ライフサイエンスコーパス: sphericity

1 he posterior corneal pole and deviation from sphericity.

2 1), independent of LV volumes, function, and sphericity.

3 ; compactness, 16.2% (range, -23% to 47.3%); sphericity, 6.8% (range, -9.10% to 20.78%); and decrease

4 clay minerals from acid-rock reactions, high sphericity and near-uniform sizes of the spherules and t

5 robeads resulted the best compromise between sphericity and oil retention upon drying.

6 zes can be attributed to particle structure (sphericity and permeability).

7 ages revealed uniform encapsulates with good sphericity and smooth surface for SOE, compared to FOE p

8 (LV) global (volumes, stress, function, and sphericity) and local (papillary muscle displacements an

9 d X-ray micro-CT to examine the size, shape (sphericity) and porosity of dust particles from treated

10 area, compactness, spherical disproportion, sphericity, and distances from key landmarks were comput

11 Coagulation volume, sphericity, and mean short-axis diameter were assessed,

12 rer recommendations were as follows: Volume, sphericity, and short-axis diameter were 57.5 cm(3), 0.7

13 shells had a minimum 99.0% concentricity and sphericity, and the solidification processing period was

14 Baseline LV sphericity at end diastole (ED) (r = 0.13, p = 0.6) did

15 ventricular ejection fraction (LVEF) and LV sphericity before and at peak dobutamine infusion (30 +/

16 Sphericity change from diastole to systole was also sign

17 Differences in chamber sphericity explained variations in the vortex contributi

18 nd systolic volumes, global left ventricular sphericity, extent of wall motion abnormality, and endoc

19 -induced improvement in baseline LVEF and LV sphericity identifies patients with IDC who exhibit subs

20 th follow-up LV sphericity in ED, whereas LV sphericity in ED on dobutamine (ED [r = 0.70, p = 0.0004

21 D [r = 0.70, p = 0.0004]) correlated with LV sphericity in ED on follow up.

22 p = 0.6) did not correlate with follow-up LV sphericity in ED, whereas LV sphericity in ED on dobutam

23 lar connections are made between the role of sphericity in real space for polymer systems, and the ro

24 l space for polymer systems, and the role of sphericity in reciprocal space for metallic systems such

25 , infarction (MI) dilated the heart, reduced sphericity index (LV length/width), and increased longit

26 us 21 mm Hg; P=0.02) and higher post-TPVR RV sphericity index (median 0.88 versus 0.52; P=0.004).

27 le LV segments correlated significantly with sphericity index (R(2) = 0.53; P = .0005).

28 Results All criteria except sphericity index and absence of a dominant follicle were

29 in MR paralleled increases in LV volumes and sphericity index at end-systole and end-diastole.

30 nt predictor of late postoperative MR was LV sphericity index at end-systole.

31 % (95% CI, -43.61% to -22.81%; P < .001) and sphericity index but did not increase EF.

32 Sphericity index decreased from the first to the third t

33 Sphericity index did not change.

34 The mean sphericity index for both 5- and 10-minute ablations was

35 etween LV twist and LV internal diameter and sphericity index in females, but not males.

36 of lobe, flow, and ablation time on size and sphericity index of ablations.

37 is diameter, long-axis diameter, volume, and sphericity index of the bipolar ablations was 4.3 cm +/-

38 easured from gross specimens, and volume and sphericity index were calculated for each ablation.

39 easured from gross specimens, and volume and sphericity index were calculated.

40 ormalized peak LV filling rate and diastolic sphericity index were not correlated in control but stro

41 ere lower than those of healthy individuals (sphericity index, > or =1.5) (P < .01).

42 compared with those of healthy individuals (sphericity index, > or =1.5).

43 Participants with a spherically shaped LV (sphericity index, <1.5) and a mitral inflow velocity E w

44 n participants with LV spherical remodeling (sphericity index, <1.5) were reduced compared with those

45 2); P < 0.0001), and MV annular geometry (MV sphericity index, 0.9 +/- 0.1 and 0.8 +/- 0.1; P < 0.000

46 LV volumes, sphericity index, and transmural circumferential, longit

47 vs. control patients; p < 0.01) and similar sphericity index, annular area, and tethering distances

48 mm or smaller (FPO-5), ovarian volume (OV), sphericity index, peripheral distribution of follicles,

49 e, LV systolic volume, LV ejection fraction, sphericity index, plus rates of death or reinfarction we

50 enhancement defect (EED; infarct size), and sphericity index.

51 stolic volume increase, and augmented the LV sphericity index.

52 , LV mass, stroke volume, cardiac output, or sphericity index.

53 th P < 0.05) indicated ejection fraction, 3D sphericity indices, cardiac index, normalized systolic v

54 Three dimensional parameters such as volume, sphericity, oblate and prolate of individual particle an

55 f pneumococcal MltG or mltG(Y488D) increases sphericity of cells, and MltG localizes with peripheral

56 Variations in the sphericity of the eyes were also evident, with some appe

57 orly with arthrography in the measurement of sphericity of the femoral head.

58 m Model we suggest an effect of particle non-sphericity on dust aerosol optical depth (AOD) of about

59 nd-systolic volume (P=0.0001) and greater LV sphericity (P=0.02).

60 CCPs were typified by their sphericity, small size, and homogeneity.

61 mal morphological characteristics in term of sphericity, surface smoothness and absence of defects (i

62 Correlation for determination of sphericity was lower (R(2) = 0.01-0.68).

63 d LV remodeling (LV dimensions, volumes, and sphericity) were assessed at each stage.

64 fy and analyze eye shape, ocular volume, and sphericity will further extend the understanding of whic