Preparation of Indium Pentetate complex (¹¹¹In-DTPA) [Persian]
Authors
Abstract:
There is no organometalic compound of Indium known to exist naturally in the human body. However, a number of compounds prepared with ¹¹¹In have been evaluated for localization studies. The useful radioactive decay characteristics and the suitable chemical properties of the metal ion have drawn attention of many investigators resulting in the preparation of numerous ¹¹¹In labeled compounds for potential medical applications. One of them is ¹¹¹In-DTPA complex that is used for cerebro spinal fluid studies. In the present study, DTPA has been chelated with ¹¹¹In by employing various methods and then tested for its stability in vitro during storage and in human plasma. Three methods for the preparation of ¹¹¹In-DTPA were used. In every method, labeling efficiency and radiochemical purity were determined by chromatography systems.
similar resources
preparation of indium pentetate complex (¹¹¹in-dtpa) [persian]
there is no organometalic compound of indium known to exist naturally in the human body. however, a number of compounds prepared with ¹¹¹in have been evaluated for localization studies. the useful radioactive decay characteristics and the suitable chemical properties of the metal ion have drawn attention of many investigators resulting in the preparation of numerous ¹¹¹in labeled compounds for ...
full textPreparation of [111In]-Bleomycin radiopharmaceutical [Persian]
In this study, the preparation of 111In-Bleomycin complex was optimized for temperature, time, concentration and pH during several experiments. The results showed that by the addition of bleomycin to 111In-InCl3 sample (dried under flow of N2) and heating the mixture up to 90-100°C the radiopharmaceutical can be obtained in 99.5% yield and a specific activity of 1.745 Ci/mmol. The final s...
full textpreparation of [111in]-bleomycin radiopharmaceutical [persian]
in this study, the preparation of 111in-bleomycin complex was optimized for temperature, time, concentration and ph during several experiments. the results showed that by the addition of bleomycin to 111in-incl3 sample (dried under flow of n2) and heating the mixture up to 90-100°c the radiopharmaceutical can be obtained in 99.5% yield and a specific activity of 1.745 ci/mmol. the final sample ...
full textIndium (111In)-labelled human platelets: optimal method.
1. A detailed laboratory method is described for the labelling of human platelets with [111In]indium oxine. The 45 min method is simple, requires on 26 ml of blood and is suitable for routine clinical use. 2. After the labelling and resuspension of the platelets in plasma, aggregation responses to both adenosine diphosphate and collagen were similar to those of normal platelet-rich plasma. Less...
full textAssessment the Effect of Kidney Internal Structure on Gamma Absorbed Dose of Radiopharmaceutical 111In-DTPA
Large quantities of radiopharmaceuticals prescribed for treatment and diagnosis are excreted through kidney. Therefore, radiation unwanted dose is created in kidney. As a result, exact calculation of prescribed radiopharmaceuticals amount is important. Monte Carlo method is used for simulation of radiation transport in body due to random nature of radiation. In this research, for the first time...
full textAssessment the Effect of Kidney Internal Structure on Gamma Absorbed Dose of Radiopharmaceutical 111In-DTPA
Large quantities of radiopharmaceuticals prescribed for treatment and diagnosis are excreted through kidney. Therefore, radiation unwanted dose is created in kidney. As a result, exact calculation of prescribed radiopharmaceuticals amount is important. Monte Carlo method is used for simulation of radiation transport in body due to random nature of radiation. In this research, for the first time...
full textMy Resources
Journal title
volume 8 issue 1
pages 43- 47
publication date 2000-12-01
By following a journal you will be notified via email when a new issue of this journal is published.
Hosted on Doprax cloud platform doprax.com
copyright © 2015-2023