ライフサイエンスコーパス: internal diameter

1 of each spectrin repeat, which decreases the internal diameter.

2 protein that forms rings with a 40 angstrom internal diameter.

3 .5-cm effective length capillary with 50-mum internal diameter.

4 ETT size ranged from 3.0 to 6.0 mm internal diameter.

5 d chromatography columns of 30 and 50 microm internal diameter.

6 sitions in the vascular tree were of similar internal diameter.

7 and systolic and diastolic left ventricular internal diameters.

8 e within the pump to a glass capillary tube (internal diameter, 0.579 mm) shallowly embedded in agaro

9 a percutaneous Menghini cutting needle (14G, internal diameter 1.6 mm), from 16 patients undergoing l

10 erved for external (14.5%, P<2.7x10(-5)) and internal diameter (13.4%, P<4.3x10(-4)), stiffness (12.5

11 modeling of blood flow in microvessels with internal diameter 20-500 microm is a major challenge.

12 rcholesterolemic patients (HChol), arteries (internal diameter 201+/-26 microm) isolated from gluteal

13 ith a conventional endotracheal tube (2.5-mm internal diameter; 3.6-mm outer diameter); they were par

14 latation of the left ventricle (diastolic LV internal diameter 4.23 +/- 0.08 cm vs. 3.39 +/- 0.07 cm,

15 10, 30, and 50 mL/cm H2O), endotracheal tube internal diameter (6, 7, and 8 mm), bias flow (20, 30, a

16 Porcine retinal arterioles (internal diameter, 71 +/- 2 microm) were isolated and pr

17 19min using a fused-silica capillary (50mum internal diameter, 72cm of effective length) with an ext

18 veloped a similar level of spontaneous tone (internal diameter, 75 +/- 4 microns [approximately 69 +/

19 ted significantly preserved left ventricular internal diameter (9.7 mm versus 8.6 mm; P=0.005) and de

20 e long term, the changes in left ventricular internal diameter and left atrial size were decreased in

21 Changes in internal diameter and membrane potential of VSMCs to she

22 nships were observed between LV twist and LV internal diameter and sphericity index in females, but n

23 The small internal diameter and the high transfer efficiency of th

24 Internal diameter and vascular smooth muscle cell Ca(2+)

25 e, ultrasonic crystals for measurement of LV internal diameter and wall thickness, and a left circumf

26 viduals had short left ventricles with small internal diameters and a displaced apex.

27 loped basal tone (approximately 70 microm in internal diameter) and dilated dose dependently in respo

28 calvarium of rats with a trephine bur (3-mm internal diameter) and placed on the cortex near the man

29 ng are the lateral hole diameter, drill pipe internal diameter, and mud flow rate.

30 es, including sub-nanometer control over the internal diameter, and the ability to control internal a

31 ar (LV) and arterial pressures, LV dP/dt, LV internal diameter, and wall thickness before and after h

32 reated fused silica capillaries with uniform internal diameter appear to be useful for preparation of

33 tance (up to 4 m) through a flexible tube of internal diameter as small as 1/16 in.

34 week, as shown by increased left ventricular internal diameter at end-diastole and decreased fraction

35 n icosahedral shell 32 nm in diameter (26 nm internal diameter), built from 180 subunits with the fol

36 ribution for capillary columns with the same internal diameter but with different lengths (1.5, 2, an

37 as having abnormal end-diastolic volume and internal diameter by ASE 2015 cutoffs, respectively.

38 Internal diameter changes of resistance arterioles from

39 as similar in both strains, LV end-diastolic internal diameter, end-diastolic volume, and mass were g

40 In the current setup, a 0.30 mm internal diameter first-dimension column with a relative

41 sulted in further coronary vasoconstriction (internal diameter from 105 +/- 11 to 84.5 +/- 17.9 micro

42 Decreasing endotracheal tube internal diameter from 8 mm to 7 mm and from 7 mm to 6 m

43 nic tone, assessed as the difference between internal diameter (i.d.) in the presence and absence of

44 in ventricular dimensions (left ventricular internal diameter in diastole = -3.4 mm vs. -0.3 mm, p <

45 try in both groups and lesser increase in LV internal diameter in losartan-treated patients.

