Investigative Radiology 2000: Vol 35 Index

11 Pages·2000·3.1 MB·English

Author Index—Volume 35
A Bock, M.: see Schoenberg, S. O. tion dose from computed tomography scan-
Aadahl, P.: see Amundsen, T. Boeve, W. J.: see Kok, T. ning in late pregnancy: Depth-dose data from
Abendschein, D.R.: see Lanza, G. M. Bohm, S.: see Spahn, M. routine examinations, 527
Achilefu, S., Dorshow, R. B., Bugaj, J. E., Ra- Bohm, T., Hilger, I., Miiller, W., Reichenbach, De Bray, J. M.: see Messager, T.
jagopalan, R.: Novel receptor-targeted fluo- J. R., Fleck, M., Kaiser, W. A.: Saline-en- Debus, J.: see Essig, M.
rescent contrast agents for in vivo tumor im- hanced radiofrequency ablation of breast tis- Delay, G.: see Moody, A. R.
aging, 479 sue: An in vitro feasibility study, 149 de Muinck Keizer-Schrama, S. M. P. F.: see van
Adam, G. B.: see Staatz, G. Bohning, D. E., Shastri, A.. McGavin, L., Mc- Rijn, R. R.
Aksnes, A.-K.: see Hagen, E. K. Connell, K. A., Nahas, Z., Lorberbaum, J. P., De Valois, J. C.: see Van Den Berg, J. C.
Allder, S.: see Moody, A. R. Roberts, D. R., George, M. S.: Motor cortex Diehl, S. J.: see Sadick, M.
Alvino, S.: see Spinazzi, A. brain activity induced by 1-Hz transcranial Dinkelborg, L.: see Hochmuth, A.
Amazeen, P.: see Graif, M. magnetic stimulation is similar in location and Djavidani, B.: see Seitz, J.
Amthauer, H.: see Ricke, J. level to that for volitional movement, 676 Dorshow, R. B.: see Achilefu, S.
Amundsen, T., Kverness, J., Aadahl, P., Waage, Bonilla, S. M.: see Goodwin, S. C. Douek, P. C.: see Marchand, B.
A., Bjermer, L., Odegard, A., Haraldseth, O.: Bosch, H. G.: see Van Assen, H. C. Dumanli, H.: see Schreyer, A. G.
A closed-chest pulmonary artery occlusion/ Bosch, J. G.: see Sramek, A. Dumont, E.: see Laissy, J.-P
reperfusion model in the pig: Detection of Boutry, N.: see Blum, A. G.
experimental pulmonary embolism with MR Boyer, B.: see Blum, A. G. E
angiography and perfusion MR imaging, 295 Brechbiel, M.: see Konda, S. D.
Antonini, J.-P.: see Blum, A. G. Brechtel, K.: see Schick, F. Ebert, W.: see Tombach, B.
Arditi, M.: see Gorce, J.-M. Bremer, C.: see Tombach, B. Egmont-Petersen, M.: see Van Assen, H. C.
Aref, M.: see Konda, S. D. Britton, C. A.: see Towers, J. D. Encina, J. L.: see Marti-Bonmati, L.
Arora, L. C.: see Goodwin, S. C. Brunberg, J. A.: see Grossman, R. I. Essig, M., Wenz, F., Schoenberg, S. O., Debus,
Buchbinder, S.: see Leichter, I. J.. Knopp, M. V., Van Kaick, G.: Arterio-
B Buchmann, J.: see Weiwad, W. venous malformations: Assessment of gliotic
Biicker, A.: see Meyer, J. M. A. and ischemic changes with fluid-attenuated
Baarslag, H. J.: see Kok, T. Budoff, M. J., Lu, B., Mao, S., Bakhsheshi, H., inversion-recovery MRI, 689
Bachmann, R., Heimbach, D., Kersjes, W., Ja- Zhuang, N., Liu, S. C. K., French, W. J.:
cobs, D., Schild, H., Hesse, A.: A new type of Evaluation of fluid collection in the pericar- F
articial urinary calculi: In vitro study by spiral dial sinuses and recesses: Noncontrast-en-
CT, 672 hanced electron beam tomography, 359 Felix, R.: see Hianninen, E. L.; Steinkamp, H. J.
Bacon, E. R.: see McIntire, G. L. Bugaj, J. E.: see Achilefu, S. Felix, R.: see Ricke, J.
Bader, A.: see Hégemann, D. Burns, P. N.: see Correas, J.-M. Feuerbach, S.: see Manke, C.; Seitz, J.; Spahn,
Bader, T. R., Grabenwéger, F., Prokesch, R. W., Burns, P. N., Wilson, S. R., Simpson, D. H.: M.
Krause, W.: Measurement of hepatic perfu- Pulse inversion imaging of liver blood flow: Fielding, J. R.: see Schreyer, A. G.
sion with dynamic computed tomography: As- Improved method for characterizing focal Fields, S.: see Leichter, I.
sessment of normal values and comparison of masses with microbubble contrast, 58 Fischbach, R.: see Maintz, D.
two methods to compensate for motion arti- Burstein, D., Bashir, A.. Gray, M. L.: MRI tech- Fischer, H.: see Kaiser, W. A.
facts, 539 niques in early stages of cartilage disease, 622 Fisman, E. Z.: see Tenenbaum, A.
Bader, T. R., Prokesch, R. W., Grabenwéger, F.: Fleck, M.: see B6hm, T.; Hochmuth, A.
Timing of the hepatic arterial phase during Cc Floemer, F.: see Schoenberg, S. O.
contrast-enhanced computed tomography of Forsberg, F.: see Hagne, E. K.
the liver: Assessment of normal values in 25 Canet, E.: see Marchand, B. Fouillet, X.: see Spinazzi, A.
volunteers, 486 Caudana, R.: see Grazioli, L. Franconi, F.: see Messager, T.
Bakan, D. A., Weichert, J. P., Longino, M. A.., Ceriati, S.: see Spinazzi, A. French, W. J.: see Budoff, M. J.
Counsell, R. E.: Polyiodinated triglyceride Cheon, J.-E.: see Kim, L.-O. Furuta, W.: see Sendo, T.
lipid emulsions for use as hepatoselcetive con- Chillon, S.: see Laissy, J.-P.
trast agents in CT: Effects of physicochemical Chin, B. B.: see Kraitchman, D. L. G
properties on biodistribution and imaging pro- Choi, B. L.: see Kim, A. Y.
files, 158 Choi, I. H.: see Kim, L.-O. Gaa, J.: see Sadick, M.
Baker, M.: see Unger, E. Claussen, C. D.:, 393. see Schick, F. Gabaeff, D.: see Unger, E.
Bakhsheshi, H.: see Budoff, M. J. Coffey, S. B.: see McIntire, G. L. Galanski, M.: see Hégemann, D.
Bamberger, P.: see Leichter, I. Colombari, R.: see Grazioli, L. Gallowitsch, H. J., Mikosch, P., Kresnik, E.,
Baraz, M.: see Graif, M. Cornioley, Y. A.: see Morel, D. R. Unterweger, E. K. O., Lind, P.: Comparison
Bashir, A.: see Burstein, D. Corot, C.: see Marchand, B. between ””" Tc-tetrofosmin/pertechnetate sub-
Ba-Ssalamah, A.: see Trattnig, S. Corot, C., Violas, X., Robert, P., Port, M.: Phar- traction scintigraphy and ””"Tc-tetrofosmin
Baumann, A.: see Hégemann, D. macokinetics of three gadolinium chelates SPECT for preoperative localization of para-
Baumann, B.: see Jacob, A. L. with different molecular sizes shortly after thyroid adenoma in an endemic goiter area,
Benderbous, S.: see Marchand, B. intravenous injection in rabbits, Relevance to 453
Benetti, A.: see Grazioli, L. MR angiography, 213 Geens, V.: see Tombach, B.
Benito, C.: see Marti-Bonmatt, L. Correas, J.-M., Burns, P. N., Lai, X., Qi, X.: Geiger, B.: see Spahn, M.
Berthold, L. D.: see Saar, B. Infusion versus bolus of an ultrasound con- Geissler, A.: see Manke, C.
Bessin, G.: see McIntire, G. L. trast agent: In vivo dose-response measure- George, M. S.: see Bohning, D. E.
Bijleveld, C. M. A.: see Kok, T. ments of BRI, 72 Georgi, M.: see Sadick, M.
Bjermer, L.: see Amundsen, T. Costello, P.: see Towers, J. D. Gerlach, S.: see Krause, W.
Blank, A.: see Graif, M. Cotten, A.: see Blum, A. G. Gilat, T.: see Graif, M.
Bluemke, D. A.: see Kraitchman, D. L. Counsell, R. E.: see Bakan, D. A. Glowinski, A.: see Krombach, G. A.
Blum, A. G., Simon, J.-M., Cotten, A., Quirin- Coupland, S. E.: see Schmitz, S. A. Go, P. M. N. Y. H.: see Van Den Berg, J.
Cosmidis, I., Boyer, B., Boutry, N., Antonini, Czerny, C.: see Imhof, H. Goedhart, B.: see Van Assen, H. C.
