Literatur
421
Vink, M. and Allewijn, M., De Geheugen cursus.
Tekstboek and video. Teleac, Utrecht 1991.
Waal, F. de, Chimpansee politiek: macht en seks
bij mensapen. Amsterdam: Becht, 1982. Orig:
Chimpanzee Politics: Power and Seks among
Apes. John Hopkins Univ Pr, 1998.
Waal, F. de, De aap en de sushimeester. Amster-
dam: Contact, 2006. Orig: The Ape and the
Sushi Master. New York: Basic Books, 2001.
Wade, D. et al., Stroke, a critical approach to dia-
gnosis, treatment and management. Chapman
& Hall, Londen, 1985.
Wade, D., ‘Applying the WHO ICF framework
to the rehabilitation of patients with cogniti-
ve deficits. In: Halligan and Wade 2005, sie-
he dort.
Wagenaar, R. et al., ‘The functional recovery of stro-
ke: A comparison between neuro-developmen-
tal treatment and the Brunnstrom method’.
Scand. J. Rehab. Med. 22 (1990), 1–8.
Walsh, R. and Greenough, T. (eds), Environments
as therapy for brain dysfunction. Advances in
behavioral biology, vol. 17. Plenum, New York,
1976.
Wang, G. et al., Synaptic plasticity in sleep: lear-
ning, homeostasis and disease. Trends in Neu-
rosciences 2011;34(9).
Wang, L. et al., Dynamic functional reorganizati-
on of the motor execution network after stro-
ke. Brain 2010;133:1224–1238.
Ward, N. et al., ‘Neural correlates of outcome after
stroke: A cross-sectional fMRI study’. Brain 126
(2003), 1430–1448.
Ward, N. and Frackowiak, R., ‘Age-related changes
in the neural correlates of motor performance’.
Brain 126 (2003), 873–888.
Ward, N. et al., ‘Motor system activation after sub-
cortical stroke depends on corticospinal integ-
rity’. Brain 129 (2006), 809–819.
Warren, J., et al. Sounds do-able: auditory-motor
transformations and the posterior temporal pla-
ne. Trends in Neurosciences 28 (2005), 636–
643.
Wearing, D., Forever today. London: Gorgi Books,
2005.
Weiskrantz, L., Blindsight. Clarendon Pr.,
Oxford,1986.
Weisz, N. et al., Neuromagnetic indicators of audi-
tory cortical reorganization of tinnitus. Brain
2005;128:2722–2731.
Wenzelburger, R. et al., ‘Hand coordination fol-
lowing capsular stroke’. Brain 128 (2005),
64–74.
Werhahn, K. et al., ‘Cortical excitability chan-
ges induced by deafferentiation of the contra-
lateral hemisphere’. Brain 125 (2002), 1402–
1413.
Wertz, R., The role of theory in aphasia therapy:
art or science? In: Stuss D et al. (eds). Cogniti-
ve Neurorehabilitation. Cambridge: Cambridge
University Press, 1999.
Wexler, E. and Palmer, T., ‘Where, oh where, have
my stem cells gone?’ Trends in Neurosciences
25 (2002), 225.
Wielaert, S. and Berns, P. (red.), Status Afasie The-
rapie. Swets and Zeitlinger, Lisse, 2003.
Wilson, B. et al., Behavioral approaches in neuro-
psychological rehabilitation. Psychology Press,
Hove, 2003.
Wilson, B. and Moffat, N. (eds.), Clinical manage-
ment of memory problems. CroomHelm, Lon-
don, 1984.
Wilson, B. Rehabilitation of memory. Guilford,
New York, 1987.
Wilson, B., ‘Cognitive rehabilitation: How it is and
how it might be’. Journal of the International
Neuropsychological Society 3 (1997), 487–496.
Wilson, B. ‘The effective treatment of memory-rela-
ted disabilities’. In: Halligan and Wade 2005,
siehe dort.
Wilson, B., Memory Rehabilitation: Integrating
Theory and practice. New York: Guilford Press,
2009.
Wilson, B., Towards a comprehensive model of
cognitive rehabilitation. Neuropsych Rehab
2002;12(2):97–110.
Wise, S. and Murray, E., ‘Arbitrary associations bet-
ween antecedents and actions’. Trends in Neu-
rosciences 23 (2000), 271–276.
Wissel J, Ebersbach G, Gutjahr L and Dahlke F.
‘Treating chronic hemiparesis with modified
biofeedback’. Arch Phys Med Rehabil. 70(8)
(1989), 612–617.
Wolpaw, J., ‘The complex structure of a simple
memory’. Trends in Neurosciences 20 (1997),
588–594.
Wood, R. and Fussey, I. (eds.), Cognitive rehabi-
litation in perspective. Taylor &Francis, Lon-
don, 1990.
Wood, R. and McMillan, T. (eds.), Neurobeha-
vioral disability and social handicap following
traumatic brain injury. Psychology Press, Hove,
2001.
Wood, R. and Rutterford, N., ‘Relationships bet-
ween measured cognitive ability and reported
psychosocial activity after bilateral frontal lobe
