Item does not contain fulltextScintigraphic imaging of infection and inflammation is a powerful diagnostic tool in the management of patients with infectious or inflammatory diseases. Most infectious and inflammatory foci can be visualized accurately with radiolabeled autologous leukocytes. However, preparation of this radiopharmaceutical is laborious and requires the handling of potentially contaminated blood. Nowadays, a few radiopharmaceuticals are available that could replace radiolabeled leukocytes, such as: 67Ga-citrate, 99mTc-IgG and 99mTc-labeled antigranulocyte antibody preparations. Furthermore, various agents labeled with 99mTc are currently developed for this application: chemotactic peptides, cytokines and liposomes. Here, the ...
In the last few decades, a number of radiopharmaceuticals for imaging inflammation have been propose...
Timely and specific diagnosis of infectious diseases can be clinically challenging but essential for...
Nuclear medicine techniques for imaging inflammation have had huge progress and have enormously expa...
Scintigraphic imaging of infection and inflammation is a powerful diagnostic tool in the management ...
Nuclear medicine offers powerful noninvasive techniques for visualization of infectious and inflamma...
Several radiopharmaceuticals are currently used for diagnosis of inflammatory and infectious disease...
Recent advances in our understanding of the pathophysiology of inflammatory processes at the molecul...
Infection specific radiopharmaceuticals can be used for diagnosis, decision-making in therapy and tr...
Over the last forty years, a small group of commercial radiopharmaceuticals have found their way int...
Molecular imaging with single photon- and positron-emitting tracers plays an important role in the e...
Nuclear medicine techniques provide potential non-invasive tools for imaging infections and inflamma...
In the closing half of the past century a wide variety of approaches were developed to visualise inf...
Increasing interest and research efforts have been made in search of specific radiolabelled probes f...
The current gold standard for imaging infection is radiolabeled white blood cells. For reasons of sa...
The current gold standard for imaging infection is radiolabeled white blood cells. For reasons of sa...
In the last few decades, a number of radiopharmaceuticals for imaging inflammation have been propose...
Timely and specific diagnosis of infectious diseases can be clinically challenging but essential for...
Nuclear medicine techniques for imaging inflammation have had huge progress and have enormously expa...
Scintigraphic imaging of infection and inflammation is a powerful diagnostic tool in the management ...
Nuclear medicine offers powerful noninvasive techniques for visualization of infectious and inflamma...
Several radiopharmaceuticals are currently used for diagnosis of inflammatory and infectious disease...
Recent advances in our understanding of the pathophysiology of inflammatory processes at the molecul...
Infection specific radiopharmaceuticals can be used for diagnosis, decision-making in therapy and tr...
Over the last forty years, a small group of commercial radiopharmaceuticals have found their way int...
Molecular imaging with single photon- and positron-emitting tracers plays an important role in the e...
Nuclear medicine techniques provide potential non-invasive tools for imaging infections and inflamma...
In the closing half of the past century a wide variety of approaches were developed to visualise inf...
Increasing interest and research efforts have been made in search of specific radiolabelled probes f...
The current gold standard for imaging infection is radiolabeled white blood cells. For reasons of sa...
The current gold standard for imaging infection is radiolabeled white blood cells. For reasons of sa...
In the last few decades, a number of radiopharmaceuticals for imaging inflammation have been propose...
Timely and specific diagnosis of infectious diseases can be clinically challenging but essential for...
Nuclear medicine techniques for imaging inflammation have had huge progress and have enormously expa...