1. Biodistribution and dosimetry of N-isopropyl-p[ 23 ]iodoamphetamine in the primate;Holman, B.L.; Zimmerman, R.E.; Shapiro, JR, Kaplan; ML, Jones; AG, Hill; T.C.;J Nucl Med,1983
2. N-isopropyl-p[ 1231]iodoamphetamine: single pass uptake and wash-out; bind- 123I-iodoamphetamine uptake within the margins of ing to brain synaptosomes; and localization in dog and the radiation field without alteration of the BlmKr ventilation image is due to loss of pulmonary artery circulation induced by radiotherapy.9 Since the endothelial cell has been identified as the initial site involved in the pathogenesis of radiation induced damage,'0 123I-iodoamphetamine may serve as a sensitive marker for early (vascular) damage. We believe monkey brain;Winchell, H.S.; Horst, W.D.; Braun, L.; Oldendorf, W.H.; Hattner, R.; Parker, H.;J Nucl Med,1980
3. Measurement of metabolic extraction of tracer in the lung using a multiple indicator dilution technique;Rahimian, J.; Glass, E.C.; Tonya, J.J.; Akber, S.F.; Graham, L.S.; Bennett, L.R.;J Nucl Med,1984
4. In vivo assessment of a lung amine endothelial receptor;Tonya, J.J.; Rahimian, J.; Grubbs, D.E.; Corbus, H.F.; Bennett, L.R.;J Nuci Med,1985
5. Acute changes in pulmonary arterial perfusion following irradiation;Korsower, J.M.; Skovron, M.L.; Ghossein, N.A.; Goldman, H.S.;Radiology,1971