ライフサイエンスコーパス: temporal lobectomy

1 vation had dysphasia for 6 months after left temporal lobectomy.

2 before (n = 37) and after (n = 24) anterior temporal lobectomy.

3 en seizure free for 1 year or more following temporal lobectomy.

4 eded to clarify the use of ECoG in tailoring temporal lobectomy.

5 dependent cohort of 59 individuals with left temporal lobectomy, along with repeating all analyses af

6 Fifteen of these 28 patients underwent temporal lobectomy and 13 were not offered surgery.

7 y TLE undergoing pre-surgical evaluation for temporal lobectomy and 30 normal subjects performed a co

8 y hippocampal specimens were obtained during temporal lobectomy and frozen quickly.

9 orrelation between activation ipsilateral to temporal lobectomy and memory outcome was observed, with

10 pairments caused by temporopolar strokes and temporal lobectomy are far less severe than those seen i

11 Anterior temporal lobectomy (ATL) remains an option for patients

12 nge) underwent either a craniotomy, Anterior Temporal Lobectomy (ATL), or a less invasive method of S

13 ective surgery for epilepsy; namely anterior temporal lobectomy (ATL, n=31) or selective amygdalohipp

14 res (prose recall) underwent either anterior temporal lobectomy (ATL: n=38) or stereotactic laser amy

15 nal studies should explore the potential for temporal lobectomy based on interictal electroencephalog

16 who were consecutively treated with anterior temporal lobectomy between 1986 and 1990.

17 esistant TLE (n = 37) who underwent anterior temporal lobectomy between two imaging time points, as w

18 oral lobe tissue from patients who underwent temporal lobectomy for intractable epilepsy.

19 ot in BAVMs and control brains obtained from temporal lobectomy for medically intractable seizures.

20 lective amygdalohippocampectomy and anterior temporal lobectomy for mTLE with MTS.

21 uch as selective amygdalohippocampectomy and temporal lobectomy for temporal lobe epilepsy were assoc

22 -three patients who had undergone unilateral temporal lobectomy for the treatment of epilepsy (12 lef

23 postoperative) in 95 patients who underwent temporal lobectomy for treatment of nonneoplastic epilep

24 Cases of amnesia after unilateral temporal lobectomy illustrate the complexity of intra- a

25 SPECT) in nonlesional patients who underwent temporal lobectomies in our epilepsy center from 1995 to

26 e presurgical data relate to prognosis after temporal lobectomy in patients with independent bilatera

27 Temporal lobectomy is an effective therapy for medically

28 Temporal lobectomy is often complicated by superior quad

29 Left temporal lobectomy (LTL) and healthy comparison groups g

30 tests of topographical memory, and the left temporal lobectomy (LTL) patients worse on tests of cont

31 t in performance was observed following left temporal lobectomy (P = 0.002).

32 rformance significantly improved after right temporal lobectomy (P = 0.015) while a decrement in perf

33 Seventeen right and 13 left temporal lobectomy patients were compared with 16 health

34 eceptor PET and CMRglc PET can contribute to temporal lobectomy planning.

35 l metabolic rate of glucose (CMRglc) PET for temporal lobectomy planning.

36 Temporal lobectomy provides sustained seizure relief ove

37 t and unpleasant memories, whereas the right temporal lobectomy (RTL) group produced significantly fe

38 laterality and test type such that the right temporal lobectomy (RTL) patients were worse on tests of

39 cly available transcriptomic data from human temporal lobectomy samples, we confirmed a previously de

40 of several components of microdysgenesis in temporal lobectomy specimens.

41 Clinical studies involving patients who had temporal lobectomy surgeries have also revealed changes

42 n the assessment of memory changes following temporal lobectomy surgery emphasize the complexity of s

43 u score created specifically for analysis of temporal lobectomy tissue and the Braak staging, which w

44 d non-spatial memory of 19 left and 19 right temporal lobectomy (TL) patients was compared with that

45 We studied 29 patients with anterior temporal lobectomies using Goldmann perimetry.

46 y is differentially impaired following right temporal lobectomy was employed.

47 in adulthood (usually as part of an anterior temporal lobectomy) were not impaired in ToM reasoning r

48 epilepsy (TLE) undergoing standard anterior temporal lobectomy with amygdalohippocampectomy (ATL), b

49 Left anterior temporal lobectomy with amygdalohippocampectomy rendered

50 e correction in 41 patients who had anterior temporal lobectomy with at least a 1-y follow-up.

51 y patients treated using unilateral anterior temporal lobectomy with hippocampal resection.

52 A single individual underwent anterior temporal lobectomy, with subsequent seizure freedom and