Add to ORKGThe use of High Specific Activity Radiotracers, obtained by either proton or alpha cyclotron irradiation, followed by selective radiochemical separation from the irradiated target in No Carrier Added form, is a powerful analytical tool. The main applications of this method are related to toxicological, environmental and industrial studies, other than to nuclear medicine radiodiagnostic. Some relevant original data on the optimised cyclotron production of technetium and platinum \u3b3-emitting radionuclides are presented
This work describes the method adopted in our laboratories, to produce 94gTc, 95gTc, 95mTc and 96gTc...
This work reviews the more recent advances in this field carried out by the authors groups. High sp...
Soon after the discovery of radioactivity it was shown that radionuclides can be used both for diagn...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alpha...
High sp. activity radionuclides are a powerful tool for labeling a large range of inorganic and orga...
Prodn. and quality assurance methods for short-lived and high specific activity radionuclides were d...
Radionuclides of very high specific activity A(S)(t) have great relevance for applications in the li...
High specific activity radiotracers, used in studies related to trace elements and human health, mus...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alph...
After the deployment of the “radiotracer technique” in the 1920s by the Hungarian born radiochemist ...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
In this paper are presented the production methods for very “high specific activity” radionuclides (...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
This work describes the method adopted in our laboratories, to produce 94gTc, 95gTc, 95mTc and 96gTc...
This work reviews the more recent advances in this field carried out by the authors groups. High sp...
Soon after the discovery of radioactivity it was shown that radionuclides can be used both for diagn...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alpha...
High sp. activity radionuclides are a powerful tool for labeling a large range of inorganic and orga...
Prodn. and quality assurance methods for short-lived and high specific activity radionuclides were d...
Radionuclides of very high specific activity A(S)(t) have great relevance for applications in the li...
High specific activity radiotracers, used in studies related to trace elements and human health, mus...
The use of High Specific Activity Radionuclides HSARNs, obtained by either proton, deuteron or alph...
After the deployment of the “radiotracer technique” in the 1920s by the Hungarian born radiochemist ...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
In this paper are presented the production methods for very “high specific activity” radionuclides (...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
The cyclotron has developed into an indispensable machine for production of a variety of radionuclid...
This work describes the method adopted in our laboratories, to produce 94gTc, 95gTc, 95mTc and 96gTc...
This work reviews the more recent advances in this field carried out by the authors groups. High sp...
Soon after the discovery of radioactivity it was shown that radionuclides can be used both for diagn...