ライフサイエンスコーパス: venipuncture

1 tained from the sample immediately following venipuncture.

2 and burdens associated with blood sampled by venipuncture.

3 that observed with serum samples obtained by venipuncture.

4 ation, during pregnancy, and after stressful venipuncture.

5 y diverting a 1-ml sample (DS) from the same venipuncture.

6 od films prepared using samples collected by venipuncture.

7 mice and they rapidly stopped bleeding after venipuncture.

8 ng salivary cortisol levels before and after venipuncture.

9 l venous or arterial catheter and peripheral venipuncture.

10 e, statistically less than from a peripheral venipuncture.

11 ecific than those obtained from a peripheral venipuncture.

12 theters and culture of blood from peripheral venipuncture.

13 relation to these surface landmarks for IJV venipuncture.

14 lex Prep Kit II for skin disinfection before venipuncture.

15 theters and culture of blood from peripheral venipuncture.

16 ugh a central venous catheter and peripheral venipuncture.

17 alue, apparently less than from a peripheral venipuncture.

18 cation parameters available for conventional venipuncture.

19 underwent detailed clinical assessments and venipuncture.

20 e family member, or any contraindication for venipuncture.

21 ration may have advantages over conventional venipuncture.

22 lization, measured via sera obtained through venipuncture.

23 0.26 [95% CI, -0.37 to -0.16]; P < .001) and venipuncture (10 of 311 [3.1%] vs 37 of 310 [11.7%]; odd

24 es of blood draw were as follows: peripheral venipuncture, 36%; arterial, 10%; and central venous acc

25 This circumvents the need for venipuncture and blood collection in specialized vials b

26 ety of anticoagulants and serum collected by venipuncture and capillary blood collection protocols.

27 pare the IJV group and AXV group through the venipuncture and catheterization success rates.

28 Endoscopy patients underwent venipuncture and erythrocytes fluorescently stained for

29 Venipuncture and lumbar puncture (LP) were performed.

30 Venipuncture and lumbar puncture were performed.

31 ever, ultrasonography did reduce the risk of venipuncture and number of attempts.

32 avoid the costs and concerns associated with venipuncture and spotted serum samples can be stored at

33 We compared samples obtained by venipuncture and those obtained by capillary blood sampl

34 rning bacteremia, including the technique of venipuncture and urine antigen testing, were of interest

35 ndardized history, neurological examination, venipuncture, and lumbar puncture.

36 underwent the mental alternation test (MAT), venipuncture, and lumbar puncture.

37 tter during invasive procedures (injections, venipuncture, and surgery) than during noninvasive proce

38 S patients and 44 matched controls underwent venipuncture at 19:00, 20:30, and 22:00; 37 RLS and 36 c

39 red to 99mTc-red cells include: (a) only one venipuncture, (b) little exposure to patient's blood, (c

40 We collected blood by venipuncture biweekly over a 3-month period from 22 rese

41 hed pairs of simultaneous catheter-drawn and venipuncture blood cultures.

42 Four of the strategies using venipuncture blood for HCVAb testing (whether laboratory

43 ting in fingerstick blood followed by NAT in venipuncture blood yields relatively lower viremia sensi

44 Strategies involving HCVAb testing in venipuncture blood, whether laboratory conducted or usin

45 ed that diversion of the first milliliter of venipuncture blood-the initial specimen diversion techni

46 ting in fingerstick blood followed by NAT in venipuncture blood.

47 Following standard disinfection and venipuncture, blood was either aspirated into a sterile

48 Following standard disinfection and venipuncture, blood was either aspirated into a sterile

49 d spot (DBS) collection rather than standard venipuncture by trained clinicians.

50 We therefore assessed CMV DNA load in paired venipuncture-collected plasma samples and finger-stick D

51 mall-molecule profiles of the capillary- and venipuncture-collected samples revealed 23 statistically

52 ith sham manipulation, a lecture series, and venipuncture control groups.

53 ith sham manipulation, a lecture series, and venipuncture control groups.

54 Direct venipuncture cultures are preferred.

55 nical testing services that require standard venipuncture draws (Quest and LabCorp).

56 of a healthy adult man who completed MRI and venipuncture every 12-24 h across 30 consecutive days.

57 ns and infants or when adult patients reject venipuncture for cultural or religious reasons.

58 years, undergoing diagnostic interviews and venipuncture for measurement of two inflammatory biomark

59 Blood was drawn at 0 and 24 wk by venipuncture for the measurement of hemoglobin, serum fe

60 The requirements for timing and separate venipunctures for blood cultures were removed.

61 ngle infant sample was collected to minimize venipunctures for the children.

