1 during motor tasks that elicited dystonia or writer's cramp.

2  coherence in the patients with dystonia and writer's cramp.

3 ance has not been previously investigated in writer's cramp.

4 anifest dystonias, including torticollis and writer's cramp.

5  speech production tasks in 15 patients with writer's cramp and 15 matched healthy control subjects.

6  finger abduction movements in patients with writer's cramp and compared them with those of normal ag

7 as been implicated in the pathophysiology of writer's cramp and other primary dystonias, endogenous d

8 orted for DBS treatment of tardive dystonia, writer's cramp, cranial dystonia, myoclonus dystonia, an

9        Patients with task-specific dystonia (writer's cramp) have impaired cortical inhibition likely

10                                              Writer's cramp is a task-specific focal hand dystonia ch

11 e botulinum toxin is clinically effective in writer's cramp, it does not reverse the associated dysfu

12                ECR and FCR co-contraction in writer's cramp may be a compensatory process under volun

13    Our voxel-based results also suggest that writer's cramp may be associated with reduced striatal d

14      Our findings suggest that patients with writer's cramp may have divergent responses in striatal

15 action in patients with dystonia (n = 6) and writer's cramp (n = 5).

16                 As in ITD, our patients with writer's cramp showed impaired activation of the contral

17 ffected and unaffected hand in patients with writer's cramp showed significantly less reduction in 20

18  Twenty patients with torticollis, nine with writer's cramp, two with blepharospasm and 16 healthy co

19 umental practice, whereas many patients with writer's cramp (WC) have a history of average hand use.

20        Cross-correlograms from patients with writer's cramp were either flat or modulated by a 11-12-

21 n healthy control subjects and patients with writer's cramp while they write a stereotyped word repet