ライフサイエンスコーパス: extracellular volume fraction

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1 ion of extracellular space by calculation of extracellular volume fraction.

2 n to calculate global myocardial T1, T2, and extracellular volume fraction.

3 enhancement, native T1 relaxation times, and extracellular volume fraction.

4 portion to the square root of enlarged total extracellular volume fraction.

5 adolinium enhancement, 0.90; T2 ratio, 0.79; extracellular volume fraction, 0.71; early gadolinium en

6 versus 1152+/-46 milliseconds; P<0.001) and extracellular volume fraction (26+/-5% versus 30+/-6%; P

7 ly; P<0.001) and increased diffuse fibrosis (extracellular volume fraction, 27.4+/-2.2% versus 27.2+/

8 tauic), a cell size-dependent parameter, and extracellular volume fraction, a marker of interstitial

9 lar sodium concentration (C1, in mM) and the extracellular volume fraction (alpha) in grey and white

10 Extracellular volume fraction and tauic can track myocar

11 Extracellular volume fraction and tortuosity of the gran

12 n the cellular compartment, while changes in extracellular volume fraction and tortuosity, which are

13 Measurements of extracellular volume fraction and water content were com

14 l size, vascular volume fraction, intra- and extracellular volume fractions, and pseudo-diffusivity a

15 fraction, thus confirming the suitability of extracellular volume fraction as an in vivo measure of d

16 resonance measures of interstitial fibrosis (extracellular volume fraction), as well as serum biomark

17 The extracellular volume fraction, calculated from pre- and

18 Both post-contrast myocardial T1 time and extracellular volume fraction correlated with beta, the

19 ise CMR parameters, global myocardial T1 nor extracellular volume fraction differed significantly bet

20 c resonance (CMR) measurements of myocardial extracellular volume fraction (ECV) and late gadolinium

21 In large cohorts, extracellular volume fraction (ECV) has been shown to qu

22 The authors used CMR with extracellular volume fraction (ECV) measurement to chara

23 d cardiac magnetic resonance measurements of extracellular volume fraction (ECV) to discover and quan

24 We measured the extracellular volume fraction (ECV) to quantify the extr

25 The extracellular volume fraction (ECV) was derived accounti

26 arditis as well as native T1, calculation of extracellular volume fraction (ECV), and T2 mapping (onl

27 vely quantify diffuse myocardial fibrosis as extracellular volume fraction (ECV).

28 T2>52 ms, 78% for native T1>981 ms, 74% for extracellular volume fraction >0.24, and 100% for T2 rat

29 conductivity of physiological saline and the extracellular volume fraction in brain tissue.

30 tricular dysfunction and prevented increased extracellular volume fraction, indicating that T1 mappin

31 s not affect either the TMA diffusion or the extracellular volume fraction, indicating that the enzym

32 between HCM and hypertension, over and above extracellular volume fraction, LV wall thickness and ind

33 nterstitium and quantify ECM expansion using extracellular volume fraction measures and other derange

34 The myocardial extracellular volume fraction (MECVF) has been used to d

35 BNP was associated with a 0.62% increment in extracellular volume fraction (p < 0.001), 0.011 increme

36 stant (P = .0007) and 14.3% in extravascular-extracellular volume fraction (P = .002) were seen after

37 lation results indicate that even for larger extracellular volume fractions than what is reported for

38 For two different geometries with the same extracellular volume fraction the geometry with the most

39 olume transfer coefficient K(trans), and the extracellular volume fraction v(e) were calculated for t

40 rd CMR parameters, global myocardial T1, and extracellular volume fraction values for assessing the a

41 Extracellular volume fraction was calculated.

42 Global extracellular volume fraction was statistically not diff

43 Extracellular volume fraction was unchanged, indicating

44 Native T1 and extracellular volume fraction were significantly higher

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