ライフサイエンスコーパス: intraarterial

1 e if a single dose of postoperative adjuvant intraarterial (131)I-lipiodol (vs. unlabeled lipiodol) c

2 n age of 63 y [range, 23-85 y]): 29 received intraarterial (131)I-lipiodol and 29 received lipiodol a

3 of patients with HCC, one 2,200-MBq dose of intraarterial (131)I-lipiodol significantly decreased th

4 f patients including 24% cardiac origin, 14% intraarterial, 2% cardiac and arterial sources).

5 PET for quantifying metabolic response after intraarterial (90)Y-glass microspheres for metastatic co

6 MRI, (18)F-FDG PET, hepatic angiography, and intraarterial (99m)Tc-labeled macroaggregated albumin sc

7 change in forearm blood flow in response to intraarterial acetylcholine and nitroprusside in 10 long

8 ependent blood flow with increasing doses of intraarterial acetylcholine.

9 assessed by forearm blood flow responses to intraarterial administration of acetylcholine and bradyk

10 Consistent with these results, after intraarterial administration of AdSM22-lacZ to control a

11 and after treatment, blood flow responses to intraarterial administration of endothelium-dependent (a

12 ts, is not statistically different after the intraarterial administration of iopamidol or iodixanol t

13 ere drawn at baseline and in response to the intraarterial administration of isoproterenol (400 ng/mi

14 This study demonstrates that intraarterial administration of TNK-tPA at 2 h of ischem

15 for each drug before and during concomitant intraarterial administration of vitamin C (24 mg/min).

16 ighest ratio was found in the tumor near the intraarterial administration site.

17 In 1 rat, the effect of local intraarterial administration was examined.

18 rinolytic function were assessed by means of intraarterial agonist infusions.

19 rescence was seen in tumors 30 minutes after intraarterial and intraportal injection and was statisti

20 We studied the changes in intraarterial blood pressure (BP), heart rate (HR), cent

21 different day, in all subjects we determined intraarterial blood pressure, EKG and muscle sympathetic

22 Sa (O(2)) was measured by intraarterial catheter, pulmonary capillary wedge pressu

23 Neurotoxicity of intraarterial cerebral chemotherapy can be minimized by

24 s, which include transarterial embolization, intraarterial chemoinfusion, transarterial chemoemboliza

25 h IIPCSs before being treated with biweekly, intraarterial chemotherapy (oxaliplatin, 5-Flourouracil,

26 Intraarterial chemotherapy for brain tumors is a safe pr

27 Finally, the introduction of intraarterial chemotherapy for human intraocular retinob

28 ebral angiographic procedures accompanied by intraarterial chemotherapy were performed in 48 patients

29 luded an image obtained near the peak of the intraarterial concentration of contrast agent (enhanceme

30 Gadodiamide appears to be a safe and useful intraarterial contrast agent in patients with renal insu

31 diamide (total dose, 0.3 mmol/kg) and CO2 as intraarterial contrast agents in 25 procedures in 24 pat

32 treatment and compare them with those after intraarterial control injections of saline.

33 p without urethral cooling (P = .002), while intraarterial cooling demonstrated a nonsignificant tren

34 The application of intraarterial cooling did not provide a significant impr

35 Intraarterial CT was performed using 64-slice scanner.

36 Ultra-low contrast intraarterial CT-angiography does not deteriorate the fu

37 Intraarterial CT-angiography is useful for detection of

38 MATERIAL/METHODS: Between 2010 and 2013 intraarterial CT-angiography was performed in 56 patient

39 Targeted intraarterial delivery and homing of VLA-4-expressing hG

40 Significantly, we report here that direct intraarterial delivery of 3-bromopyruvate (3-BrPA), a po

41 Thus, intraarterial delivery of agents like 3-BrPA directly to

42 a novel drug development approach combining intraarterial drug delivery and microdosing.

