ライフサイエンスコーパス: regional perfusion

1 belling identified no significant changes in regional perfusion.

2 est does not prevent successful normothermic regional perfusion.

3 an evolution in the pattern of reduction in regional perfusion.

4 ecent studies have reported exercise-induced regional perfusion abnormalities on single-photon positr

5 Extent of regional perfusion abnormalities was estimated.

6 In a subgroup analysis of patients without regional perfusion abnormalities, TID-positive patients'

7 ad ECG is a marker of a prior MI, defined by regional perfusion abnormalities, which has a substantia

8 t a wide range was observed in those without regional perfusion abnormalities.

9 d the images for extent of visually apparent regional perfusion abnormalities.

10 perfusion images demonstrated no evidence of regional perfusion abnormalities.

11 In addition to clinical measures of regional perfusion and function, an experimentally valid

12 atients with renal insufficiency with normal regional perfusion and LV function, mostly because of el

13 hypothesized that the combined assessment of regional perfusion and oxygenation with CMR could clarif

14 ACs) were subsequently analyzed to determine regional perfusion and volume, glomerular filtration rat

15 urate automatic scores for the assessment of regional perfusion, and overcomes the low-specificity li

16 diated to dose d, and Rd is the reduction in regional perfusion anticipated at dose d.

17 ention of CsA-induced hypoxia independent of regional perfusion (blood oxygen level-dependent magneti

18 In protocol 2, changes in regional perfusion caused by partial left anterior desce

19 Regional perfusion defect was greater during stress and

20 lar tree, as opposed to changes in the worst regional perfusion defect, have not been described durin

21 Age-adjusted multivariate analysis confirmed regional perfusion defects (relative hazard, 2.51; 95% c

22 defects; (ii) size and severity of localized regional perfusion defects caused by flow-limiting steno

23 Regional perfusion defects were created by means of coro

24 At follow-up PET, new regional perfusion defects were seen in 40% of patients.

25 ndently of, and around significant localized regional perfusion defects; (ii) size and severity of lo

26 ponse model based on RT-induced reduction in regional perfusion (function) was used to predict region

27 mma-variate curve-fitting was performed, and regional perfusion, glomerular filtration rate, and rena

28 he putamina, which normally have the highest regional perfusion, had cerebral blood flow values 24% b

29 Normothermic regional perfusion has been reported to improve outcomes

30 t best semiquantitative in nature, assessing regional perfusion in relative terms.

31 preservation include the use of normothermic regional perfusion in the donor and ex vivo organ preser

32 Ex situ machine perfusion and in situ regional perfusion in the donor are emerging as potentia

33 han men in estimates of global perfusion and regional perfusion in the midcingulate/corpus callosum,

34 Microspheres were injected to provide regional perfusion information.

35 at the relationship between the systemic and regional perfusion is dependent on the underlying cause

36 The sum of predicted RT-induced changes in regional perfusion is related to RT-induced changes in p

37 tion (P = 0.001) and in subjects with normal regional perfusion (n = 178; P = 0.036), whereas stress

38 whether the limbic system undergoes dynamic regional perfusion network alterations during seizures.

39 A period of normothermic regional perfusion (NRP) in the donor may reverse these

40 ed a novel protocol for in situ normothermic regional perfusion (NRP) which complied with these requi

41 blood flow to study the impact of global and regional perfusion on PIB retention.

42 , oxygen consumption, arterial lactate), and regional perfusion parameters (gastric mucosal Pco2, ski

43 sceptibility have a greater heterogeneity in regional perfusion parameters than emphysema-free smoker

44 Central and regional perfusion parameters were obtained at baseline,

45 Quantitative image analysis determined regional perfusion parameters, pulmonary blood flow (PBF

46 pattern indicates disturbed autoregulation, regional perfusion pressure gradients, or redistribution

47 ease (COPD), information is limited on early regional perfusion (Q(r)) alterations.

48 To determine the role of HPV in the regional perfusion redistribution in bronchoconstricted

49 n of a retention index describing global and regional perfusion reserve are feasible using a solid-st

50 In the patients, the regional perfusion reserve matched the coronary flow res

51 infarction, KR31173 retention, corrected for regional perfusion, revealed AT1R up-regulation in the i

52 h hemodialysis, a renal transplant, abnormal regional perfusion (summed stress score > 4), or reduced

53 Normothermic regional perfusion used during DCD abdominal organ retri

54 ured adult with glutaric aciduria type 1 had regional perfusion values within the normal range, but t

55 amic shock (T1) simultaneously decreased all regional perfusion variables in both models.

56 he endotoxemic model, however, the different regional perfusion variables were only normalized at T3

57 coronary flow, 2) in an in-vivo model during regional perfusion variations, and 3) in humans during p

58 Regional perfusion was assessed in the sublingual, intes

59 Regional perfusion was estimated from the double product

60 Regional perfusion was estimated using a previously desc

61 of regional volumes and relative measures of regional perfusion were calculated.

62 Significant alterations in regional perfusion were not observed.

63 Regional perfusion with Tf-CRM107 produces tumor respons