Results 161 to 170 of about 6,121 (195)
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Hospital radiopharmacy training program
American Journal of Health-System Pharmacy, 1975Training of radiopharmacists, including self-study and a hospital short-term course, is discussed. A systematic approach for self-study is suggested. The 30-day hospital training program described includes both didactic material and on-the-job experience.
T, Kawada, W, Wolf, D, Mochizuki
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A radiopharmacy label processor
The British Journal of Radiology, 1984Diagnostic radiopharmaceuticals containing short half-life radionuclides, principally technetium 99m (half-life: 6 h), must be prepared on the day of their use. In central radiopharmacies which supply departments in several hospitals, a large number of sterile injections of short half-life radiopharmaceuticals are prepared and despatched early each ...
A M, Millar +3 more
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Clinical Imaging, 1992
1. Future development of radiopharmaceuticals.- One: Brain receptor ligands.- 2. Necessary conditions for a multicenter study with a new radiopharmaceutical. Example: 123 I-Iomazenil.- 3. Design and evaluation of new receptor ligands exemplified by recent developments in the pharmacology of the benzodiazepine receptor.- 4.
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1. Future development of radiopharmaceuticals.- One: Brain receptor ligands.- 2. Necessary conditions for a multicenter study with a new radiopharmaceutical. Example: 123 I-Iomazenil.- 3. Design and evaluation of new receptor ligands exemplified by recent developments in the pharmacology of the benzodiazepine receptor.- 4.
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68Ga-PET Radiopharmacy: A Generator-Based Alternative to 18F-Radiopharmacy
2006Positron emission tomography (PET) is becoming a dominating method in the field of molecular imaging. Most commonly used radionuclides are accelerator produced 11C and 18F. An alternative method to label biomolecules is the use of metallic positron emitters; among them 68Ga is the most promising as it can be produced from a generator system consisting ...
Mäcke, Helmut R., André, João P.
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Clinical radiopharmacy: Principles and practices
Seminars in Nuclear Medicine, 1996On the average, radiopharmacists spend about 17.2% of their time in clinical activities if their practice setting is in an institution, and about 8.5% of their time if their practice setting is in a centralized nuclear pharmacy. A recent survey of radiopharmacists was conducted to determine: (1) the percentage of time they spend engaged in selected ...
B A, Rhodes, W B, Hladik, J P, Norenberg
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Monoclonal Antobodies: Application in Radiopharmacy
Current Radiopharmaceuticals, 2014In this study was carried on a systematic review of the data was carried out in the topic of monoclonal antibodies in the last 40 years. All the data collected and summarized revealed that this new class of medicine may bring great advance in the field of radiopharmacy, oncology and imaging.
Thais Braga, Ligiero +4 more
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Annales pharmaceutiques francaises, 2012
In France, radiopharmaceuticals preparation and dispensation are made under the responsibility of a pharmacist. This last one made a pharmaceutical over-specialization in the field of the medical use of radioelements. However, a flaw in the French law allows nuclear medicine units to avoid the presence of the radiopharmacist decreasing so the quality ...
F, Hallouard +4 more
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In France, radiopharmaceuticals preparation and dispensation are made under the responsibility of a pharmacist. This last one made a pharmaceutical over-specialization in the field of the medical use of radioelements. However, a flaw in the French law allows nuclear medicine units to avoid the presence of the radiopharmacist decreasing so the quality ...
F, Hallouard +4 more
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Radiochemistry and Radiopharmacy
2008In modern pharmaceutical development and medicine, radioactivity has an increasing impact in the field of diagnostic applications (in vitro and in vivo) as well as in therapeutic applications (Qaim and Coenen 2005; Stocklin et al. 1995). Regarding these different forms of applications, radionuclides must be used with respect to their modes of decay ...
S. Guhlke +2 more
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1986
Computers have been used in nuclear medicine for many years, and contemporary practice relies heavily on these machines. They are employed in data acquisition, image processing, data analysis, creation and updating of patient records.
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Computers have been used in nuclear medicine for many years, and contemporary practice relies heavily on these machines. They are employed in data acquisition, image processing, data analysis, creation and updating of patient records.
openaire +1 more source