-transparent.png){kind=logo}
Iodine-123 is produced via xenon-133 by irradiation of a sodium iodide target with 108 MeV deuterons from the synchrocyclotron of IPN. The on-line production method is described. The specific activity of the iodine is determined by neutron activation analysis and by a radioimmunological method. The conditions labelling different proteins (insulin, angiotensin) are given and also the purification method to obtain a product ready for injection to patients.
Related Publications
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
August 1980,
Analytical biochemistry,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
January 1976,
The Journal of nuclear biology and medicine,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
December 1971,
Biochimica et biophysica acta,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
April 1974,
Immunochemistry,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
January 1989,
International journal of radiation applications and instrumentation. Part A, Applied radiation and isotopes,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
May 2011,
Nuclear medicine and biology,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
March 1960,
ORINS [reports]. U.S. Atomic Energy Commission,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
November 1960,
Cancer research,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
March 1977,
Radioisotopes,
Y Legoux, and
M Cieur, and
R Goutheraud, and
J Drouet, and
C Crouzel, and
A Syrota
May 2014,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