J.-P.: Comparison of double-contrast CT ar- Goetz, L.: see Weiwad, W.
thrography image quality with nonionic con- D Goldberg, B. B.: see Hagen, E. K.
trast agents: Isotonic dimeric iodixanol 270 Goodwin, S. C., Yoon, H.-C., Wong, G. C. H..
mg I/mL and monomeric iohexol 300 mg Damilakis, J., Perisinakis, K., Voloudaki, A., Bonilla, S. M., Vedantham, S., Arora, L. C.:
I/mL, 304 Gourtsoyiannis, N.: Estimation of fetal radia- Percutaneous delivery of a heparin-impreg-
749
750 INVESTIGATIVE RADIOLOGY December 2000
nated collagen stent-graft in a porcine model Haughton, V. M.: see Grossman, R. I. Johnson, D.: see Hagen, E. K.
of atherosclerotic disease, 420 Heimbach, D.: see Bachmann, R. Jolesz, F. A.: see Schreyer, A. G.
Gorce, J.-M., Arditi, M., Schneider, M.: Influ- Heindel, W.: see Grossman, R. I.; Tombach, B. Jung, K.-J., Lee, K. S., Kim, S. Y., Kim, T. S.,
ence of bubble size distribution on the echo- Heinig, A.: see Weiwad, W. Pyeun, Y. S., Lee, J. Y.: Low-dose, volumet-
genicity of ultrasound contrast agents: A study Helber, U.: see Schick, F. ric helical CT: Image quality, radiation dose,
of SonoVue™, 661 Held, P.: see Seitz, J. and usefulness for evaluation of bronchiecta-
Gossmann, A.: see Maintz, D. Heldman, A. W.: see Kraitchman, D. L. sis, 557
Gourtsoyiannis, N.: see Damilakis, J. Heller, M.: see Grimm, J.; Miiller-Hiilsbeck, S.
Gourtsoyiannis, N., Papanikolaou, N., Gramma- Hergt, R.: see Hilger, I. K
tikakis, J., Maris, T., Prassopoulos, P.: MR Hesse, A.: see Bachmann, R.
imaging of the small bowel with a true-FISP Heverhagen, J. T.: see Saar, B. Kagawa, K.: see Honda, O.
sequence after enteroclysis with water solu- Heywang-Koebrunner, S. H.: see Weiwad, W. Kaim, A.: see Jacob, A. L.
tion, 707 Hilbert, C.: see Miiller-Hiilsbeck, S. Kainberger, F.: see Imhof, H.
Grabenwéger, F.: see Bader, T. R. Hilger, I.: see Bohm, T.; Hochmuth, A. Kaiser, W. A.: see Bohm, T.; Hilger, 1.; Hoch-
Graif, M., Yanuka, M., Baraz, M., Blank, A.., Hilger, I., Hergt, R., Kaiser, W. A.: Effects of muth, A.
Moshkovitz, M., Kessler, A., Gilat, T., Weiss, magnetic thermoablation in muscle tissue us- Kaiser, W. A., Fischer, H., Vagner, J., Selig, M.:
J., Walach, E., Amazeen, P., Irving, C. S.: ing iron oxide particles: An in vitro study, 170 Robotic system for biopsy and therapy of
Quantitative estimation of attenuation in ultra- Hochmuth, A., Fleck, M., Hauff, P., Reinhardt, breast lesions in a high-field whole-body mag-
sound video images: Correlation with histol- M., Kosmehl, H., Hilger, I., Dinkelborg, L., netic resonance tomography unit, 513
ogy in diffuse liver disease, 319 Kaiser, W. A.: First experiences in using a Kalden, P.: see Schunk, K.
Grammatikakis, J.: see Gourtsoyiannis, N. new ultrasound mode and ultrasound contrast Kalinowski, M.: see Miiller-Hiilsbeck, S.
Grampp, S.: see Imhof, H. agent in the diagnosis of blunt renal trauma: A Kanal, E.: see Grossman, R. I.
Gray, M. L.: see Burstein, D. feasibility study in an animal model, 205 Kane, B. J.: see Tiukinhoy, S. D.
Grazioli, L., Morana, G., Caudana, R., Benetti, Hoffmann, A.: see Schoenberg, S. O. Karger, N.: see Grimm, J.
A., Portolani, N., Talamini, G., Clumbari, R., Hégemann, D., Baumann, A., Rocker, D., Bader, Karila-Cohen, P.: see Laissy, J.-P.
Pirovano, G., Kirchin, M. A., Spinazzi, A.: A., Galanski, M.: In vitro model of the human Kataoka, Y.: see Sendo, T.
Hepatocellular carcinoma: Correlation be- liver parenchyma to study hepatotoxic side Kawakami, S.: see Takashima, S.
tween gadobenate dimeglumine-enhanced effects of Dy-EOB-DTPA, 373 Kenton, A.: see Moody, A. R.
MRI and pathologic findings, 25 Hohn, L.: see Morel, D. R. Kern, A.: see Schunk, K.
Griffey, S. M.: see Wisner, E. R. Holbert, J. M.: see Towers, J. D. Kersjes, W.: see Bachmann, R.
Grimm, J., Karger, N., Liisse, S., Winoto-Mor- Honda, O., Nishimura, M., Tomiyama, N., Joh- Kessler, A.: see Graif, M.
bach, S., Krisch, B., Miiller-Hiilsbeck, S., koh, T., Mihara, N., Kozuka, T., Naito, H., Kikinis, R.: see Schreyer, A. G.
Heller, M.: Characterization of ultrasmall, Hamada, S., Kagawa, K., Nishida, T., Kim, A. Y., Kim, T. K., Kim, Y. H., Han, J. K.,
paramagnetic magnetite particles as super- Ichikawa, Y., Yamamoto, S., Nakamura, H.: Choi, B. I.: Comparison of harmonic and con-
paramagnetic contrast agents in MRI, 553 Artificial ventilation-induced diffuse alveolar ventional power doppler ultrasonography for
Grodd, W.: see Grossman, R. I. damage in rabbits: Preliminary study of early assessment of slow flow in hyperechoic tissue:
Groell, R.: see Miiller, H. M. detection on expiratory high-resolution com- Experimental study using a doppler phantom,
Grossman, R. I., Rubin, D. L., Hunter, G., puted tomography, 534 105
Haughton, V. M., Lee, D., Sze, G., Kuhn, Hop, W. C. J.: see van Rijn, R. R.; Van Rijn, Kim, C. J.: see Kim, L-O.
M. J., Maravilla, K., Tu, R., Heindel, W.., R. R. Kim, H. J.: see Kim, I.-O.
Wippold, II, F. J., Leeds, N., Zelch, J., Jinkins, Hopfner, M.: see Miiller-Hiilsbeck, S. Kim, 1.-O., Kim, H. J., Cheon, J.-E., Seong,
J. R., Grodd, W., Truwit, C., Kanal, E., Prov- Horsfield, M. A.: see Moody, A. R. C. K., Kim, C. J., Kim, W. S., Park, S. W.,
enzale, J. M., Ramsey, R., Simon, J., Brun- Huber, M.: see Trattnig, S. Lee, W., Choi, I. H., Yeon, K. M.: MR imag-
berg, J. A., Stevens, G. R., Kristy, R. M.: Huber, M., Trattnig, S., Lintner, F.: Anatomy, ing of changes of the growth plate after partial
Magnetic resonance imaging in patients with biochemistry, and physiology of articular car- physeal removal and fat graft interposition in
central nervous system pathology: A compar- tilage, 573 rabbits, 712
ison of OptiMARK (Gd-DTPA-BMEA) and Hiibner, D.: see Staatz, G. Kim, J.: see Lee, S. H.
Magnevist (Gd-DTPA), 412 Hulett, R.: see Unger, E. Kim, S. Y.: see Jung, K.-J.
Giinther, R.: see Meyer, J. M. A. Hunter, G.: see Grossman, R. I. Kim, T. K.: see Kim, A. Y.
Giinther, R. W.: see Krombach, G. A.; Staatz, Hutzelmann, A.: see Miiller-Hiilsbeck, S. Kim, T. S.: see Jung, K.-J.
G.; Wildberger, J. E. Kim, W. S.: see Kim, 1.-O.
Gur, D.: see Towers, J. D. Kim, Y. H.: see Kim, A. Y.
Gust, R.: see Schmitz, S. A. Kirchin, M. A.: see Grazioli, L.
Ichikawa, Y.: see Honda, O. Klegerman, M. E.: see Tiukinhoy, S. D.
H Ihnat, D.: see Unger, E. Klose, K. J.: see Saar, B.
Illig, K. J.: see MclIntire, G. L. Knopp, M. V.: see Essig, M.; Schoenberg, S. O.
Haagsma, E. B.: see Kok, T. Imhof, H.: see Trattnig, S. Koba, H.: see Saitoh, T.
