : Journal of cell science.

MLA

Rudzka Dominika A, Spennati Giulia, McGarry David J, Chim Ya-Hua, Neilson Matthew, Ptak Aleksandra, Munro June, Kalna Gabriela, Hedley Ann, Moralli Daniela, Green Catherine, Mason Susan, Blyth Karen, Mullin Margaret, Yin Huabing and Olson Michael F. Migration through physical constraints is enabled by MAPK-induced cell softening via actin cytoskeleton re-organization. : Journal of cell science. 20200629.