[en] Few studies have compared the use of low-contrast dose digital subtraction ventriculography with conventional ventriculography for quantitative assessment of both global and regional left ventricular function. Accordingly, 34 patients underwent conventional ventriculography using 36 ml of ionic contrast material and digital ventriculography (mask-mode) using 10 ml of contrast diluted in 10 ml of saline and injected over two seconds. Data from two patients were excluded because of ectopy during cineventriculography and from one because of ectopy during both studies. End-diastolic and end-systolic volumes were calculated from both studies by an area-length method and used to calculate ejection fractions. Regional wall motion was quantitated by the centerline method. Results of linear regression analysis demonstrated high correlations for all parameters (end-diastolic volume, r = 0.85; end-systolic volume, r = 0.93; ejection fraction, r = 0.92; quantitative regional wall motion, r = 0.90). Thus, low-contrast dose digital subtraction ventriculography provides an accurate assessment of both global and regional ventricular function and minimizes the required dose and inherent risks of contrast media.
Disciplines :
Cardiovascular & respiratory systems
Author, co-author :
Mancini, G. B.
Hodgson, J. M.
Legrand, Victor ; Université de Liège - ULiège > Département des sciences cliniques > Cardiologie
Bates, E. R.
Aueron, F. M.
LeFree, M. T.
Smith, J. S.
Beauman, G. J.
Vogel, R. A.
Language :
English
Title :
Quantitative assessment of global and regional left ventricular function with low-contrast dose digital subtraction ventriculography.
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Bibliography
Mancini GBJ Norris SL Peterson KL Gregoratos G Widmann T Ashburn WL Quantitative assessment of segmental wall motion abnormalities at rest and after atrial pacing using digital intravenous ventriculography J Am Coll Cardiol 2 1983 70 76
Norris SL Slutsky RA Mancini GBJ Gregoratos G Ashburn WL Peterson KL Comparison of digital intravenous ventriculography with direct left ventriculography for quantitation of left ventricular volumes and ejection fractions Am J Cardiol 51 1983 1399 1403
Vas R Diamond GA Forrester JS Whiting JS Swan HJC. Computer enhancement of direct and venous-injected left ventricular contrast angiography Am Heart J 102 1981 719 728
Vas R Diamond GA Forrester JS Whiting JS Pfaff MJ Levisman JA Computer-enhanced digital angiography: correlation of clinical assessment of left ventricular ejection fraction and regional wall motion Am Heart J 104 1982 732 790
Tobis J Naleioglu O Johnston WD Seibert A Iseri LT Roeck W Left ventricular imaging with digital subtraction angiography using intravenous contrast injection and fluoroscopic exposure levels Am Heart J 104 1982 20 27
Kronenberg MW Price RR Smith CW Robertson RM Perry JM Pickens DR Evaluation of left ventricular performance using digital subtraction angiography Am J Cardiol 51 1983 837 842
Goldberg HL Borer JS Moses JW. Fisher J, Cohen B, Skelly NT. Digital subtraction intravenous left ventricular intravenous left ventricular angiography: comparison with conventional intraventricular angiography J Am Coll Cardiol 1 1983 858 862
Nissen SE Booth D Waters J Fassas T DeMaria AN. Evaluation of left ventricular contractile pattern by intravenous digital subtraction ventriculography: comparison of cineangiography and assessment of interobserver variability Am J Cardiol 52 1983 1293 1298
Engels PHC Ludwig JW Verhoeven LAJ. Left ventricular evaluation by digital video subtraction angiography Radiology 144 1982 471 474
Mancini GBJ Ostrander DR Slutsky RA Shabetai R Higgins CB. Comparative effects of ionic contrast agents injected intravenously or directly into the left ventricle: implications for digital angiography AJR 140 1983 425 430
Sasayama S Nonogi H Kawai C Eiho S Kuwahara M. Automated method for left ventricular volume measurement by cineventriculography with minimal doses of contrast medium Am J Cardiol 48 1981 746 753
Tobis JM Naleioglu O Johnston WD Seibert A Roeck W Iseri LT Correlation of 10-milliliter digital subtraction ventriculograms compared with standard cineangiograms Am Heart J 105 1983 946 952
Nichols AB Martin EC Fles TP Stugensky KM Balancio LA Casarella WJ Validation of the angiographic accuracy of digital left ventriculography Am J Cardiol 51 1983 224 300
Sandler H Dodge HT. The use of single plane angiocardiograms for the calculation of left ventricular volume in man Am Heart J 75 1968 325 340
Bolson EL Kilman S Sheehan FH Dodge HT. Left ventricular segmental wall motion: a new method using local direction information IEEE Comput Cardiol 1980 245 248
Sheehan FH Dodge HT Mathey DG Bolson EL Mitten S. Application of the centerline method: analysis of change in regional left ventricular wall motion in serial studies IEEE Comput Cardiol 1982 97 100
Gelberg JH Brundage BH Glantz S Parmley WW. Quantitative left ventricular wall motion analysis: a comparison of area, chord and radial methods Circulation 59 1979 991 1000
Karsch KR Lamm U Blanke H Rentrop KP. Comparison of nineteen quantitative methods for assessment of localized left ventricular wall motion abnormalities Clin Cardiol 3 1980 123 128
Clayton PD Jeppson GM Klausner SC. Should a fixed external reference system be used to analyze left ventricular wall motion Circulation 65 1982 1518 1521
Chaitman BR DeMoto H Bristow JD Fosch J Rahimtoola SH. Objective and subjective analysis of left ventricular angiograms Circulation 52 1975 420 425
Tobis J Naleioglu O Johnston WD Seibert A Iseri LT Roeck W Digital angiography in assessment of ventricular function and wall motion during pacing in patients with coronary artery disease Am J Cardiol 51 1983 668 750
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