ライフサイエンスコーパス: pallidotomy

1 red system 1 month before and 3 months after pallidotomy.

2 ication before and 3 months after unilateral pallidotomy.

3 g and pegboard tasks were not improved after pallidotomy.

4 son's disease patient undergoing stereotaxic pallidotomy.

5 and constitute the principal indication for pallidotomy.

6 europsychiatric sequelae directly related to pallidotomy.

7 on underwent unilateral right posteroventral pallidotomy.

8 lobus pallidus, and the clinical practice of pallidotomy.

9 hypothesis that surgical treatments, such as pallidotomy, act primarily by eliminating pathological f

10 ramatically reduced following ventral medial pallidotomy and constitute the principal indication for

11 cal explanation for the clinical efficacy of pallidotomy and new insights into the physiology of the

12 or Parkinson disease (PD) in the 1990s, with pallidotomy and then with high-frequency deep brain stim

13 are an effective alternative to thalamotomy, pallidotomy and unilateral STN DBS for the treatment of

14 Posteroventral pallidotomy as a treatment for Parkinson's disease (PD)

15 include ablative techniques (thalamotomy and pallidotomy), augmentative techniques (nondestructive) (

16 VP) or simultaneous bilateral posteroventral pallidotomy (BPVP) using Image Fusion and Stereoplan (Ra

17 ment of the globus pallidus, we suggest that pallidotomy can be an effective treatment for patients w

18 the case of hemiballismus demonstrates that pallidotomy can be an effective treatment for this condi

19 ta demonstrate that the cognitive effects of pallidotomy can be dissociated from the motor effects.

20 A predictor of good outcome from pallidotomy concerning PI was the degree of worsening of

21 Pallidotomy did not affect visually guided saccades.

22 gnificantly lower than those observed during pallidotomy for Parkinson's disease, either "on" or "off

23 ase patients prior to unilateral stereotaxic pallidotomy for relief of symptoms.

24 icantly improved motor functioning following pallidotomy for the treatment of Parkinson's disease, th

25 the six month follow-up, patients receiving pallidotomy had a statistically significant reduction (3

26 Stereotaxic ventral pallidotomy has been employed in the symptomatic treatme

27 Pallidotomy has been re-explored for the treatment of Pa

28 Hence, although pallidotomy has led to improvements in other motor funct

29 On the other hand, pallidotomy improved both PIGD and SOT scores in both gr

30 In summary, the data suggest that pallidotomy improved mainly the later stages of movement

31 Since posteroventral pallidotomy improves motor performance in Parkinson's di

32 ied the effects of unilateral ventral medial pallidotomy in 26 patients with medically intractable Pa

33 A general agreement exists that pallidotomy is a relatively safe and effective treatment

34 These findings suggest that unilateral pallidotomy is not only effective in abolishing levodopa

35 Pallidotomy may also offer some patients an opportunity

36 r medical therapy (N = 18) or unilateral GPi pallidotomy (N = 18).

37 sorders underwent stereotactic radiosurgical pallidotomy (n = 2) or thalamotomy (n = 15).

38 iation between the effects of medication and pallidotomy on motor and sensory components of postural

39 We studied the effect of posteroventral pallidotomy on movement preparation and execution in 27

40 itative data on the impact of posteroventral pallidotomy on previously described measures of upper li

41 of posterior internal pallidal ablation (GPi pallidotomy) on parkinsonian signs and symptoms were stu

42 3 months, and 6 months following unilateral pallidotomy (p<0.03).

43 Pallidotomy, placement of a surgical lesion in the inter

44 on's disease after unilateral posteroventral pallidotomy (PVP).

45 These results suggest that pallidotomy reduced the preoperative overaction of the i

46 We conclude that pallidotomy reduces pallidal inhibition of thalamocortic

47 Patient selection for medial pallidotomy should, therefore, be based largely on antic

48 Pallidotomy significantly improved all cardinal parkinso

49 Ablative techniques include pallidotomy, thalamotomy, and, more recently, subthalamo

50 ically intractable hemiballismus underwent a pallidotomy that abolished his involuntary movements.

51 dies on the neuropsychological outcome after pallidotomy that were published in peer-reviewed journal

52 Contralateral to pallidotomy, the median 'off' motor UPDRS score improved

53 After pallidotomy, the median total motor UPDRS score 'off' me

54 After pallidotomy, the peak saccadic velocity of internally me

55 After pallidotomy there was a significant reduction in the inv

56 pre- and 3, 6 and 12 months post-unilateral pallidotomy, using computerized dynamic posturography [s

57 Pallidotomy was performed under stereotaxic CT guidance

58 se at baseline, and then following bilateral pallidotomy, with a battery of neuropsychological tests