-transparent.png){kind=logo}
A new microautoradiographic technique was developed to study the distribution of 99mTc-labeled radiopharmaceuticals. Using a thick emulsion, it is possible to get microscopically visible tracks of internal conversion and Auger electrons. The liver uptake of microscopic particles has been thought to occur in Kupffer cells but no direct evidence has been provided for technetium colloids. Using this method, 99mTc-labeled colloids were clearly identified in Kupffer cells in the sinusoidal areas of liver. "Track" microautoradiography using a thick emulsion layer may be used on any frozen tissue sections and may provide an important tool to assess the biodistribution of 99mTc radiopharmaceuticals.
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
June 1990,
Clinical nuclear medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
December 1967,
New York state journal of medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
February 1988,
Clinical nuclear medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
June 1986,
Clinical nuclear medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
January 1985,
Comptes rendus de l'Academie des sciences. Serie III, Sciences de la vie,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
November 1967,
The American journal of roentgenology, radium therapy, and nuclear medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
January 1989,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
July 1979,
Journal of the Tennessee Medical Association,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
April 1987,
Clinical nuclear medicine,
E Hindie, and
N Colas-Linhart, and
A Petiet, and
B Bok
September 1967,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
