Browsing Doctoral Theses - Human movement sciences by Issue Date

Myofascial Force Transmission : Intra-, inter- and extramuscular pathways

Maas, H. (Amsterdam: Vrije Universiteit, 2003-10-16)

Metabolically assessed fibre recruitment

Beltman - Kievits, J.G.M. (Digital Printing PartnersUtrecht, 2004)

Recovery from a trip in young and older adults : mechanics and control of the support limb

Pijnappels, M.A.G.M. (Amsterdam: Vrije Universiteit, 2004-06-30)

Falls and fall-related injuries are the cause of serious medical and social problems, especially in the growing elderly population. Tripping over an obstacle is one of the major causes for falls in the elderly. This thesis ...

The impact of anxiety on perceptual-motor behaviour

Pijpers, J.R. (Amsterdam: Vrije Universiteit, 2006-04-13)

Control of Fast Goal-Directed Arm Movements : a critical evaluation of the equilibrium point hypothesis

Kistemaker, D.A. (Amsterdam: Vrije Universiteit, 2006-05-18)

Controle van snelle doelgerichte armbewegingen; een kritische evaluatie van de equilibrium punt hypothese Een belangrijke klasse van theorieën over hoe bewegingen worden gestuurd is gebaseerd op de equilibriumpunt ...

Impedance modulation: a means to cope with neuromuscular noise

Selen, L.P.J. (Cambridge PrintingCambridge (UK), 2007)

The influence of knee angle on human quadriceps femoris performance

Kooistra, R.D. (2007)

Collision avoidance in road crossing : Behavior of children with and without hemiparesis

Velde, A.F. te (Amsterdam: Vrije Universiteit, 2007-03-23)

This thesis examines the skill of avoiding collisions with approaching moving objects, and in particular the competences of primary-school children and children with motor impairment. Pedestrian road crossing is chosen ...

Asymmetric interlimb coupling strength in rhythmic bimanual coordination

Poel, H.J. de (Amsterdam: Vrije Universiteit, 2007-06-07)

Neuromuscular adaptations during long-term bed rest

Mulder, E.R. (Amsterdam: Vrije Universiteit, 2007-06-08)

The weightless environment encountered during human spaceflight virtually eliminates the mechanical loading of the human body. The accompanying physical inactivity sets in motion a cascade of changes that affects practically ...