Hagen, E. K., Forsberg, F., Aksnes, A.-K., Mer- Imhof, H., Sulzbacher, I., Grampp, S., Czerny, Kok, T., Boeve, W. J., Prins, T. R., Baarslag,
ton, D. A, Liu, J.-B., Tornes, A., Johnson, D., C., Youssefzadeh, S., Kainberger, F.: Sub- H. J., Woesthuis, M., Slooff, M. J. H.,
Goldberg, B. B.: Enhanced detection of blood chondral bone and cartilage disease: A redis- Haagsma, E. B., Bijleveld, C. M. A., Van Der
flow in the normal canine prostate using an covered functional unit, 581 Jagt, E. J.: Arteriography and portal venogra-
ultrasound contrast agent, 118 Imhof, H., Trattnig, S.: MRI of cartilage: A phy on routine follow-up after orthotopic liver
Hahm, G.: see Spahn, M. review, 571 transplantation, 653
Hahn, S. T.: see Lee, S. H. Irving, C. S.: see Graif, M. Konda, S. D., Aref, M., Brechbiel, M., Wiener,
Hahn, U.: see Schick, F. E. C.: Development of a tumor-targeting MR
Hall, C. S.: see Lanza, G. M. J contrast agent using the high-affinity folate
Hamada, S.: see Honda, O. receptor: Work in progress, 50
Han, J. K.: see Kim, A. Y. Jacob, A. L., Messmer, P., Kaim, A., Suhm, N., Koning, G.: see Van Assen, H. C.
Hanninen, E. L., Vogl, T. J., Steinmiiller, T., Regazzoni, P., Baumann, B.: A whole-body Kopp, I.: see Saar, B.
Ricke, J., Neuhaus, P., Felix, R.: Preoperative registration-free navigation system for image- Kosmehl, H.: see Hochmuth, A.
contrast-enhanced MRI of the parathyroid guided surgery and interventional radiology, Kozuka, T.: see Honda, O.
glands in hyperparathyroidism, 426 279 Kraitchman, D. L., Bluemke, D. A., Chin, B. B.,
Hinninen, E. L.: see Ricke, J. Jacobs, D.: see Bachmann, R. Heldman, A. W., Heldman, A. W.: A mini-
Haraldseth, O.: see Amundsen, T. Jallet, P.: see Messager, T. mally invasive method for creating coronary
Hartmann, H.: see Weiwad, W. Jinkins, J. R.: see Grossman, R. I. stenosis in a swine model for MRI and SPECT
Hauff, P.: see Hochmuth, A. Johkoh, T.: see Honda, O. imaging, 445
No. 12 AUTHOR INDEX TO VOLUME 35
Kramann, B.: see Schneider, G. M Mikosch, P.: see Gallowitsch, H. J.
Kramer-Hansen, H.: see Miiller-Hiilsbeck, S. Miller, S.: see Schick, F.
Krause, W.: see Bader, T. R. MacDonald, R. C.: see Tiukinhoy, S. D. Millner, R.: see Weiwad, W.
Krause, W., Gerlach, S., Muschick, P.: Preven- Machann, J., Schnatterbeck, P., Raible, A., Lutz, Mills, J.: see Unger, E.
tion of the hemodynamic effects of iopro- O., Claussen, C. D., Schick, F.: Magnetic res- Minas, T.: see Nehrer, S.
mide-carrying liposomes in rats and pigs, 493 onance osteodensitometry in human heel Mlynarik, V.: see Trattnig, S.
Kresnik, E.,. see Gallowitsch, H. J. bones: Correlation with quantitative computed Mlynarik, V., Trattnig, S.: Physicochemical
Kresse, M.: see Schmitz, S. A. tomography using different measuring param- properties of normal articular cartilage and its
Krisch, B.: see Grimm, J. eters, 393 MR appearance, 589
Kristy, R. M.: see Grossman, R. I. Mahowald, M. E.: see Tiukinhoy, S. D. Mockel, R.: see Sadick, M.
Kroeger, H.: see Schoenberg, S. O. Maintz, D., Fischbach, R., Schiifer, N., Schiifer, Moody, A. R., Martel, A., Kenton, A., Allder, S.,
Krombach, G. A., Schmitz-Rode, T., Tacke, J., H., Gossmann, A., Kugel, H.: Results of elec- Horsfield, M. A., Delay, G., Morgan, P.: Con-
Glowinski, A., Nolte-Ernsting, C. C., ttarsoecsh eimni craalt s tfhoelrlaopwye do f ucpo lboyre cMtRaIl , li2v8er9 metas- trast-reduced imaging of tissue concentration
Giinther, R. W.: MRI of the inner ear: Com- and arterial level (CRITICAL) for assessment
parison of axial T2-weighted, three-dimen- Manke, C., Nitz, W. R., Lenhart, M., Vélk, M., of cerebral hemodynamics in acute stroke by
sional turbo spin-echo images, maximum-in- Geissler, A., Feuerbach, S., Link, J.: Magnetic magnetic resonance, 401
tensity projections, and volume rendering, 337 resonance monitoring of stent deployment: In Morana, G.: see Grazioli, L.
Krupinski, E.: see Unger, E. vitro evaluation of different stent designs and Morel, D. R., Schwieger, I., Hohn, L., Terrettaz,
KKuughenl,, MH.. : J.s:e es eeM aiGnrtozs,s mDa.n , R. I. MMaarosa,tve intlS l.a:d ,e sleieKv .e:rB yus deoesf yfsG,tr eomMss.s, m aJ3.n 4,3 R. I. JuM.a.,t: i LolHnu ullmo,fa nJS .o npBoh.V,a ureCm'oa™rcn,oi koialn eenyte,iw c sYc .o natnArd.a, s sta Sfcaehgtnyee nited vearflo,-r
Kverness, J.: see Amundsen, T. Marchal, G.: see Miao, Y. ultrasound imaging, 80
Marchand, B., Douek, P. C., Benderbous, S.., Morgan, P.: see Moody, A. R.
L Corot, C., Canet, E.: Pilot MR evaluation of Moshkovitz, M.: see Graif, M.
pharmacokinetics and relaxivity of specific Motro, M.: see Tenenbaum, A.
Lai, X.: see Correas, J.-M. blood pool agents for MR angiography, 41 Miiller, H. M., Tripolt, M. B., Rehak, P. H.,
Laissy, J.-P., Menegazzo, D., Dumont, E., Piek- Marinelli, E. R., Neubeck, R., Song, B., Wagler, Groell, R., Reinmiiller, R., Tscheliessnigg, K.-
arski, J.-D., Karila~-Cohen, P., Chillon, S., T., Ranganathan, R. S., Sukumaran, K., H.: Noninvasive measurement of pulmonary
Schouman-Claeys, E.: Hemodynamic effect Wedeking, P. W., Nunn, A., Runge, V. M., vascular resistances by assessment of cardiac
of iodinated high-viscosity contrast medium Tweedle, M. F.: Synthesis, characterization, output and pulmonary transit time, 727
in the rat kidney: A diffusion-weighted MRI and imaging performance of a new class of Miiller, W.: see Bohm, T.
feasibility study, 647 macrocyclic hepatobiliary MR _ contrast Miiller-Hiilsbeck, S.: see Grimm, J.
Lampe, D.: see Weiwad, W. agents, 8 Miiller-Hiilsbeck, S., Hépfner, M., Hilbert, C.,
Lanza, G. M., Abendschein, D. R., Hall, C. S., Maris, T.: see Gourtsoyiannis, N. Kramer-Hansen, H., Heller, M.: Mechanical
Marsh, J. N., Scott, M. J., Scherrer, D. E., Marsh, J. H.: see Lanza, G. M. thrombectomy of acute thrombosis in tran-
Wickline, S. A.: Molecular imaging of Martel, A.: see Moody, A. R. sjugular intrahepatic portosystemic shunts,
stretch-induced tissue factor expression in ca- Marti-Bonmati, L., Vega, T., Benito, C.,Mufoz, 385
rotid arteries with intravascular ultrasound, A., Niewel, M., Menor, F., Meurer, K., En- Miiller-Hiilsbeck, S., Kalinowski, M., Heller,
227 cina, J. L.: Safety and efficacy of Omniscan® M., Wagner, H.-J.: Rheolytic hydrodynamic
Lederman, R.: see Leichter, I. (gadodiamide injection) at 0.1 mmol/kg for thrombectomy for percutaneous treatment of
Lee, D.: see Grossman, R. I. MRI in infants younger than 6 months of age: acutely occluded infra-aortic native arteries
Lee, J. H.: see Schreyer, A. G. Phase III open multicenter study, 141 and bypass grafts: Midterm follow-up results,
Matsumura, J. S.: see Tiukinhoy, S. D. 131
Lee, J. Y.: see Jung, K.-J.
Lee, K. S.: see Jung, K.-J. Mayer, I.: see Schunk, K. Miiller-Hiilsbeck, S., Schwarzenberg, H., Hut-
Lee, S. H., Hahn, S. T., Yoo, J., Kim, J.: Hemo- McConnell, K. A.: see Bohning, D. E. zelmann, A., Steffens, J. C., Heller, M.: Intra-
McCreery, T.: see Unger, E. vascular ultrasound evaluation of peripheral
static effect of glue-lipiodol mixture plugged
McGavin, L.: see Bohning, D. E. arterial stent-grafts, 97
in the needle tract after renal biopsies in a
McIntire, G. L.: see Wisner, E. R. Mujioz, A.: see Marti-Bonmati, L.
high-risk, anticoagulated rabbit model, 684
McIntire, G. L., Bacon, E. R., Illig, K. J., Coffey, Muschick, P.: see Krause, W.