43 The mean total direct cost of intraarterial DSA (+/- SD) was $1,052 +/- 71, and that o

44 Interobserver agreement was substantial for intraarterial DSA (kappa = 0.73; 95% CI: 0.64, 0.82) and

45 ve patients who were scheduled for follow-up intraarterial DSA after coil placement were invited for

46 the variable direct costs of performing nine intraarterial DSA and 10 CT angiographic examinations in

47 ng was suggested for 37 patients (12%) after intraarterial DSA and for 49 patients (16%) after MR ang

48 Agreement between treatment advices based on intraarterial DSA and MR angiographic findings and inter

49 rgo additional treatment is similar based on intraarterial DSA and MR angiographic findings, with onl

50 With 95% confidence, intraarterial DSA cost 3.2-3.7 times more than CT angiog

51 In six patients (2%), the advice based on intraarterial DSA findings was additional treatment, whi

52 as additional treatment, while that based on intraarterial DSA findings was extended follow-up imagin

53 savings whenever CT angiography can replace intraarterial DSA for imaging AAAs.

54 One hundred forty-two patients underwent intraarterial DSA to detect aneurysms.

55 mensional time-of-flight MR angiography, and intraarterial DSA were performed contemporaneously.

56 Agreement between intraarterial DSA- and MR angiography-based treatment re

57 Intraarterial embolism was the commonest mechanism of br

58 ively test the hypothesis that transcatheter intraarterial first-pass perfusion (TRIP) magnetic reson

59 s to lumbar sympathetic nerve stimulation or intraarterial hindlimb infusion of the specific alpha2-a

60 rse of hemodynamic and metabolic response to intraarterial (IA) mannitol infusions in order to optimi

61 responses (strain gauge plethysmography) to intraarterial infusion of a selective blocker of ET(A) r

62 Forearm blood flow (FBF) responses to intraarterial infusion of acetylcholine (ACh; 7.5, 15, a

63 at 15 min postinjury, received a continuous intraarterial infusion of AK295 (120-140 mg/kg, n = 15)

64 Forearm blood flow (FBF) responses to intraarterial infusion of an ET(A) receptor blocker (BQ-

65 In response to activation of platelets by intraarterial infusion of collagen, blood flow to the le

66 elium-dependent vasodilation was assessed by intraarterial infusion of methacholine (0.3 to 10 microg

67 elium-dependent vasodilation was assessed by intraarterial infusion of methacholine (0.3-10 microgram

68 In summary, the beneficial effects of intraarterial infusion of MSCs are amplified with intrav

69 ium-independent vasodilation was assessed by intraarterial infusion of nitroprusside (0.3 to 10 micro

70 ium-independent vasodilation was measured by intraarterial infusion of nitroprusside (0.3-10 microgra

71 gher frequency of hemorrhagic complications, intraarterial infusion of urokinase reduced the need for

72 ion (43 patients) via intravenous or hepatic intraarterial infusion.

73 ministrations of (90)Y microspheres by using intraarterial infusion.

74 d vascular conductance was calculated during intraarterial infusions of phenylephrine and clonidine.

75 d vascular conductance was calculated during intraarterial infusions of the alpha1-agonist phenylephr

76 erentially in the lungs after intravenous or intraarterial injection (10.9 +/- 0.7 and 11.0 +/- 1.5 v

77 Postoperative intraarterial injection of (131)I-labeled lipiodol has b

78 f mannitol alone in PBS (1.5 g/kg); group 3, intraarterial injection of 1 million hBMSCs alone in PBS

79 on of mannitol (1.5 g/kg) in PBS followed by intraarterial injection of 1 million hBMSCs in PBS.

80 s (N=9): group 1, negative control with only intraarterial injection of 1 million human fibroblasts i

81 Intraarterial injection of 3-BrPA resulted in markedly d

82 , all patients underwent SPECT imaging after intraarterial injection of 37 MBq of (99m)Tc-macroaggreg

83 After intraarterial injection of an MPO-specific (di-5-hydroxy

84 inversion recovery-prepared technique after intraarterial injection of contrast material in five dog

85 f intact animals after either intravenous or intraarterial injection.