46 vs. -0.3 mm, p < 0.001 and left ventricular internal diameter in systole = -4.0 mm vs. -0.7 mm, p <

47 LV internal diameter in systole increased by 40% in PTU-S a

48 lung findings suggest that endotracheal tube internal diameter is also an important determinant of ti

49 hickness (LVW(cr/d)) and decreased diastolic internal diameter (LVID(d)), compared to CON.

50 ll thickness, and diastolic left ventricular internal diameter (LVID) were measured.

51 ne-divinylbenzene) capillary columns with an internal diameter of 0.2 mm, we demonstrate for the firs

52 ave a consistent hand and grow to a limiting internal diameter of 0.4-0.7 microm, where the filaments

53 s achieved using a 0.5-m DB-5 column with an internal diameter of 100 microm and a film thickness of

54 e secretin is roughly cylindrical and has an internal diameter of about 80 angstroms, which is large

55 ernal diameter of approximately 120 A and an internal diameter of approximately 65 A with six square

56 The resting internal diameter of control and SSc arterioles was simi

57 strength and column temperature, as well as internal diameter of the capillary column, have been opt

58 reater solution persistence lengths than the internal diameter of the capsid into which they become p

59 larger solution persistence lengths than the internal diameter of the capsid into which they become p

60 The internal diameter of the cogwheels is ~100 A, which is l

61 nt length to span a membrane bilayer and the internal diameter of the coiled bundle could accommodate

62 To test the hypothesis that the increased internal diameter of the Kolobow tube will result in dec

63 We have determined the effective internal diameter of the protein import channel in the m

64 onal quenchers of different sizes, the large internal diameter of the ribosome-bound aqueous transloc

65 meable dextran polymers indicated an average internal diameter of ~2.4 nm, a conclusion we arrived at

66 ions (lengths of 50, 75, 100, and 150 mm and internal diameters of 3.0 or 4.6 mm) were packed and cha

67 nd rectified hexakaidecahedral cavities with internal diameters of 5.0 nanometers and 6.2 nanometers,

68 ing one-dimensional pores with apertures and internal diameters of 7.8 and 9.6 A (MOF-1201) and 4.6 a

69 ter of the Xe atom relative to the differing internal diameters of the two types of gallium wheels, s

70 hesized that support well-defined pores with internal diameters of up to 48 angstroms.

71 ied electric fields and the size (length and internal diameter) of capillary.

72 692 polymorphism of the CLEC16A gene and the internal diameter (P<4.3x10(-7)).

73 ra mass spectrometry (MS) column (50 x 2.1mm internal diameter) packed with a 3.5-microm octadecyl st

74 A 1.8-mm (internal diameter) perfusion pipette was placed within 0

75 Separation was performed by using a 75-mum internal diameter polyimide-coated fused silica capillar

76 ffects on both the surface roughness and the internal diameter profile along the length of the treate

77 d-quartz capillary nanopipette emitters with internal diameters ranging from 37 to 70 nm is detailed.

78 Reliability was also high for LV internal diameter (RHO = 0.87), septal (RHO = 0.85) and

79 ve simulated current flow through an 8.125-A internal diameter, rigid, atomistic channel with polar w

80 a significant increase in right ventricular internal diameter (RVID) in all mice except ET-1flox/flo

81 ly high loadability is coupled to a 0.075 mm internal diameter second-dimension column.

82 uce an assembled tube exceeding the capsid's internal diameter, suggesting that virions do not contai

83 n utilizes ring electrodes possessing larger internal diameters that taper down to a relatively large

84 of ring electrodes of progressively smaller internal diameters to which rf and dc electric potential

85 ies of ring electrodes of increasingly small internal diameters to which rf and dc electric potential

86 triangular structures with twisted cores and internal diameters up to approximately 2 nm.

87 Internal diameter was continuously monitored.

88 Arterial internal diameter was expressed as percent of NE-induced

89 Changes in internal diameter were recorded with videomicroscopy.

90 Vessels of approximately 200 micron in internal diameter were studied in vitro using a Mulvany-

91 to measure membrane potential of VSMCs while internal diameters were simultaneously recorded.

92 ne retinal arterioles ( approximately 75 mum internal diameter) were isolated, cannulated, and pressu

93 econd-order retinal arterioles (40-70 mum in internal diameter) were isolated, cannulated, and pressu