Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide

The authors have studied the regularities of 99mТс (VII) adsorption on activated gamma-oxide Al2O3. The paper demonstrates that oxide radionuclide sorption capacity depends on its acid treatment. The reduction process of 99mТс (VII) to 99mТс (IV) with bivalent tin Sn (II) was studied to determine it...

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Main Authors: V. S. Skuridin, E. S. Stasyuk, V. N. Varlamova, A. S. Rogov, V. L. Sadkin, E. A. Nesterov
Format: Article
Language:Russian
Published: Tomsk Polytechnic University 2009-06-01
Series:Известия Томского политехнического университета: Инжиниринг георесурсов
Subjects:
Online Access:http://izvestiya.tpu.ru/archive/article/view/1128
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author V. S. Skuridin
E. S. Stasyuk
V. N. Varlamova
A. S. Rogov
V. L. Sadkin
E. A. Nesterov
author_facet V. S. Skuridin
E. S. Stasyuk
V. N. Varlamova
A. S. Rogov
V. L. Sadkin
E. A. Nesterov
author_sort V. S. Skuridin
collection DOAJ
description The authors have studied the regularities of 99mТс (VII) adsorption on activated gamma-oxide Al2O3. The paper demonstrates that oxide radionuclide sorption capacity depends on its acid treatment. The reduction process of 99mТс (VII) to 99mТс (IV) with bivalent tin Sn (II) was studied to determine its required and sufficient amount which could maintain full 99mТс "reducibliness" in the reaction mixture. The adsorption of 99mТс reduced on nanosized powder of aluminum gamma-oxide was investigated; and the technique for preparing 99mТс (IV)-Al2O3 nanocolloids was developed. The authors carried out the preliminary biomedical tests of 99mТс (IV)-Al2O3 compounds in animals to determine functional ability to radionuclide imaging of lymph glands.
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spelling doaj.art-1ad991ec7666457789e4b43c142a7a852023-06-02T21:12:57ZrusTomsk Polytechnic UniversityИзвестия Томского политехнического университета: Инжиниринг георесурсов2500-10192413-18302009-06-013233Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxideV. S. SkuridinE. S. StasyukV. N. VarlamovaA. S. RogovV. L. SadkinE. A. NesterovThe authors have studied the regularities of 99mТс (VII) adsorption on activated gamma-oxide Al2O3. The paper demonstrates that oxide radionuclide sorption capacity depends on its acid treatment. The reduction process of 99mТс (VII) to 99mТс (IV) with bivalent tin Sn (II) was studied to determine its required and sufficient amount which could maintain full 99mТс "reducibliness" in the reaction mixture. The adsorption of 99mТс reduced on nanosized powder of aluminum gamma-oxide was investigated; and the technique for preparing 99mТс (IV)-Al2O3 nanocolloids was developed. The authors carried out the preliminary biomedical tests of 99mТс (IV)-Al2O3 compounds in animals to determine functional ability to radionuclide imaging of lymph glands.http://izvestiya.tpu.ru/archive/article/view/1128technetium-99mnanoparticlescolloidsradiopharmaceuticals
spellingShingle V. S. Skuridin
E. S. Stasyuk
V. N. Varlamova
A. S. Rogov
V. L. Sadkin
E. A. Nesterov
Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
Известия Томского политехнического университета: Инжиниринг георесурсов
technetium-99m
nanoparticles
colloids
radiopharmaceuticals
title Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
title_full Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
title_fullStr Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
title_full_unstemmed Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
title_short Preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
title_sort preparation of a new nanocolloid radiopharmaceutical based on aluminum oxide
topic technetium-99m
nanoparticles
colloids
radiopharmaceuticals
url http://izvestiya.tpu.ru/archive/article/view/1128
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AT esstasyuk preparationofanewnanocolloidradiopharmaceuticalbasedonaluminumoxide
AT vnvarlamova preparationofanewnanocolloidradiopharmaceuticalbasedonaluminumoxide
AT asrogov preparationofanewnanocolloidradiopharmaceuticalbasedonaluminumoxide
AT vlsadkin preparationofanewnanocolloidradiopharmaceuticalbasedonaluminumoxide
AT eanesterov preparationofanewnanocolloidradiopharmaceuticalbasedonaluminumoxide