戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1 iopharmaceuticals developed for gamma-camera renography.
2 istration is not universally standardized in renography.
3 fied with technetium-dimercaptosuccinic acid renography.
4 ic hypotensive response pattern on captopril renography.
5 ic hypotensive response pattern on captopril renography.
6 R) by 51 chrome-EDTA clearance together with renography.
7 )Tc-MAG3 and (99m)Tc-DTPA) were used for the renography.
8                                  Low-dose MR renography analyzed by using a multicompartmental tracer
9              The relative value of captopril renography and arteriography is similar.
10                          Functional isotopic renography, as well as sonographic monitoring reflected
11 4 wk) were studied with upright radionuclide renography at rest and during bicycle exercise.
12                                  Low-dose MR renography can be performed in the clinical setting befo
13                                              Renography can be replaced with CT volume calculation in
14                                    Captopril renography (CR) has been established in the past 10 yr a
15                               Split-function renography curves were successfully obtained in healthy
16 st patients with these findings on captopril renography do not receive renal artery angiograms in our
17 edictive value were calculated for captopril renography, Doppler, the captopril test and arteriograph
18 ggested that (99m)Tc-MAG3 be used to perform renography for studies involving the use of NSAID admini
19                                    Captopril renography had an estimated sensitivity of 78.8% (95% CI
20 potensive response pattern seen on captopril renography is a distinctive pattern that does not repres
21   A characteristic pattern seen on captopril renography is described that is due to systemic hypotens
22 at a prevalence less than 30%, but captopril renography is equally cost-effective as arteriography an
23   Parenchymal MTT analysis of DTPA captopril renography is not more accurate and offers no advantages
24 ntaacetic acid (DTPA) baseline and captopril renography, one (n = 43) with demographically defined es
25 fers no advantages compared with qualitative renography or with more commonly used renographic measur
26  experience in an animal model, captopril MR renography provided data consistent with expectations ba
27 purpose of the study was to compare diuresis renography scan interpretation generated by a renal expe
28                            We used captopril renography to screen for renovascular disease.
29             Thirty-two patients underwent MR renography (turbo fast low-angle shot sequence: repetiti
30 mated positive predictive value of captopril renography was 89.7% and the negative predictive value w
31                  In 17 of the F-15 patients, renography was interrupted because of voiding (30%), whe
32                                           MR renography was performed along with contrast material-en
33                                           MR renography was performed at 1.5 T with three-dimensional
34                                    Captopril renography was performed with a glomerular filtration ag
35                                           MR renography was performed with a T1-weighted approach by
36 ecting 48 MBq (1.3 mCi) of (99m)Tc-MAG3, and renography was performed.
37 s) was given, and after 20 min, (99m)Tc-MAG3 renography was performed.
38                               Five-minute MR renography with a 3-mL dose of gadoteridol was performed