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SH2 sidechain dynamics may be key to unlock kinase activity

par Huculeci, Radu;Cilia, Elisa ;Buts, Lieven;Houben, Klaartje;van Nuland, Nico A J;Lenaerts, Tom
Référence Keystone symposium - The Biological Code of Cell Signaling: A Tribute to Tony Pawson(11-15 january 2015: Steamboat springs, Colorado, USA), Proceedings of the Keystone symposium, The Biological Code of Cell Signaling: A Tribute to Tony Pawson
Publication Publié, 2015

Abstract de conférence

• Détails

Titre:	SH2 sidechain dynamics may be key to unlock kinase activity
Auteur:	Huculeci, Radu; Cilia, Elisa; Buts, Lieven; Houben, Klaartje; van Nuland, Nico A J; Lenaerts, Tom
Informations sur la publication:	Keystone symposium - The Biological Code of Cell Signaling: A Tribute to Tony Pawson(11-15 january 2015: Steamboat springs, Colorado, USA), Proceedings of the Keystone symposium, The Biological Code of Cell Signaling: A Tribute to Tony Pawson
Statut de publication:	Publié, 2015
Sujet CREF:	Biologie moléculaire
	Informatique médicale
Langue:	Français