ライフサイエンスコーパス: harmonic imaging

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1 their tissue replenishment with intermittent harmonic imaging.

2 nt fundamental imaging and during continuous harmonic imaging.

3 ging but in only 1 patient with conventional harmonic imaging.

4 ing but in only 7 patients with conventional harmonic imaging.

5 All studies were performed with second harmonic imaging (2.0 to 2.5 MHz-transmitted frequency).

6 The improved signal to noise ratio of harmonic imaging allowed on-line definition of risk area

7 5%, respectively) and echocardiography with harmonic imaging and contrast injection (194 +/- 51, 55

8 ment of LV remodeling, echocardiography with harmonic imaging and contrast injection improved the acc

9 Enhanced US modalities include the use of harmonic imaging and flash replenishment techniques, as

10 Myocardial contrast echocardiography using harmonic imaging and intravenous injection of microbubbl

11 contrast defects observed with intermittent harmonic imaging and intravenous perfluorocarbon-exposed

12 by transthoracic echocardiogram with second harmonic imaging and transcranial Doppler ultrasonograph

13 rmed with high mechanical index intermittent harmonic imaging at pulsing intervals (PIs) of <1 to 30

14 ot injection of contrast medium coupled with harmonic imaging can be used to provide accurate on-line

15 ing have largely been overcome by the use of harmonic imaging, contrast opacification, and when indic

16 s study was to prove that transient response harmonic imaging could detect normal and abnormal myocar

17 Intermittent harmonic imaging has permitted the detection of myocardi

18 njection of FS-069 coupled with intermittent harmonic imaging (IHI) can be used to determine the pres

19 occlusion and reflow, using fundamental and harmonic imaging in both continuous and intermittent mod

20 rdiography using aortic root injections with harmonic imaging in experimental acute myocardial infarc

21 better myocardial contrast than conventional harmonic imaging in humans and can be produced safely wi

22 of interpretable images were obtained using harmonic imaging in the triggered mode.

23 Whereas harmonic imaging increased myocardial video intensity by

24 ssociated with grain boundaries in the third-harmonic imaging is considerably enhanced by the solvent

25 s capable of resonance phenomena detected by harmonic imaging may theoretically be able to demonstrat

26 Enhanced image contrast in biological second harmonic imaging microscopy (SHIM) has previously been r

27 Second-harmonic imaging microscopy (SHIM) on a laser-scanning s

28 er-scanning two-photon microscope for second-harmonic imaging microscopy (SHIM).

29 ADH and kidney fibrosis determined by second harmonic imaging microscopy.

30 (i.e., 5.5-10 MHz) and 12.5 MHz using tissue harmonic imaging modality.

31 on, but the impact of contrast injection and harmonic imaging on the accuracy or reproducibility of e

32 assess the impact of contrast injection and harmonic imaging, on the measure by echocardiography of

33 linear probes, sensitive Doppler techniques, harmonic imaging options and cross beams, ultrasound is

34 esponse imaging vs. 18 +/- 14 U conventional harmonic imaging; posterior: 17 +/- 14 U transient respo

35 emical components of tissues, whereas second harmonic imaging provides novel ways to study their spat

36 Harmonic imaging remained the most accurate approach.

37 Second harmonic imaging (SHIM) is an ideal method for probing m

38 Harmonic imaging showed heterogeneous opacification of t

39 Contrast-enhanced harmonic imaging was performed, and interlobar resistive

40 . 53%) and EF (84 vs. 41%), as compared with harmonic imaging without contrast injection (all p < 0.0

41 In contrast, echocardiography using harmonic imaging without contrast injection underestimat

42 n contrast agent and electrocardiogram-gated harmonic imaging would be able to assess serial changes

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