Lee, W.: see Kim, I.-O.
S. B., Singh, B., Bessin, G., Shore, M. T.,
Leeds, N.: see Grossman, R. I.
Wolf, G. L.: Time course of nodal enhance-
Lehmann, K.-J.: see Sadick, M. ment with CT x-ray nanoparticle contrast N
Leichter, I., Buchbinder, S., Bamberger, P., No- agents: Effect of particle size and chemical Nagaraj, A.: see Tiukinhoy, S. D.
vak, B., Fields, S., Lederman, R.: Quantitative structure, 91 Nagele, T.: see Schick, F.
characterization of mass lesions on digitized McPherson, D. D.: see Tiukinhoy, S. D. Nahas, Z.: see Bohning, D. E.
mammograms for computer-assisted diagno- Menegazzo, D.: see Laissy, J.-P. Naito, H.: see Honda, O.
sis, 366 Menor, F.: see Marti-Bonmati, L. Nakamura, H.: see Honda, O.
Le Jeune, J. J. see Messager, T. Merton, D. A.: see Hagen, E. K. Nehrer, S.. Minas, T.: Treatment of articular
Lemaire, L.: see Messager, T. Messager, T., Franconi, F., Lemaire, L., De cartilage defects, 639
Lemke, A.: see Ricke, J. Bray, J. M., Saint André, J. P., Jallet, P., Le Neubeck, R.: see Marinelli, E. R.
Lenhart, M.: see Manke, C. Jeune, J. J.: MRI study of transient cerebral Neuhaus, P.: see Hanninen, E. L.
Lequin, M. H.: see van Rijn, R. R. ischemia in the gerbil: Interest of T2 mapping, Ni, Y.: see Miao, Y.
Lind, P.: see Galiowitsch, H. J. 180 Niewel, M.: see Marti-Bonmati, L.
Link, J.: see Manke, C. Messmer, P.: see Jacob, A. L. Nishida, T.: see Honda, O.
Lintner, F.: see Huber, M. Metzger, III, P.: see Unger, E. Nishimura, M.: see Honda, O.
Liu, J.-B.: see Hagen, E. K. Meyer, J. M. A., Biicker, A., Schiirmann, K.. Nitz, W. R.: see Manke, C.; Seitz, J.
Liu, S. C. K.: see Budoff, M. J. Riibben, A., Giinther, R.: MR evaluation of Nolte-Ernsting, C. C.: see Krombach, G. A.
Llull, J. B. see Morel, D. R. stent patency: In vitro tests of 22 metallic Nolte-Ernsting, C. C. A.: see Staatz, G.
Longino, M. A.: see Bakan, D. A. stents and the possibility of determining their Novak, B.: see Leichter, I.
Lorberbaum, J. P.: see Bohning, D. E. patency by MR angiography, 739 Nunn, A.: see Marinelli, E. R.
Lorusso, V.: see Spinazzi, A. Meurer, K.: see Marti-Bonmati, L.
Loughlin, K. R.: see Schreyer, A. G. Miao, Y., Ni, Y., Yu, J., Marchal, G.: A com- oO
Lu, B.: see Budoff, M. J. parative study on validation of an ovel cooled-
Liisse, S.: see Grimm, J. wet electrode for radiofrequency liver abla- Oberholzer, K.: see Schunk, K.
Lutz, O.: see Machann, J. tion, 438 Obst, T.: see Saar, B.
Luzzani, F.: see Spinazzi, A. Mihara, N.: see Honda, O. Odegard, A.: see Amundsen, T.
752 INVESTIGATIVE RADIOLOGY December 2000
Oishi, R.: see Sendo, T. in computed tomographic densitometric anal- Shore, M. T.: see McIntire, G. L.
Orth, T.: see Schunk, K. ysis, 235 Sievinen, H.: A physical model for dual-energy
Schaefer, R. M.: see Tombach, B. x-ray absorptiometry—derived bone mineral
P Schafer, H.: see Maintz, D. density, 325
Schiifer, N.: see Maintz, D. Simon, J.: see Grossman, R. I.
Papanikolaou, N.: see Gourtsoyiannis, N. Scheider, G., Seidel, R., Uder, M., Wagner, D., Simon, J.-M.: see Blum, A. G.
Park, S. W.: see Kim, I.-O. Weinmann, H.-J., Kramann, B.: In vivo mi- Simpson, D. H.: see Burns, P. N.
Perisinakis, K.: see Damilakis, J. croscopic evaluation of the microvascular be- Singh, B.: see McIntire, G. L.
Pianezzola, P.: see Spinazzi, A. havior of FITC-labeled macromolecular MR Slooff, M. J. H.: see Kok, T.
Piekarski, Jean-D.: see Laissy, J.-P. contrast agents in the hamster skinfold cham- Sone, S.: see Takashima, S.
Pirovano, G.: see Grazioli, L. ber, 564 Song, B.: see Marinelli, E. R.
Port, M.: see Corot, C. Scherrer, D. E.: see Lanza, G. M. Spahn, M., Strotzer, M., V6lk, M., Bohm, S.,
Portolani, N.: see Grazioli, L. Schick, F.: see Machann, J. Geiger, B., Hahm, G., Feuerbach, S.: Digital
Prassopoulos, P.: see Gourtsoyiannis, N. Schick, F., Miller, S., Hahn, U., Nagele, T., radiography with a large-area, amorphous-sil-
Prins, T. R.: see Kok, T. Helber, U., Stauder, N., Brechtel, K., Claus- icon, flat-panel x-ray detector system, 260
Prokesch, R. W.: see Bader, T. R. sen, C. D.: Fat- and water-selective MR cine Spielmann, R. P.: see Weiwad, W.
Provenzale, J. M.: see Grossman, R. I. imaging of the human heart: Assessment of Spinazzi, A.: see Grazioli, L.
Puig, S.: see Trattnig, S. right ventricular dysplasia, 311 Spinazzi, A., Ceriati, S., Pianezzola, P., Lorusso,
Pyeun, Y. S.: see Jung, K.-J. Schild, H.: see Bachmann, R. V., Luzzani, F. Fouillet, X., Alvino, S., Rum-
Schmitz, S. A., Coupland, S. E., G. R., Winter- meny, E. J.: Safety and pharmacokinetics of a
Q halter, S., Wagner, S., Kresse, M., Semmler, new liposomal liver-specific contrast agent for
W., Wolf, K.-J.,: Superparamagnetic iron ox- CT: Results of clinical testing a nonpatient
Qi, X.: see Correas, J.-M. ide-enhanced MRI of atherosclerotic plaques volunteers, |
Quirin-Cosmidis, I.: see Blum, A. G. in Watanabe hereditable hyperlipidemic rab- Sramek, A., Bosch, J. G., Reiber, J. H. C., Van
bits., 460 Oostayen, J. A., Rosendaal, F. R.: Ultrasound
R Schmitz-Rode, T.: see Krombach, G. A.; Wild- assessment of atherosclerotic vessel wall
berger, J. E. changes reproducibility of intima-media
Raible, A.: see Machann, J. Schnatterbeck, P.: see Machann, J. thickness measurements in carotid and femo-
Rajagopalan, R.: see Achilefu, S. Schneider, G., Seidel, R., Uder, M., Wagner, D.., ral arteries, 699
Ramsey, R.: see Grossman, R. I. Weinmann, H.-J., Kramann, B.: In vivo mi- Staatz, G., Nolte-Ernsting, C. C. A., Adam,
Ranganathan, R. S.: see Marinelli, E. R. croscopic evaluation of the microvascular be- G. B., Hiibner, D., Rohrmann, D., Stollbrink,
Regazzoni, P.: see Jacob, A. L. havior of FITC-labeled macromolecular MR C., Giinther, R. W.: Feasibility and utility of
Rehak, P. H.: see Miiller, H. M. contrast agents in the hamster skinfold cham- respiratory-gated, gadolinium-enhanced T1-
Reiber, J. H. C.: see Sramek, A.; Van Assen, ber, 564 weighted magnetic resonance urography in
H. C. Schneider, M.: see Gorce, J.-M. children, 504
Reichenbach, J. R.: see B6hm, T. Schneider, M.: see Morel, D. R. Stauder, N.: see Schick, F.
Reimer, P.: see Tombach, B. Schoenberg, S. O., Floemer, Frank, Kroeger, Steffens, J. C.: see Miiller-Hiilsbeck, S.
