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Chelating Agents and their Use in Radiopharmaceutical Sciences

Mini-Reviews in Medicinal Chemistry, 2011
Radiometal nuclides can serve as diagnostic markers in molecular imaging or can be used in therapeutic settings for a rising number of human afflictions. For the targeted delivery of these medically interesting ions, appropriate chelating agents forming stable complexes are of fundamental importance.
B, Wängler   +3 more
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RADIOPHARMACEUTICAL SCIENCES

2023
Nowadays all the fields of sciences such as chemistry, medicines, biology, and pharmacology exploiting the use of a radionuclide as medication or other biologically active molecule. These molecules are very potent and play a very big role in improving human life by treating many diseased conditions.
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RADIOPHARMACEUTICAL SCIENCES

The Federal Register of the USA initially described radiopharmaceuticals as radioactive agents—natural substances based on carbon (14C) and potassium (40K)—or biological products that include unstable nuclei that may spontaneously decay and release photons or nuclear particles.
Miss Diksha   +4 more
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Internal Dosimetry in the Use of Radiopharmaceuticals in Therapy-Science at a Crossroads?

Cancer Biotherapy and Radiopharmaceuticals, 1999
Because of expanding therapeutic applications, radionuclide dosimetry is in a stage of reference "man" based system to systems for "patient-specific dosimetry." Although the challenges for the latter system are substantial, patient-specific radiation dosimetry has greater relevance to treatment planning.
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Women in radiopharmaceutical/radiochemical sciences

Nuclear Medicine and Biology, 2022
Yearn Seong, Choe   +2 more
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Radiopharmaceutical Sciences

2020
Ermert, J.   +7 more
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Advancements in Radiopharmaceutical Sciences for Oncology: Current Innovations and Future Challenges

Radiopharmaceutical science has now become a pivotal way of advancing research and therapies within oncology and expanding the future of oncology itself, largely due to dramatic strides in radionuclide development, targeted therapies and theranostics. Much of this scientific progress is now catalyzed by modern developments in radiochemistry, delivery ...
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