Abstract
In modern units for coronary angiography, the contrast in the images can be enhanced using digital subtraction angiography (DSA) in temporal subtraction mode (Fig. 1). In this image-processing mode, a number of electrocardiography (ECG-) triggered images are acquired before application of the contrast agent. The mean of these images (i.e., the mask) is subtracted from the images acquired after application of the contrast agent, thus enhancing the vascular structures containing iodine. The resulting images are of high quality, permitting definite luminographic evaluation of the coronary arteries. The images visualize coronary arteries including their bifurcations down to a diameter below 1 mm.
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References
Jacobson, B (1953) Dichromatic absorption radiography, dichromography. Acta Radiol 39: 437–452
Graeff W, Dix W-R (1991) NIKOS - non-invasive angiography at HASYLAB. In: Ebashi S, Koch M, Rubenstein E (eds) Handbook on synchrotron radiation, Vol. 4. Elsevier Science, Amsterdam, pp 407–430
Thompson AC, Lavender WM, Chapman D, Gmür N, Thomlinson W, Rosso V, Schulze C, Rubenstein E, Giacomini JC, Gordon H J, Dervan JP (1994) A 1200 ele-ment detector system for synchrotron-based coronary angiography. Nucl Instr Meth Phys Res A347: 545
Chapman D, Thomlinson W, Gmür NF, Dervan JP, Stavola T, Giacomini J, Gordon H, Rubenstein E, Lavender W, Schulze C, Thompson AC (1995) Effects of spatial resolution and spectral purity on transvenous coronary angiography images. Rev Sei Instr 66 (2): 1329–1331
Menk RH, Dix W-R, Graeff W, Illing G, Reime B, Schildwächter L, Tafelmeier U, Besch HJ, Großmann U, Langer R, Lohmann M, Schenk HW, Wagener M, Walenta AH, Kupper W, Hamm C, Rust C (1995) A dual line multicell ionization chamber for transvenous coronary angiography with synchrotron radiation. Rev Sei Instr 66 (2): 2327–2329
Elleaume H (1994) Les applications du rayonnement synchrotron en recherche médicale, Workshop at the ESRF, Grenoble, 4 February 1994, 1 /9
Dix W-R, Besch HJ, Graeff W, Hamm CW, Illing G, Kupper W, Lohmann M, Meinertz T, Menk RH, Reime B, Rust C, Schildwächter L, Tafelmeier U, Walenta AH (1994) Coronary angiography with synchrotron radiation. J Phys IV C9 (4): 279–286
Thomlinson W, Gmür N, Chapman D, Garett R, Lazarz N, Zeman HD, Brown GS, Morrison J, Reiser P, Padmanabhan V, Ong L, Green S, Giacomini J, Gordon H, Rubenstein E (1992) First operation of the medical facility at the NSLS for coronary angiography. Rev Sei Instr 63: 625–628
Westerholt R (1983) Strahlenexposition und Strahlenrisiko von Patient und Personal bei der Herzkatheterisierung und Angiokardiographie Erwachsener - Meßergebnisse bei 100 Untersuchungen. Thesis, University of Hamburg
Nordstrom E, Gmür N, Chapman D, Collins M, Thomlinson W (1989) Dose rate to human organs from monochromatic Synchrotron beams. BNL Informal Report, BNL-43433
ICRP Publication 60 (1990) 1990 recommendations of the International Commission on Radiological Protection. Pergamon, New York
Graeff W, Bittner L, Brefeld W, Hahn U, Heintze G, Heuer J, Kouptsidis J, Pflüger J, Schwartz M, Weiner EW, Wroblewski T (1989) HARWI - a hard X-ray wiggler beam at DORIS. Rev Sei Instr 60: 1457–1459
Halbach K (1983) J Phys 44: C1–211
Graeff W (1992) Monochromators. Angiography workshop at the ESRF, Grenoble, 28. January 1992, pp 59–68
Suortti P, Thomlinson W (1988) A bent Laue crystal monochromator for angiography at the NSLS. Nucl Instr Meth Phys Res A269: 639–648
Illing G, Heuer J, Reime B, Lohmann M, Menk RH, Schildwächter L, Dix W-R, Graeff W (1995) Double beam bent Laue monochromator for coronary angiography. Rev Sei Instr 66 (2): 1379–1381
Besch HJ, Dix W-R, Großmann U, Heuer J, Langer R, Lohmann M, Menk RH, Schenk HW, Tafelmeier U, Wagener M, Walenta AH, Xu HC (1993) A position sensitive multi channel ion chamber (MCIC) for non-invasive coronaxy angiography with synchrotron radiation. Phys Med IX N. (2-): 171–174
Besch HJ, Großmann U, Langer R, Schenk HW, Walenta AH, Dix W-R, Heuer J, Graeff W, Illing G, Lohmann M, Menk RH, Schildwächter L, Tafelmeier U, Kupper W (1994) An imaging ionisation chamber for medical application with synchrotron radiation. SPIE 2278: 30–38
IDL (Interactive Data Language) Reference Guide (1993) Research Systems, Boulder, Colorado
Rubenstein E, Hofstadter R, Zeman HD, Thompson AC, Otis JN, Brown GS, Giacomini JC, Gordon HJ, Kernoff RS, Harrison DC, Thomlinson W (1986) Transvenous coronary angiography in human using synchrotron radiation. Proc Natl Acad Sci USA 83: 9724–9728
Kupper W, Dix W-R, Graeff W, Steiner P, Engelke K, Gliier CC, Bleifeld W (1988) In: Burattini E, Rindi A (eds) Synchrotron radiation applications to digital subtraction angiography (SYRDA). Società Italiana di Fisica, Bologna, pp. 165–170
Zeman HD, Moulin HR (1992) Removal of harmonic artifacts from synchrotron radiation coronary angiograms. IEEE Trans Nucl Sci 39 (5): 1431–1437
Chapman D, Schulze C (1993) Arterial cross-section measurements from dual energy transvenous coronary angiography images. Nuclear Science Symposium and Medical Imaging Conference, IEEE Conf Ree, pp 1528–1532
Schulze C (1994) Stereoscopic synchrotron radiation coronary angiography with bent Laue crystal monochromators. Thesis, University of Hamburg
Yokomizo H, Yanagida K, Sasaki S, Harami T, Konishi H, Masahiko K, Ashida K, Harada S, Hashimoto H, Iizuka M, Kabasawa M, Nakayama K, Yamada K, Suzuki Y (1989) Construction of compact electron storage ring JSR. Rev Sci Instr 60: 1724–1727
Gmür NF, Chapman D, Thomlinson W, Scalia K, Malloy N, Mangano J, Jacob J (1994) NSLS transvenous coronary angiography project advanced technology initiatives. Synch Radiat News 7 (5): 34–36
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Dix, WR., Hamm, C.W., Kupper, W. (1997). Intravenous Coronary Angiography with Synchrotron Radiation. In: Lanzer, P., Lipton, M. (eds) Diagnostics of Vascular Diseases. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-60512-3_17
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DOI: https://doi.org/10.1007/978-3-642-60512-3_17
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