Reinhardt, M.: see Hochmuth, A. Heiner, Hoffmann, Alexander, Bock, Mi- Steinkamp, H. J., Werk, M., Felix, R.: Treatment
Ricke, J.: see Hanninen, E. L. chael, Knopp, M. V.: Combined assessment of of postinterventional pseudoaneurysms by ul-
Ricke, J., Hianninen, E. L., Amthauer, H., obstructive sleep apnea syndrome with dy- trasound-guided compression, 186
Lemke, A., Felix, R.: Assessment of the vas- namic MRI and parallel EEG registration: Ini- Steinmiiller, T.: see Hanninen, E. L.
cularization of neuroendocrine tumors by tial results, 267 Stevens, G. R.: see Grossman, R. I.
stimulated acoustic emission of SH U 508A Schoenberg, S. O.: see Essig, M. Stollbrink, C.: see Staatz, G.
ultrasound contrast agent and color or power Schouman-Claeys, E.: see Laissy, J.-P. Strotzer, M.: see Seitz, J.
Doppler sonography, 253 Schreyer, A. G., Fielding, J. R., Warfield, S. K., Strotzer, M.: see Spahn, M.
Rienmiiller, R.: see Miiller, H. M. Lee, J. H., Loughlin, K. R., Dumanli, H., Sugaya, F.: see Saitoh, T.
Robben, S. G. F.: see van Rijn, R. R. Jolesz, F. A., Kikinis, R.: Virtual CT cystos- Suhm, N.: see Jacob, A. L.
Robert, P.: see Corot, C. copy: Color mapping of bladder wall thick- Sukumaran, K.: see Marinelli, E. R.
Roberts, D. R.: see Bohning, D. E. ness, 331 Sulzbacher, I.: see Imhof, H.
Rocker, D.: see Hégemann, D. Schubert, H.: see Wildberger, J. E. Sze, G.: see Grossman, R. I.
Rohrmann, D.: see Staatz, G. Schunk, K., Kern, A., Oberholzer, K., Kalden,
RRoosseenndbauaslc,h , F.G .R:. : sesee e VSarna mDeekn, BAe.r g, J. C. dP.r,o -MMaRyIe r,i n IC.r, oOhrnt’hs, dTi.s, eaWsae:n itAspcphrkaei,sa l R.o:f diHsy-- T
Riibben, A.: see Meyer, J. M. A. ease activity, 431 Tacke, J.: see Krombach, G. A.
Rubin, D. L.: see Grossman, R. I. Schiirmann, K.: see Meyer, J. M. A. Takashima, S., Takayama, F., Wang, Q.,
Rummeny, E. J.: see Spinazzi, A. Schwarzenberg, H.: see Miiller-Hiilsbeck, S. Kawakami, S., Saito, A., Sone, S.: Head and
Runge, V. M.: see Marinelli, E. R. Schwieger, I.: see Morel, D. R. neck lesions: Determination of an optimal MT
Runge, V. M.: A note from the editor-in-chief, Sciulli, R.: see Towers, J. D. technique for prediction of malignancies, 244
Investigative Radiology, 572 Scott, M. J.: see Lanza, G. M. Takayama, F.: see Takashima, S.
Seidel, R.: see Schneider, G. Takeda, Y.: see Sendo, T.
S Seitz, J., Strotzer, M., Volk, M., Held, P., Djavi- Talamini, G.: see Grazioli, L.
dani, B., Nitz, W. R., Feuerbach, S.: Reduc- Tanaka, H.: see Saitoh, T.
Saar, B., Heverhagen, J. T., Obst, T., Berthold, tion of motion artifacts in magnetic resonance Tenenbaum, A., Shemesh, J., Fisman, E. Z.,
L. D., Kopp, L., Klose, K. J., Wagner, H.-J.: imaging of the neck and cervical spine by Motro, M.: Advanced mitral annular calcifi-
Magnetic resonance colonography and virtual long-term averaging, 380 cation is associated with severe coronary cal-
magnetic resonance colonoscopy with the Selig, M.: see Kaiser, W. A. cification on fast dual spiral computed tomog-
1.0-T system: A feasibility study, 521 Semmler, W.: see Schmitz, S. A. raphy, 193
Sadick, M., Diehl, S. J., Lehmann, K.-J., Gaa, J., Sendo, T., Kataoka, Y., Takeda, Y., Furuta, W., Terrettaz, J.: see Morel, D. R.
Mockel, R., Georgi, M.: Evaluation of breath- Oishi, R.: Nitric oxide protects against con- Théon, A.: see Wisner, E. R.
hold contrast-enhanced 3D magnetic reso- trast media-increased pulmonary vascular per- Tiukinhoy, S. D., Mahowald, M. E., Shively,
nance angiography technique for imaging vis- meability in rats, 472 V. P., Nagaraj, A., Kane, B. J., Klegerman,
ceral abdominal arteries and veins, 111 Seong, C. K.: see Kim, I.-O. M. E., MacDonald, R. C., McPherson, D. D..,
Saint André, J. P.: see Messager, T. Shastri, A.: see Bohning, D. E. Matsumura, J. S.: Development of echogenic,
Saito, A.: see Takashima, S. Shemesh, J.: see Tenenbaum, A. plasmid-incorporated, tissue-targeted cationic
Saitoh, T., Koba, H., Shijubo, N., Tanaka, H.., Shijubo, N.: see Saitoh, T. liposomes that can be used for directed gene
Sugaya, F.: Lobar distribution of emphysema Shively, V. P.: see Tiukinhoy, S. D. delivery, 732
No. 12 AUTHOR INDEX TO VOLUME 35 753
Tombach, B., Bremer, C., Reimer, P., Schaefer, report: Preoperative and postoperative assess- S. H.: Direct measurement of sound velocity
R. M., Ebert, W., Geens, V., Heindel, W.: ment of laparoscopic inguinal hernia repair by in various specimens of breast tissue, 721
Pharmacokinetics of IM gadobutrol in patients dynamic MRI, 695 Wenz, F.: see Essig, M.
with chronic renal failure, 35 Van Der Jagt, E. J.: see Kok, T. Werk, M.: see Steinkamp, H. J.
Tomiyama, N.: see Honda, O. Van Der Linden, E. L.: see Van Assen, H. C. Wickline, S. A.: see Lanza, G. M.
Tornes, A.: see Hagen, E. K van der Sluis, I. M.: see van Rijn, R. R. Wiener, E. C.: see Konda, S. D.
Towers, J. D., Holbert, J. M., Britton, C. A., Van Kaick, G.: see Essig, M. Wildberger, J. E., Schmitz-Rode, T., Schubert,
Costello, P., Sciulli, R., Gur, D.: Multipoint van Kuijk, C.: see van Rijn, R. R. H., Giinther, R. W.: Percutaneous venous
rank-order study methodology: Observer is- Van Oostayen, J. A.: see Sramek, A. thrombectomy with the use of a balloon
sues, 125 van Rijn, R. R., van der Sluis, I. M., Lequin, sheath: First in vitro investigations of a new
Trattnig, S.: see Huber, M.; Imhof, H.; Mlynarik, M. H., Robben, S. G. F., de Muinck Keizer- low-tech concept, 352
V. Schrama, S. M. P. F., Hop, W. C. J., van Wilson, S. R.: see Burns, P. N.
Trattnig, S., Mlynarik, V., Huber, M., Ba-Ssal- Kuijk, C.: Tibial quantitative ultrasound ver- Winoto-Morbach, S.: see Grimm, J.
amah, A., Puig, S., Imhof, H.: Magnetic res- sus whole-body and lumbar spine DXA in a Winterhalter, S.: see Schmitz, S. A.
onance imaging of articular cartilage and eval- Dutch pediatric and adolescent population, Wippold, II, F. J.: see Grossman, R. |.
uation of cartilage disease, 595 548 Wisner, E. R., Théon, A., Griffey, S. M., MclIn-
Tripolt, M. B.: see Miiller, H. M. Vedantham, S.: see Goodwin, S. C. tire, G. L.: Long-term effect of irradiation on
Truwit, C.: see Grossman, R. I. Vega, T.: see Marti-Bonmati, L. lymph node upiake of interstitially delivered
Tscheliessnigg, Karl-H.: see Miiller, H. M. Violas, X.: see Corot, C. nanoparticulate constrast media, 199
Tu, R.: see Grossman, R. I. Vogl, T. J.: see Hanninen, E. L. Woesthuis, M.: see Kok, T.
Tweedle, M. F.: see Marinelli, E. R. Volk, M.: see Manke, C.; Seitz, J.; Spahn, M. Wolf, G. L.: see McIntire, G. L.
Voloudaki, A.: see Damilakis, J. Wolf, K.-J.: see Schmitz, S. A.
U Vrooman, H. A.: see Van Assen, H. C. Wong, G. C. H.: see Goodwin, S. C.
Uder, M.: see Schneider, G. Ww xX
Unger, E., Metzger, III, P., Krupinski, E., Baker,
M., Hulett, R., Gabaeff, D., Mills, J., Ihnat, Xia, Y.: Magic-angle effect in magnetic reso-
D., McCreery, T.: The use of a thrombus- Waage, A.: see Amundsen, T. nance imaging of articular cartilage: A re-
specific ultrasound contrast agent to detect Wagler, T.: see Marinelli, E. R. view, 602
Unttehrrwoemgbeurs, iEn. aKr.t erO.i:o veseneo usG aiflioswtuiltasec, h,8 6 H. J. WWaaggnneerr,, HD..-:J .:s ees eeS cMhinielildeerr-,H iiGl.s beck, S.; Saar, B. Y
Wagner, S.: see Schmitz, S. A.
