ライフサイエンスコーパス: regional blood flow

1 t controls systemic blood pressure and organ regional blood flow.

2 lism (maximum standardized uptake value) and regional blood flow.

3 -1 coincided with the earliest appearance of regional blood flow.

4 rnoplacental nutrient supply include altered regional blood flow.

5 -labeled microspheres were used to determine regional blood flow.

6 art of the blood-brain barrier, and regulate regional blood flow.

7 a left atrial catheter to allow analysis of regional blood flows.

8 Cerebral regional blood flow (14C-iodoantipyrine) and O2 consumpt

9 Tissue hypoxia resulting from regional blood flow abnormalities and oxygen extraction

10 Common and differential changes in regional blood flow among the groups relative to the bas

11 The method allows independent measurement of regional blood flow and blood volume in breast cancers.

12 dividual neurons and vessels and measures of regional blood flow and haemoglobin oxygenation.

13 mulation of 13N-ammonia is dependent on both regional blood flow and metabolic trapping.

14 mely magnetic source imaging and measures of regional blood flow and metabolism.

15 that TRPV1 in arteriolar myocytes modulates regional blood flow and systemic blood pressure, and sug

16 lorbetapir positron emission tomography, and regional blood flow and volume were measured in eight a

17 We measured regional blood flows and distributions of flow and capil

18 tio, angiographic score, resting and maximal regional blood flow, and capillary density (all P:<0.01)

19 elations in the patterns of neuronal firing, regional blood flow, and expression of the activity-depe

20 ected in reduced gray matter volume, reduced regional blood flow, and reduced regional glucose metabo

21 Regional blood flows, as assessed by colored microsphere

22 There was no significant difference in regional blood flow between the refluxing and nonrefluxi

23 Using ultrasound, we determined regional blood flow, blood vessel sizes, and distensibil

24 differences between dystonics and normals in regional blood flow, blood volume, nonspecific binding,

25 organic and psychogenic dystonia in terms of regional blood flow, both at rest and during active moto

26 Changes in total and regional blood flow, capillary blood volume, ventilation

27 tics underlie variance in medication-induced regional blood flow changes has not been directly tested

28 ardiac output matches the dynamic process of regional blood flow demand.

29 intervening treatment within 24 hours, with regional blood flow derived by using deconvolution analy

30 Regional blood flow differences in the cognitively impai

31 Diaphragm hyperaemia and regional blood flow distribution are impaired with agein

32 emic hemodynamics, neurohormonal status, and regional blood flow distribution in an animal model of c

33 ge blunts the hyperaemic response and alters regional blood flow distribution in the diaphragm.

34 appeared unchanged compared with the initial regional blood flow distribution.

35 cardiac work, there was a redistribution of regional blood flow from territories supplied by severel

36 f triggers on sympathetic nerve activity and regional blood flow in heart failure has not been examin

37 Regional blood flow in rectal cancer exhibits fractal pr

38 influences growth rate, vascularization, and regional blood flow in the FME and LOX tumor xenografts.

39 reduced leukocyte accumulation and improved regional blood flow in the ischemic area.

40 enic dystonia revealed significantly greater regional blood flow in the primary motor cortex, whereas

41 Regional blood flow in the right parietal cortex decreas

42 y uptake of 18F-FDG could be used to measure regional blood flow in tumors in the absence of 15O-wate

43 its effects on reproduction, PGE2 regulates regional blood flow in various vascular beds.

44 res that, following local neural activation, regional blood flow is increased to quickly supply more

45 In the newborn brain, regional blood flow maps can be created accurately with

46 Regional blood flow, metabolism, and function were evalu

47 Regional blood flow (microspheres) and arterial and sagi

48 No difference in regional blood flow or blood flow reserve was found betw

49 There were no detectable differences in regional blood flow or hemodynamics, suggesting that inc

50 igue, secondary to reduced cardiac output or regional blood flow, or both.

51 Using PET measurements of regional blood flow, oxygen consumption, and glucose uti

52 ation of this finding with the corresponding regional blood flow, oxygen consumption, and mechanical

53 vements in collateral formation (P<.001) and regional blood flow (P<.0005) and with a significant red

54 dministration would reflect both the initial regional blood flow pattern and myocardial viability.

55 dministration would reflect both the initial regional blood flow pattern and myocardial viability.

56 s of both regional pulmonary ventilation and regional blood flow (r ) have revealed that approximatel

57 Regional blood flow ratios were measured in 18 rats by r

58 Regional blood flow (RBF) was measured with fluorescent

59 lipid than during glycerol infusion, whereas regional blood flow remained unchanged.

60 beta(2)-agonists, our findings indicate that regional blood flow responses to locally infused isoprot

61 Regional blood flows returned to baseline 10 mins after

62 neuroglial energy consumption determines the regional blood flow through the production of vasoactive

63 vity in internal capsule white matter; lower regional blood flow throughout the brain; lower indices

64 ate (10-20%), a six- and twofold increase in regional blood flow to the right and left atrium, respec

65 ythrocytes play critical roles in regulating regional blood flow via nitric oxide, contribute to inna

66 Regional blood flow was also measured by use of radioact

67 Regional blood flow was assessed with radioactive micros

68 Regional blood flow was assessed with radiolabeled micro

69 Regional blood flow was compared with published healthy

70 Regional blood flow was estimated across the body, and t

71 Regional blood flow was measured by the radiolabeled mic

72 Regional blood flow was measured with radioactive micros

73 Regional blood flow was simultaneously assessed in the s

74 In vivo BP and regional blood flow were assessed using Doppler flow and

75 lood volume, extracellular fluid volume, and regional blood flow were estimated from available data.

76 Forearm cutaneous red cell flux and regional blood flow were measured simultaneously.

77 The effects of S-EITU on hemodynamics and regional blood flows were comparable under septic and no

78 systemic and pulmonary artery pressures, and regional blood flows were measured.

79 After rHb1.1 resuscitation, regional blood flows were significantly increased in ski