62 atric patients aged 4 to 12 years undergoing venipuncture from a public hospital in Hong Kong between

63 Blood was taken via standard venipuncture from a recreationally active control group,

64 addition, 2 mL venous blood was collected by venipuncture from all participants to determine serum le

65 omparison to isolates that were recovered by venipuncture from an adult emergency room (ER).

66 t clinical examination, lumbar puncture, and venipuncture >=3 months after COVID-19 symptom onset.

67 that require whole-blood samples obtained by venipuncture have been developed.

68 test whether diversion of blood obtained at venipuncture into a lithium heparin tube prior to aspira

69 test whether diversion of blood obtained at venipuncture into a lithium-heparin tube prior to aspira

70 e during routine invasive procedures such as venipuncture, intravenous cannulation, urethral catheter

71 can be of particular advantage in cases when venipuncture is difficult to perform-for example, with n

72 Venipuncture is one of the most painful and distressing

73 Venipuncture is routinely performed to collect the blood

74 Although venipuncture is the preferred method for obtaining blood

75 lates from an OW that is not present in CoNS venipuncture isolates from an ER.

76 es rely on small blood volumes from a single venipuncture limiting the number of captured CTCs.

77 We conclude that our hypothesis is valid: venipuncture needles soil blood culture specimens with u

78 ture-positive, and 36 were catheter-positive/venipuncture-negative pairs.

79 positive, and 33 (6%) were catheter-positive/venipuncture-negative pairs.

80 499 observations, 426 were catheter-negative/venipuncture-negative, 19 were catheter-positive/venipun

81 d cultures, 469 (85%) were catheter-negative/venipuncture-negative, 32 (6%) were catheter-positive/ve

82 ase R, and ISDT significantly reduces R from venipuncture-obtained blood culture specimens.

83 Blood was collected by venipuncture of the saphenous vein at multiple time poin

84 Conventional venipuncture offers only a small snapshot of our broad i

85 re arteriovenous access, such as antecubital venipuncture or peripheral insertion of central catheter

86 g for 20% of non-completers, and not wanting venipuncture (OR, 0.43 [0.22-0.85], 95% CI), p = 0.015,

87 mechanical complications of percutaneous IJV venipuncture, particularly when the anterior or posterio

88 ure-negative, 32 (6%) were catheter-positive/venipuncture-positive, 17 (3%) were catheter-negative/ve

89 puncture-negative, 19 were catheter-positive/venipuncture-positive, 18 were catheter-negative/venipun

90 ure-positive, 17 (3%) were catheter-negative/venipuncture-positive, and 33 (6%) were catheter-positiv

91 puncture-positive, 18 were catheter-negative/venipuncture-positive, and 36 were catheter-positive/ven

92 obtained from indwelling catheters or direct venipuncture preoperatively, during surgery, and daily u

93 Moreover, the length of venipuncture procedure in the IVR group (mean [SD] durat

94 ved with liquid-liquid extraction (LLE) of a venipuncture sample.

95 For catheter draws compared with peripheral venipuncture, sensitivity was 78% (confidence interval [

96 For catheter draw compared with peripheral venipuncture, sensitivity was 89% (95% CI, 79% to 98%) a

97 tervention for pediatric patients undergoing venipuncture significantly improved pain and anxiety in

98 le integration places the array proximity to venipuncture site, and functional coating significantly

99 ring in small volumes (< 200 muL) or at deep venipuncture sites.

100 ntion to aseptic skin cleansing and improved venipuncture techniques.

101 eter specimens were compared with peripheral venipuncture, the difference between positive predictive

102 n out-of-network bill ranged from $15.68 for venipuncture to $88.09 for lipid panel but was as high a

103 fer this assay from serum collection through venipuncture to a dried blood spot (DBS) collected by fi

104 o participate in a questionnaire and receive venipuncture to assess SARS-CoV-2 serology.

105 ars, completed IQ testing and blood draw via venipuncture to determine the relationship between Devia

106 ocedure in determining kidney performance is venipuncture to obtain serum creatinine in the blood, wh

107 Rates of contamination for venipuncture versus catheter collection were not signifi

108 The authors' modified technique of IJV venipuncture was associated with a 0.6% complication rat

109 To eliminate the need for venipuncture, we developed low-cost, ultralow-volume who

110 r skin antisepsis prior to all blood culture venipunctures, which were obtained by nurses or clinical

111 he Cepheid GeneXpert Ebola assay on clinical venipuncture whole blood (WB) and buccal swab (BS) speci

112 with our control culture (C) definition: one venipuncture with two sequentially obtained specimens, 1