Vv Walach, E.: see Graif, M. Yamamoto, S.: see Honda, O.
Yanuka, M.: see Graif, M.
Wang, Q.: see Takashima, S.
Yeon, K. M.: see Kim, L.-O.
Vagner, J.: see Kaiser, W. A. Wanitschke, R.: see Schunk, K.
Yoo, J.: see Lee, S. H.
Van Assen, H. C., Vrooman, H. A., Egmont- Warfield, S. K.: see Schreyer, A. G.
Yoon, H.-C.: see Goodwin, S. C.
Petersen, M., Bosch, H. G., Koning, G., Van Wedeking, P. W.: see Marinelli, E. R.
Youssefzadeh, S.: see Imhof, H.
Der Linden, E. L., Goedhart, B., Reiber, Weichert, J. P.: see Bakan, D. A.
Yu, J.: see Miao, Y.
J. H. C.: Automated calibration in vascular Weinmann, H.-J.: see Schneider, G.
X-ray images using the accurate localization of Weiss, J.: see Graif, M.
Z
catheter marker bands, 219 Weiwad, W., Heinig, A., Goetz, L., Hartmann,
Van Den Berg, J. C., Go, P. M. N. Y. H., De H., Lampe, D., Buchmann, J., Millner, R., Zelch, J.: see Grossman, R. L.
Valois, J. C.. Rosenbusch, G.: Preliminary Spielmann, R. P., Heywang-Koebrunner, Zhuang, N.: see Budoff, M. J.
Subject Index—Volume 35
A hepatic
arterial phase timing and, 486
abdomen, breath-hold contrast-enhanced 3D MRA of, 111 perfusion measurements, 539
ablation
— — f ’ pulse inversion imaging of, 58
in liver, radiofrequency technique for, 438 prostatic, contrast-enhanced detection of, 118
magnetic thermo-, effects in muscle tissue, 170 blood-pool contrast agents
radiofrequency, of breast tissue, 149 dynamic MRA with. 41
acoustic attenuation, in diffuse liver disease, 319 pharmacokinetics of (rabbit model), 213
acoustic emission, stimulated, in neuroendocrine tumors, 253 BMD. see bone mineral density
acute respiratory distress syndrome (rabbit model), 534 bens
adenoma, parathyroid, 453 degenerative diseases of, 581
adolescents, ultrasound versus DXA in, 548 development of, ultrasound versus DXA in, 548
adverse reactions, to iopromide-carrying liposomes (rat and pig models), injuries to, growth plate changes after (rabbit model), 712
493
; - : : = : strength of, physical model for prediction of, 325
allergy-like reactions, to iopromide-carrying liposomes (rat and pig subchondral, and cartilage disease, 581
models), 493 , Ry : bone mineral density, derived areal, physical model for, 315
alveolar damage, artificial ventilation-induced (rabbit model), 534 BON(N)-STONE, in vitro study of, 672
amorphous-silicon flat-panel detector, digital radiography with, 260
BR21 contrast agents, |
angiography breast cancer
automated calibration of, 219
biopsy and therapy in, robotic system for, 513
conventional pulmonary, versus perfusion MRI in porcine pulmonary sound velocity in tissue specimens, 721
embolism model, 295
breast tumors
magnetic resonance. see magnetic resonance angiography
computer-aided diagnosis of, 366
angioplasty, carotid artery, tissue factor expression and, 227
radiofrequency ablation of, 149
animal models. see specific species
bronchiectasis, evaluation of, 557
apneic episodes, dynamic MRI and concurrent EEG registration in, 267
bubble size distribution, and contrast agent echogenicity, 661
arteriography, after orthotopic liver transplantation, 653
arteriovenous fistulae, thrombus-specific contrast agent for, 86
arteriovenous malformations, FLAIR MRI assessment of, 689 Cc
artery(ies)
abdominal, 3D-MIP MRA of, 111 calcification, mitral annular and coronary, 193
acutely occluded, rheolytic thrombectomy catheter for, 131 cancer, Ovarian. see ovarian tumors
stent-grafts in, peripheral, ultrasound of, 97 cardiac imaging, fat- and water-selective MR cine, 311
arthrography, double-contrast CT image quality in, 304 cardiac output, in pulmonary vascular resistance, 727
articular cartilage carotid artery
anatomy, biochemistry, and physiology of, 573 atherosclerotic changes in, 699
defects in, treatment of, 639 tissue factor expression in, 227
MRI of cartilage
editorial, 571 anatomy, biochemistry, and physiology of, 573
magic-angle effect in, 602 defects in, treatment of, 639
normal appearance, 589 hyaline, pathophysiology of, 581
pathology of. see cartilage disease MRI of
pathophysiology of, 581 editorial, 571
physicochemical properties of, 589 magic-angle effect in, 602
artifacts normal appearance, 589
in dynamic CT of hepatic perfusion, 539 physicochemical properties of, 589
in MRI, reduction of, 380 cartilage disease
artificial urinary calculi, in vitro study of, 672 MRI of, 595
artificial ventilation, alveolar damage and (rabbit model), 534 editorial, 572
atherosclerotic disease techniques in early stages of, 622
heparin-impregnated collagen stent-graft in (porcine model), 420 pathophysiology of, 581
vessel wall changes in, assessment of, 699 treatment of, 639
atherosclerotic plaques, MRI of (rabbit model), 461 catheter
AVMs (arteriovenous malformations), FLAIR MRI assessment of, 689 automated band calibration in vascular angiography, 219
in percutaneous venous thrombectomy, 352
B in rheolytic thrombectomy, 131
central nervous system pathology, 412
balloon sheath, in percutaneous venous thrombectomy, 352 cerebral blood flow, in acute stroke, 401
biochemistry, of articular cartilage, 573 cerebral ischemia, transient, 180
biopsy, renal, glue-lipiodol mixture plugs after (rabbit model), 684 cervical spine, MRI motion artifacts and, 380
bladder wall thickness, color mapping of, 331 chemical shift imaging, in right ventricular dysplasia, 311
blood flow children
cerebral, in acute stroke, 401 Gd-enhanced MR urography in, 504
754
SUBJECT INDEX TO VOLUME 35 755
tibial ultrasound versus DXA in, 548 iodinated high-viscosity, hemodynamic effect in kidney (rat model),
chondrocytes, 573 647
cine MRI, fat- and water-selective, 311 microbubble contrast of liver blood flow, 58
collagen stent-grafts, in atherosclerotic disease (porcine model), 420 nanoparticle uptake by irradiated lymph nodes, 199
collagen structure, articular cartilage and, 589, 602 Omniscan® safety and efficacy in infants, 141
colon, MRI feasibility study in, 521 cooled-wet electrode, for radiofrequency liver ablation, 438
colonoscopy, virtual MR, with 1.0-T system, 521 coronary artery disease, calcification in, 193
color mapping, of bladder wall thickness, 331 coronary stenosis, experimental, for MRI and SPECT imaging (porcine
colorectal liver metastases, electrochemical therapy of, 289 model), 445
compression, ultrasound-guided, of postinterventional pseudoaneurysms, CRITICAL technique, in cerebral hemodynamics in acute stroke, 401
186 Crohn’s disease
computed tomography hydro-MRI in, 431
of artificial ventilation-induced alveolar damage (rabbit model), 534 MR imaging of small bowel in, 707
dynamic, hepatic perfusion measurements by, 539 CT. see computed tomography
electron beam, of pericardial sinuses, 359 cystoscopy, bladder wall thickness mapping and, 331
fetal radiation dose in late pregnancy from, 527
helical D
hepatic arterial phase timing during, 486
in bronchiectasis evaluation. 557 degenerative disease, of bone, 581
whole-body registration-free navigation system using, 279 dendrimer chelates, ovarian tumors and, 50
hepatoselective, polyiodinated triglyceride lipid emulsions for, 158 derived areal bone mineral density, physical model for, 315
in liver. see liver, computed tomography of diffusion-weighted MRI feasibility study, of high-viscosity iodinated
lobar distribution of emphysema on, 235 contrast medium ir. rat kidney, 647
digital mammography, 366
lymph node nanoparticle contrast enhancement in, 91
digital radiography, 260
lymphography and, uptake of iodinated contrast agents in, 199
dog, hepatic tolerance to Dy-EOB-DTPA in, 373
quantitative, of human heel bones in osteoporosis, 393
Doppler intensitometry, microbubble enhancement on, 72
spiral
Doppler sonography. see power Doppler sonography
in in vitro study of artificial urinary calculi, 672
dual-energy X-ray absorptiometry
mitral annular and coronary calcification association on, 193
and derived areal BMD model, 315
computed tomography arthrography, double-contrast, image quality in,
quantitative ultrasound versus, in children and adolescents, 548
304
DXA. see dual-energy X-ray absorptiometry
computed tomography cystoscopy, bladder wall thickness mapping and,
Dy-ethoxybenzyi*({EOB)-DTPA, hepatotoxic side effects of, 373
331
dye peptide conjugates, for tumor detection, 479
computer-aided diagnosis, of mass lesions in breast, 366 dynamic CT, hepatic perfusion measurements by, 539
contrast agents
dynamic MRI
dynamic MRA, with blood pool agents, 41 in apneic episodes, 267
