Study Design Since both radiopharmaceuticals were labeled with'" In, the investigations had
to be separated in time to allow clearance of the radiopharmaceutical that was administered …

Indium-111-labeled human nonspecific immunoglobulin G (111In-IgG) is a newly developed
radiopharmaceutical for imaging infectious and inflammatory foci. This article presents an …

The detection of focal sites of inflammation is an integral part of the clinical evaluation of the
febrile patient. When anatomically distinct abscesses are present, lesion detection can be …

This study presents data on the dynamic distribution and dosimetry of 111 In-and 99 Tc m-
labelled human non-specific immunoglobulin G (IgG), two recently developed …

I 1@ IgO study; biopsy, surgery, additional nuclear medicinescansand
radiOgraphICstudieswereusedto confirm the lgG scan results. Resufts: The polydonal lgG …

Several investigators have reported retention of indium-111 in infectious foci after
intravenous injection of 111 In-labelled immunoglobulin G (IgG). With this study we intended …

A 99 Tc m-based radiopharmaceutical for detecting focal inflammation would present
several advantages over 67 Ga citrate or 111 In leucocytes, ie rapid availability in the acute …

Purpose: Delineation of focal infection is a major prob lem in the management of febrile
granulocytopenic pa tients. The utility of indium-111—labeled human nonspe cific …

Infectious Imaging with Indium-.111-Labeled Nonspecific Polyclonal Human
Immunoglobulin Page 1 tivity and specificity for the detection of abdominal infec tion. Indium-l …

This study was undertaken as part of a Phase II study to assess the sensitivity and safety of
111In-DTPA-human IgG, an imaging agent for the detection of inflammations and/or …