APA

Lammers G., van Duijnhoven N. T. L., Hoenderop J. G., Horstman A. M., de Haan A., Janssen T. W. J., de Graaf M. J. J., Pardoel E. M., Verwiel E. T. P., Thijssen D. H. J. & Hopman M. T. E. (20130822). The identification of genetic pathways involved in vascular adaptations after physical deconditioning versus exercise training in humans. : Experimental physiology.

Chicago

Lammers Gerwen, van Duijnhoven Noortje T L, Hoenderop Joost G, Horstman Astrid M, de Haan Arnold, Janssen Thomas W J, de Graaf Mark J J, Pardoel Elisabeth M, Verwiel Eugène T P, Thijssen Dick H J and Hopman Maria T E. 20130822. The identification of genetic pathways involved in vascular adaptations after physical deconditioning versus exercise training in humans. : Experimental physiology.

Harvard

Lammers G., van Duijnhoven N. T. L., Hoenderop J. G., Horstman A. M., de Haan A., Janssen T. W. J., de Graaf M. J. J., Pardoel E. M., Verwiel E. T. P., Thijssen D. H. J. and Hopman M. T. E. (20130822). The identification of genetic pathways involved in vascular adaptations after physical deconditioning versus exercise training in humans. : Experimental physiology.

MLA

Lammers Gerwen, van Duijnhoven Noortje T L, Hoenderop Joost G, Horstman Astrid M, de Haan Arnold, Janssen Thomas W J, de Graaf Mark J J, Pardoel Elisabeth M, Verwiel Eugène T P, Thijssen Dick H J and Hopman Maria T E. The identification of genetic pathways involved in vascular adaptations after physical deconditioning versus exercise training in humans. : Experimental physiology. 20130822.