FITC-labeled, microvascular behavior of (hamster model), 564 in pre- and postoperative laparoscopic inguinal hernia repair, 695
fluorescent, for tumor detection, 479
gadobutrol pharmacokinetics in chronic liver failure, 35 :
hepatobiliary MR, 8 E
ionic, pulmonary edema induced by (rat model), 472
ear, MRI techniques compared in, 337
for liver CT
echogenic antibody-conjugated anionic liposomes, for gene delivery, 732
arterial phase timing in, 486 echogenicity, of ultrasound contrast agents, 661
Dy-EOB-DTPA, 373
edema, pulmonary, contrast-media induced (rat model), 472
liposomal, | electrochemical therapy, of colorectal liver metastases, 289
polyiodinated triglyceride lipid emulsions, | electrode, for radiofrequency liver ablation, 438
low-dose, in cerebral hemodynamics in acute stroke, 401 electroencephalography, in apneic episodes, 267
for MRI in patients with CNS pathology, 412 electron beam tomography, of pericardial sinuses, 359
*°™Tc-tetrofosmin, for subtraction scintigraphy versus SPECT in emphysema, lobar distribution of, 235
goiter, 453 enteroclysis, MRI true-FISP sequence in small bowel after, 707
nonionic, double-contrast CT arthrography image quality with, 304 extracellular matrix, and chondrocyte interaction, 573
optical, for tumor detection, 479
OptiMARK and Magnevist compared, 412 F
orally administered, for hydro-MRI in Crohn's disease, 431
superparamagnetic. see superparamagnetic contrast agents fast imaging with steady-state precession (FISP) sequence MRI, of small
for ultrasound. see ultrasound contrast agents bowel. 707
contrast enhancement fast spin-echo imaging, in cartilage disease, 595
in liver CT, arterial phase timing in, 486 fat-selective MR cine imaging, of right ventricular dysplasia, 311
in parathyroid gland MRI, 426 fat-suppressed imaging, in cartilage disease, 595
in pediatric MR urography, 504 femoral artery, atherosclerotic changes in, 699
superparamagnetic iron oxide, for MRI of atherosclerotic plaques fetus, and CT radiation dose in late pregnancy, 527
(rabbit model), 461] FISP (fast imaging with steady-state precession) sequence MRI, of small
contrast media bowel, 707
756 INVESTIGATIVE RADIOLOGY December 2000 Vol. 35
FLAIR (fluid-attenuated inversion-recovery) MRI, in arteriovenous hydrodynamic devices, for percutaneous thrombectomy, 131
malformations, 689 hyperechoic tissue, conventional versus harmonic power Doppler
flat-panel detector, amorphous silicon, 260 sonography in, 105
fluid-attenuated inversion-recovery (FLAIR) MRI, in arteriovenous hyperparathyroidism
malformations, 689 contrast-enhanced MRI in, 426
fluid collection, in pericardial sinuses and recesses, 359 subtraction scintigraphy versus SPECT of goiter in, 453
fluorescent contrast agents, for tumor detection, 479
folate, ovarian tumor enhancement and, 50
G image-guided therapy, navigation system for, 279
images
gadobenate dimeglumine, in delayed MRI of hepatocellular carcinoma, evaluation of, interobserver variability, 125
25 quality of, in bronchiectasis evaluation, 557
gadobutrol, pharmacokinetics in chronic liver failure, 35 imaging artifacts, in dynamic CT of hepatic perfusion, 539
gadodiamide injection, safety and efficacy in infants, 141 imaging systems, evaluation of, 125
gadolinium infants, Omniscan® safety and efficacy in, 141
as macrocyclic hepatobiliary MR contrast agent, 8 infusion protocols, for microbubbles, 72
and MR urography in children, 504 inguinal hernia, laparoscopic repair of, 695
for MRI in patients with CNS pathology, 412 interobserver variability, in image evaluation, 125
ovarian tumor enhancement and, 50 interventional procedures
pharmacokinetics of (rabbit model), 213 radiofrequency liver ablation, 438
gastrointestinal tract, hydro-MRI in, 431 robotic system in breast MRI, 513
Gd-BOPTA, in delayed MRI of hepatocellular carcinoma, 25 whole-body registration-free navigation system for, 279
Gd-DOTA, microvascular behavior of (hamster model), 564 intravascular ultrasound, of peripheral arterial stent-grafts, 97
Gd-DTPA iodinated contrast media
and Gd-DTPA-BMEA compared, 412 high-viscosity, hemodynamic effect in kidney (rat model), 647
microvascular behavior of (hamster model), 564 nanoparticles, uptake by irradiated lymph nodes, 199
in MR colonography with 1.0-T system, 521 iohexol, vascular permeability and (rat model), 472
Gd-DTPA-BMEA, and Gd-DTPA compared, 412 iomeprol, liposome-encapsulated, for liver CT, 1
gene delivery, liposomes for, 732 ionic contrast media, vascular permeability and (rat model), 472
genitourinary system, pediatric, Gd-enhanced MR urography of, 504 iopromide-carrying liposomes, hemodynamic effects of (rat and pig
gliosis, perilesional, AVMs and, FLAIR MRI assessment of, 689 models), 493
glue-lipiodol mixture, hemostatic effect of (rabbit model), 684 ioxaglate, vascular permeability and (rat model), 472
goiter, subtraction scintigraphy versus SPECT for, 453 iron oxide
gradient-echo imaging, in osteoporosis, 393 magnetic thermoablation of muscle tissue and, 170
growth plate changes, after skeletal injury (rabbit model), 712 superparamagnetic, for MRI of atherosclerotic plaques (rabbit model),
461
H irradiation, of lymphatic system, contrast uptake after, 199
ischemic changes, AVMs and, FLAIR MRI of, 689
hamster, microvascular behavior of MR contrast in, 564 isotonic dimeric iodixanol, image quality with, 304
harmonic imaging
of liver blood flow, 58
K
versus conventional power Doppler ultrasonography, 105
head and neck kidney
lesions of, optimal MT technique in, 244 chronic failure of, pharmacokinetics of gadobutrol in, 35
MRI motion artifacts and, 380 diffusion-weighted MRI feasibility study (rat model), 647
heel bones, density measurements in osteoporosis, 393 glue-lipiodol mixture plugs after biopsy of (rabbit model), 684
helical CT. see computed tomography, helical trauma to, new ultrasound mode and contrast agent in diagnosis of,
hemodynamics 205
cerebral, in acute stroke, MRI of, 401
hepatic L
arterial phase timing during contrast-enhanced liver CT, 486
perfusion measurements by dynamic CT, 539 laminar appearance, of articular cartilage in MRI, 602
of iopromide-carrying liposomes (rat and pig models), 493 liposomal contrast agent, for liver CT, 1
renal, effect of iodinated high-viscosity contrast medium in (rat liposomes
model), 647 echogenic antibody-conjugated anionic, for gene delivery, 732
hemostatic effect, of glue-lipiodol mixture (rabbit model), 684 iopromide-carrying, and prevention of hemodynamic effects (rat and
heparin-impregnated collagen stent-graft (porcine model), 420 pig models), 493
hepatic arterial phase, in liver CT, 486 liver
hepatic perfusion, dynamic CT measurement of, 539 blood flow imaging in, 58
hepatocellular carcinoma, Gd-BOPTA in delayed MRI of, 25 chronic failure of, gadobutrol pharmacokinetics in, 35
hepatotoxicity, of Dy-EOB-DTPA, 373 computed tomography of arterial phase timing in, 486
hernia repair, inguinal laparoscopic, 695 Dy-EOB-DTPA, 373
hyaline cartilage, 581 dynamic, perfusion measurements by, 539
hydro-MRI, in Crohn’s disease, 431 liposomal, |
No. 12 SUBJECT INDEX TO VOLUME 35
polyiodinated triglyceride lipid emulsions, | magnetization transfer, optimal, for head and neck lesions, 244
macrocyclic hepatobiliary MR contrast agent in, | Magnevist, and OptiMARK compared, 412
pulse-inversion imaging in, 58 malignancy, optimal MT technique for prediction of, 244
radiofrequency ablation in, with a cooled-wet electrode, 438 mammography
liver disease, histology-ultrasound correlation in, 319 digital, mass lesion characterization on, 366
liver metastases, colorectal, electrochemical therapy of, 289 MR, and robotic system for biopsy and therapy in breast cancer, 513
liver transplantation, orthotopic, arteriography and portal venography mass lesions, in breast, 366
after, 653 maximum-intensity projections, in inner ear, 337
lobar distribution, of emphysema, 235 medical navigation system, helical CT and, 279
lung densitometry, lobar distribution of emphysema on CT, 235 microbubbles
lymph nodes for liver blood flow ultrasound, 58
CT enhancement levels for, 91 human pharmacokinetics and safety evaluation of, 80
irradiated, contrast uptake by, 199 infusion versus bolus administration, 72
lymphography, with CT nanoparticle agents, 91 microvascular behavior, of FITC-labeled contrast agents (hamster
model), 564
M mitral annular calcification, on spiral CT, 193
monomeric iohexol, CT image quality with, 304
magic-angle effect, 602 motion artifacts
