ライフサイエンスコーパス: beta radiation

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1 g-term clinical outcomes after intracoronary beta-radiation.

2 increase of edge stenosis was observed with beta-radiation.

3 A liquid beta(-) radiation ((188)Re) balloon was evaluated in a r

4 antly larger within the injured segment with beta-radiation (20 Gy, 1.92+/-1.23 mm(2); 30 Gy, 1.51+/-

5 is study, the administration of endovascular beta-radiation after angioplasty was safe and feasible a

6 Because of the low energy of the beta radiation and the minute total amount of isotope pr

7 ution imaging of the spatial distribution of beta-radiation associated with [(14)C]-labeled compounds

8 liquid, which are continuously generated by beta radiation, can be utilized for electrical energy ge

9 beta-Radiation decreased lumen area (20 Gy, 1.55+/-0.99

10 Intracoronary beta-radiation did not inhibit neointima formation in ba

11 in a dose of 15 Gy, and 26 were treated with beta radiation doses of 18.3 to 23 Gy.

12 f 961 patients who were assigned to gamma or beta radiation for the treatment of diffuse ISR, we eval

13 duce a beta imaging system that converts the beta radiation from the radiotracer into photons close t

14 The highly energetic beta radiation from the short-lived 90Y daughter of 90Sr

15 ected to balloon or stent injury followed by beta-radiation from a centered 32P source (2000 cGy to 1

16 dioguided surgery (RGS) technique exploiting beta- radiation has been proposed.

17 Intracoronary gamma- and beta-radiation have reduced restenosis in animal models.

18 ng-term safety and efficacy of intracoronary beta-radiation in animal models are limited.

19 onses 6 months after balloon angioplasty and beta-radiation in normal pig coronary arteries.

20 en under hypoxic conditions, suggesting that beta-radiation-induced DNA damage can occur independentl

21 This beta-radiation-induced gene expression profile was compa

22 These chips were integrated with a beta-radiation ion source and charge detector.

23 ry (RGS) technique for cerebral tumors using beta(-) radiation is being developed.

24 eceive 20 Gy (n=8) or 30 Gy (n=9) of (186)Re beta-radiation or sham radiation (n=8) immediately after

25 The high-dose beta-radiation penetrates an average of only 2.5 mm from

26 tch injury model of restenosis, endovascular beta-radiation reduces neointima formation.

27 Under beta radiation, surface plasmon obtained by the metallic

28 delivery of localized, large dose density of beta radiation to the object but a minimal dose exposure

29 Repeat gamma or beta radiation to treat failed IRT for ISR after convent

30 ve used PSMA-targeted radiometals to deliver beta-radiation to metastatic disease sites, with (177)Lu

31 ficiency devices can be achieved by matching beta-radiation transport length scales with the device p

32 imed to compare the effects of intracoronary beta radiation treatment with those of placebo for clini

33 The results of this study demonstrated that beta-radiation using 90Sr/90Y is both safe and effective

34 Delivery of beta-radiation was attempted in 23 patients after succes

35 The cellular response to internal beta-radiation was greater not only with respect to the

36 ere then randomly allocated to intracoronary beta radiation with a phosphorus-32 source (n=166) or pl

37 beta-Radiation with a 90-yttrium source used as adjunct

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