ライフサイエンスコーパス: post-mortem examination

1 iagnoses and cause(s) of death determined by post mortem examination.

2 infectious process, only to be uncovered at post mortem examination.

3 ppearances and neurodegenerative features on post-mortem examination.

4 he three subjects who additionally underwent post-mortem examination.

5 t Centre for Epilepsy: 122 had comprehensive post-mortem examination.

6 as well as a proper scene investigation and post-mortem examination.

7 to acute injury, were seen in three of 21 on post-mortem examination.

8 is and neuronal loss in two patients who had post-mortem examinations.

9 valuated using high-frequency ultrasound and post-mortem examinations.

10 In foxes with no evidence of ICH on post-mortem examination, 29 of 154 (18.8%) red foxes had

11 ess likely to have an undiagnosed disease at post mortem examination and, thus, more likely to have c

12 bTB test-positive buffaloes were swabbed at post-mortem examination and stored in PrimeStore MTM at

13 ast Sussex) submitted found-dead badgers for post-mortem examination and testing by bacterial culture

14 Post-mortem examination and ultrasonographic studies (3

15 Post-mortem examinations are important for furthering th

16 lled, consent was requested from parents for post-mortem examinations (both complete diagnostic autop

17 tly different from patients who did not have post-mortem examination, but post-mortem examination pro

18 Post-mortem examinations continue to play a crucial role

19 -demented individuals before death but whose post-mortem examination demonstrated significant amounts

20 All 20 turtles assessed by ultrasound and/or post-mortem examination developed GE, independent of sea

21 In three cases, post-mortem examination has confirmed the clinical diagn

22 Post-mortem examination, however, provides the opportuni

23 , with many individual diagnoses verified by post mortem examination in this group.

24 We used brain MRI or post-mortem examination in 351 fullterm infants with neo

25 n poorly resourced regions and to facilitate post-mortem examinations in communities that might have

26 Post-mortem examinations in three patients confirmed neu

27 In all cases, circumstantial evidence and post-mortem examinations indicated drowning to be the mo

28 I) and with ubiquitin-positive inclusions on post-mortem examination (Individual I).

29 Post-mortem examination is especially important in emerg

30 lung tissue obtained by open-lung biopsy or post mortem examination occurred in 11 (84.6%) of 13 pai

31 Post mortem examination of Parkinson's disease brains su

32 Post mortem examination of the brain was performed in tw

33 The principal finding on post-mortem examination of 4 brain specimens was loss of

34 Post-mortem examination of an individual with a homozygo

35 Post-mortem examination of cerebral tissue from treated

36 body high-field MRI is a feasible option for post-mortem examination of human fetuses, and can provid

37 of high-field MRI with conventional MRI for post-mortem examination of human fetuses.

38 Post-mortem examination of human knowlesi malaria cases

39 Post-mortem examination of slaughtered reactors confirme

40 r confirming sequestration of parasites in a post-mortem examination of the brain.

41 In addition, we performed post-mortem examination of the heart to confirm the numb

42 Post-mortem examination of two males revealed widespread

43 41%) patients had discrepancies uncovered at post mortem examination, of which 20 had two discrepanci

44 In subjects who had post-mortem examination, older age (odds ratio = 1.13; 9

45 In recent years, as a result of systematic post-mortem examinations, our knowledge of the pathophys

46 spp.) were determined in faecal samples from post mortem examinations performed on 42 males, includin

47 ho did not have post-mortem examination, but post-mortem examination provided data that were otherwis

48 orticobasal degeneration can only be made at post-mortem examination, recent advances in imaging can

49 tive reactors to the skin test with positive post-mortem examination results (phenotype 1); ii) posit

50 tive reactors to the skin test regardless of post-mortem examination results (phenotype 2) and iii) a

51 ive reactors to the skin tests with positive post-mortem examination results (phenotype 3).

52 Post-mortem examination revealed that eight NHPs had the

53 The post mortem examinations showed no white matter changes

54 Post-mortem examinations showed a proportional increase

55 Post-mortem examination shows loss of neurons and Lewy b

56 ents with confirmed hippocampal sclerosis at post-mortem examination, stereological assessment of the

57 For those who had post-mortem examination, sudden unexpected death in epil

58 nfluence the rate of errors uncovered at the post mortem examination, suggesting that a longer ICU co

59 At post-mortem examination, the pathognomonic feature of TD

60 e mycobacterial infection, and opportunistic post-mortem examination was performed on comparative int

61 Before the advent of biomarkers, post-mortem examination was the only method available to

62 Rigorous post mortem examinations were performed to determine the

63 As a group, subjects who had post-mortem examination were not significantly different

64 Post-mortem examinations were done on 14 people who died

65 hs occurred in casualty, by medico-legal and post mortem examination, with no metabolic disorders.