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Homogenate of guinea-pig liver and human placenta, tissues known to be rich in diamine oxidase, were incubated with 14C-putrescine and the metabolites formed were determined. In the incubate of guinea-pig liver, the major metabolites were GABA and some unidentified compound(s); delta1-pyrroline and 14CO2 were also obtained. In both the maternal and fetal parts of human placenta, radioactive GABA and the unidentified compound(s) as well as delta1-pyrroline were found. The results indicate that GABA is an important intermediate in putrescine metabolism. Determination of the amount of delta1-pyrroline is thus not well suited as a measure of the diamine oxidase activity in tissues.
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
September 1991,
Clinica chimica acta; international journal of clinical chemistry,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
May 1967,
Hoppe-Seyler's Zeitschrift fur physiologische Chemie,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
November 1961,
Archives of biochemistry and biophysics,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
January 1976,
The Italian journal of biochemistry,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
December 1985,
Experimental eye research,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
June 1989,
Journal of chromatography,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
September 1969,
Scandinavian journal of clinical and laboratory investigation,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
March 1959,
Acta physiologica Scandinavica,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
January 1971,
Acta obstetricia et gynecologica Scandinavica,
A C Andersson, and
S Henningsson, and
L Persson, and
E Rosengren
January 1948,
Deutsche Zeitschrift fur die gesamte gerichtliche Medizin,
