Se presentan las principales indicaciones actuales de los estudios radioisotópicos en endocrinología clínica, y su situación relativa con el resto de las técnicas de imagen no invasivas disponibles en nuestro medio. Se discuten brevemente las nuevas aplicaciones terapéuticas y su potencial desarrollo<br>Nuclear Endocrinology was the first clinical use of radionuclides, five decades ago. From those days to the present, nuclear medicine has a definitive role in the diagnosis of a great variety of clinical situations, from the very frequent thyroid nodule to the unusual neuroendocrine tumors, including parathyroid hyperfunctioning tissue. Radioiodine I131 still remains a very effective treatment for differentiated thyroid cancer and whole body...
Since radioiodine was first introduced in the therapy of hyperthyroidism in the 1940s, in the 21st c...
Radiopharmaceuticals are radioactive medications (radioisotopes) and are composed of radionuclidic a...
One of the most extensively studied organs in nuclear medicine has been the thyroid gland. The thyro...
Radioisotope therapy began in 1942 with the use of /sup 131/I for Graves disease and /sup 32/P for ...
After a brief historical overview, the basic concept of therapy with radionuclides is summarised. Th...
Radiopeptides are playing an increasing role in the diagnosis of disease. Initially based on the som...
Diagnostic strategy in thyroid cancer is conditioned by epidemiological, pathophysiological, cost-ef...
Anna Yordanova,1 Elisabeth Eppard,2 Stefan Kürpig,2 Ralph A Bundschuh,3 Stefan Schönberger...
Molecular imaging based personalized therapy has been a fascinating concept for individualized thera...
When radio-iodine was first used in the treatment of metastasized thyroid carcinoma in 1943, its suc...
When radio-iodine was first used in the treatment of metastasized thyroid carcinoma in 1943, its suc...
Nuclear medicine was recognized as a potential medical field a long time ago when 131I was used in t...
Introduction: Theranostics is an emerging field in which diagnosis and specific targeted therapy are...
Recently, there has been a resurgence of interest in nuclear medicine therapeutic procedures. Using ...
Traditional nuclear medicine is rapidly being transformed by the evolving concepts in molecular imag...
Since radioiodine was first introduced in the therapy of hyperthyroidism in the 1940s, in the 21st c...
Radiopharmaceuticals are radioactive medications (radioisotopes) and are composed of radionuclidic a...
One of the most extensively studied organs in nuclear medicine has been the thyroid gland. The thyro...
Radioisotope therapy began in 1942 with the use of /sup 131/I for Graves disease and /sup 32/P for ...
After a brief historical overview, the basic concept of therapy with radionuclides is summarised. Th...
Radiopeptides are playing an increasing role in the diagnosis of disease. Initially based on the som...
Diagnostic strategy in thyroid cancer is conditioned by epidemiological, pathophysiological, cost-ef...
Anna Yordanova,1 Elisabeth Eppard,2 Stefan Kürpig,2 Ralph A Bundschuh,3 Stefan Schönberger...
Molecular imaging based personalized therapy has been a fascinating concept for individualized thera...
When radio-iodine was first used in the treatment of metastasized thyroid carcinoma in 1943, its suc...
When radio-iodine was first used in the treatment of metastasized thyroid carcinoma in 1943, its suc...
Nuclear medicine was recognized as a potential medical field a long time ago when 131I was used in t...
Introduction: Theranostics is an emerging field in which diagnosis and specific targeted therapy are...
Recently, there has been a resurgence of interest in nuclear medicine therapeutic procedures. Using ...
Traditional nuclear medicine is rapidly being transformed by the evolving concepts in molecular imag...
Since radioiodine was first introduced in the therapy of hyperthyroidism in the 1940s, in the 21st c...
Radiopharmaceuticals are radioactive medications (radioisotopes) and are composed of radionuclidic a...
One of the most extensively studied organs in nuclear medicine has been the thyroid gland. The thyro...