magnetic resonance angiography in dynamic CT of hepatic perfusion, 539
3D-MIP, in abdominal imaging, 111 in MRI, reduction by long-term averaging, 380
determination of stent patency by, 739 motor cortex brain activity, TMS-induced, 676
dynamic, with blood pool agents, 41 MRA. see magnetic resonance angiography
Gd chelate pharmacokinetics in (rabbit model), 213 MRI. see magnetic resonance imaging
of pulmonary embolism (pig model), 295 MRX-408 contrast agent, thrombus-specific, 86
magnetic resonance colonography, with 1.0-T system, 521 MT. see magnetization transfer
magnetic resonance imaging multipoint rank-order study, of imaging systems, 125
as follow-up to electrochemical therapy of colorectal liver metastases, muscle tissue, magnetic thermoablation effects in, 170
289
contrast-enhanced, in hyperparathyroidism, 426
delayed, of hepatocellular carcinoma, Gd-BOPTA in, 25 N
diffusion-weighted, effects in rat kidney, 647
nanoparticle contrast agents, for lymph node enhancement, 91
dynamic
neck. see head and neck
in apneic episodes, 267
neuroendocrine tumors, vascularization of, power Doppler sonography
in laparoscopic inguinal hernia repair, 25
of, 253
fat- and water-selective, of right ventricular dysplasia, 311
newborns, Omniscan® safety and efficacy in, 141
FLAIR, in assessment of arteriovenous malformations, 689
nitric oxide, vascular permeability and (rat model), 472
hydro-, in Crohn’s disease, 431
NMR relation times, articular cartilage imaging and, 589
in CNS pathology, 412
nonionic contrast agents, CT image quality with, 304
in transient cerebral ischemia, 180
lymphography and, uptake of iodinated contrast agents in, 199
motion artifacts in, 380 oO
of articular cartilage, 595
editorial on, 571 observer performance, in image evaluation, 125
magic-angle effect in, 602 obstructive sleep apnea syndrome, dynamic MRI and EEG assessment
normal appearance, 589 of, 267
of atherosclerotic plaques (rabbit model), 461 Omniscan®, safety and efficacy in infants, 141
of cartilage disease, 595 opacification, in bowel images, 431
editorial on, 572 optical contrast agents, for tumor detection, 479
techniques in early stages of, 622 OptiMARK, and Magnevist compared, 412
of cerebral hemodynamics in acute stroke, 401 orthotopic liver transplantation, arteriography and portal venography
of coronary stenosis (porcine model), 445 after, 653
of growth plate changes after skeletal injury (rabbit model), 712 osteoarthritis, articular cartilage and, 573
of inner ear, techniques compared, 337 osteochondritis dissecans, pathophysiology of, 581
of pulmonary embolism (pig model), 295 osteodensitometry, in human heel bones, 393
of stent deployment, 343 osteonecrosis, pathophysiology of, 581
of stent patency, 739 osteoporosis
Omniscan® safety and efficacy in infants, 141 DXA-derived BMD predicting, physical model for, 325
superparamagnetic contrast agents in. see superparamagnetic contrast human heel bone density measurements in, 393
agents ovarian tumors, dendrimer chelates targeted to, 50
true-FISP sequence, of small bowel, 707
with 1.0-T system, 521
magnetic resonance osteodensitometry, in human heel bones, 393
magnetic resonance urography, Gd-enhanced, in children, 504 parathyroid glands
magnetic thermoablation, effects in muscle tissue, 170 adenoma of, subtraction scintigraphy versus SPECT for, 453
magnetite particles, ultrasmall, 553 contrast-enhanced MRI of, 426
758 INVESTIGATIVE RADIOLOGY December 2000 Vol. 35
percutaneous delivery system, of collagen stent-graft in atherosclerotic renal biopsy, glue-lipiodol mixture plugs after (rabbit model), 684
disease (porcine model), 420 renal failure, 1M gadobutrol pharmacokinetics in, 35
percutaneous venous thrombectomy, balloon sheath use in, 352 renal trauma, new ultrasound mode and contrast agent in diagnosis of,
perfusion imaging 205
of cerebral hemodynamics in acute stroke, 401 rheolytic thrombectomy catheter, in acutely occluded arteries, 131
hepatic, by dynamic CT, 539 right ventricular dysplasia, fat- and water-selective cine imaging in, 311
of pulmonary embolism (pig model), 295 robotic system, in breast MRI, 513
pericardial sinuses, electron beam tomography of, 359
peripheral arterial stent-grafts, intravascular ultrasound of, 97
S
pharmacokinetics
gadobutrol in chronic renal failure, 35
safety, BR21 contrast agent in liver, |
of BR21 contrast agent in liver, |
safety evaluation, of SonoVue™, 80
of SonoVue'™, 80
SF, (sulfur hexafluoride) contrast agent. see SonoVue™
pharynx, evaluation in apneic episodes, 267
shoulder, nonionic double-contrast CT arthrography image quality in,
physicochemical properties, of normal articular cartilage, 589 304
pig
single-proton-emission computed tomography
collagen stent-grafts in atherosclerotic disease in, 420
of experimental coronary stenosis (porcine model), 445
coronary stenosis creation in, for MRI and SPECT imaging, 445
versus subtraction scintigraphy for goiter, 453
hemodynamic effects of iopromide-carrying liposomes in, 493 sleep apnea. see apneic episodes
hepatic tolerance to Dy-EOB-DTPA in, 373
small bowel, MRI true-FISP sequence in, 707
pulmonary embolism model, conventional versus perfusion MR
SonoVue™
angiography in, 295
echogenicity of contrast agents and, 661
portal venography, after orthotopic liver transplantation, 653
human pharmacokinetics and safety evaluation of, 80
postinterventional pseudoaneurysms, ultrasound-guided compression of,
infusion versus bolus administration, 72
186
sound velocity, in breast tissue specimens, 721
power Doppler sonography
SPECT. see single-proton-emission computed tomography
conventional versus harmonic, 105
spin-echo images
vascularization assessment of neuroendocrine tumors by, 253
in cartilage disease, 595
pregnancy, fetal radiation dose from CT in, 527 of inner ear, 337
prostheses. see stents
spiral CT. see computed tomography, spiral
proteoglycan, and water interaction, articular cartilage MRI and, 602
steatosis, histology-ultrasound correlation in, 319
pseudoaneurysms, postinterventional, 186
stenosis
pulmonary circulation, resistance measurements in, 727
experimental coronary, for MRI and SPECT imaging (porcine model),
pulmonary edema, contrast-media induced (rat model), 472 445
pulmonary transit time, pulmonary vascular resistance and, 727
quantification of, in vascular angiography, 219
pulse-inversion imaging, of liver blood flow, 58
stents
and mechanical thrombectomy in acute thrombosis in TIPS, 385
Q deployment of, MRI in, 343
patency, MR evaluation of, 739
quantitative computed tomography, in osteoporosis, 393
peripheral arterial, intravascular ultrasound of, 97
quantitative ultrasonography, versus DXA in children and adolescents,
stroke, acute, MRI of cerebral blood flow in, 401
548
subchondral bone, and cartilage disease, 581
subtraction scintigraphy, versus SPECT for goiter, 453
sulfur hexafluoride contrast agent. see SonoVue™
superparamagnetic contrast agents
rabbit
for MRI of atherosclerotic plaques (rabbit model), 461
artificial ventilation-induced alveolar damage in, CT detection of, 534
iron-oxide, for MRI of atherosclerotic plaques (rabbit model), 461
Gd chelate pharmacokinetics in MRA in, 213
ultrasmall magnetite particles as
glue-lipiodol mixture plugs after renal biopsy in, 684
surgery, minimally invasive, medical navigation system for, 279
MRI of atherosclerotic plaques in, 461
MRI of growth plate changes after skeletal injury in, 712
radiation dose, fetal, in late pregnancy CT scanning, 527 T
radiofrequency ablation
saline-enhanced, of breast tissue, 149 T2 mapping, in transient cerebral ischemia, 180
with a cooled-wet electrode, in liver, 438 T2-weighted images, of inner ear, 337
radiology, therapeutic, effect on lymphatic uptake of iodinated contrast *°™Tc-tetrofosmin, subtraction scintigraphy versus SPECT for goiter
agents, 199 and, 453
radionuclide imaging, of experimental coronary stenosis (porcine therapeutic radiology, effect on lymphatic uptake of iodinated contrast
model), 445 agents, 199
rat thermoablation, magnetic, effects in muscle tissue, 170
hemodynamics in thickness measurements, in carotid and femoral artery walls, 699
effect of iodinated high-viscosity contrast agents in kidney, 647 three-dimensional imaging
effects of iopromide-carrying liposomes on, 493 in cartilage disease, 595
hepatic tolerance to Dy-EOB-DTPA in, 373 of abdominal arteries and veins, | 11
ionic contrast agents, pulmonary edema induced by, 472 of inner ear, 337