86 ntrast material-enhanced MR angiography with intraarterial injections is feasible with the proposed t

87 Intraarterial injections of small doses of gadopentetate

88 to 13.2+/-0.96 pmol/ml, P < 0.01); however, intraarterial L-NAME decreased basal cGMP secretion 66%

89 After E2beta-induced increases in UBF, intraarterial L-NAME partially decreased UBF dose depend

90 Intraarterial microdosing (IAM) is a novel drug developm

91 ly affected, necessitating the use of direct intraarterial monitoring.

92 sis that mannitol improves the efficiency of intraarterial MSC delivery (i.e., fewer injected cells r

93 Intraarterial NAC did not change resting coronary or per

94 e and two with head trauma who had undergone intraarterial or intravenous administration of iodinated

95 icity in patients who have recently received intraarterial or intravenous iodinated contrast material

96 ed by EEG silence with either intravenous or intraarterial propofol.

97 gery) with thrombolysis by catheter-directed intraarterial recombinant urokinase; all patients (272 p

98 In this controlled trial, intraarterial revascularization with stents was an effec

99 en fluorodeoxyuridine (FUDR) is given by the intraarterial route for the treatment of unresectable co

100 With the criteria developed, the intraarterial secretin test had high specificity but low

101 Intraarterial secretin test results assisted in clinical

102 Sensitivity of the intraarterial secretin test was 41%; of CT and ultrasoun

103 g, ultrasound, abdominal angiography, and an intraarterial secretin test, in which venous blood is sa

104 aneous intravenous sensing, blood draws, and intraarterial sensing, we found that intraperitoneal kin

105 f endothelial cells to the steel surfaces of intraarterial stents because of the following mechanisms

106 Transcatheter intraarterial therapies have proved valuable in the batt

107 The concept of all catheter-based intraarterial therapies is to selectively deliver antica

108 Intraarterial therapy allows the delivery of a high dose

109 ents with hepatocellular carcinoma underwent intraarterial therapy between October 2005 and February

110 Specificity in intraarterial therapy can be achieved both through prefe

111 ber 2008, 491 consecutive patients underwent intraarterial therapy for liver cancer with either conve

112 Intraarterial therapy options for colorectal liver metas

113 nctional MR response 3-4 weeks after initial intraarterial therapy showed improved OS.

114 hours after onset, to endovascular therapy (intraarterial thrombolysis with recombinant tissue plasm

115 ns were studied in 32 patients who underwent intraarterial thrombolysis with urokinase within 6 hours

116 tients undergoing vessel recanalization with intraarterial thrombolytics.

117 anial occlusion of the anterior circulation, intraarterial treatment administered within 6 hours afte

118 centers in The Netherlands (233 assigned to intraarterial treatment and 267 to usual care alone).

119 a proximal intracranial arterial occlusion, intraarterial treatment is highly effective for emergenc

120 andomly assigned eligible patients to either intraarterial treatment plus usual care or usual care al

121 mmon odds ratio measured the likelihood that intraarterial treatment would lead to lower modified Ran

122 190 of the 233 patients (81.5%) assigned to intraarterial treatment.

123 s to either sympathetic nerve stimulation or intraarterial UK 14,304.

124 Intraarterial ultra-low volume of contrast medium result

125 However, substantial data are lacking on the intraarterial use of gadolinium in patients with renal i

126 These findings suggest that intraarterial vasodilator therapy fails to improve intes

127 ever, the authors have previously found that intraarterial vasodilators actually reduce collateral bl

128 py included local treatment and injection of intraarterial vasodilators.

129 olamine, topical nitroglycerin ointment, and intraarterial verapamil and nitroglycerin.