-transparent.png){kind=logo}
A study was made of the action of alkyl acetylglycerophosphocholine, a semi-synthetic platelet activation factor. The compound was shown to have both marked aggregation activity and to interact with serotonin granules (5-HT-organelles) of the cells, inducing the release of the fluorescent marker acridine orange. Some features of the platelet aggregation factor interaction with platelet rich plasma suggest that the latter contains enzymes inducing degradation of the factor.
Related Publications
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
October 1981,
Biochemical and biophysical research communications,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
August 1987,
The Journal of biological chemistry,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
August 1986,
The Journal of biological chemistry,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
September 1987,
Journal of biochemistry,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
July 1989,
The Biochemical journal,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
March 1986,
Thrombosis research,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
June 1998,
Journal of lipid research,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
May 1986,
Biochimica et biophysica acta,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
June 1988,
Thrombosis research,
V K Kozlov, and
L V Filatova, and
V I Kulikov, and
R A Markosian, and
L D Bergel'son
May 1982,
The Journal of biological chemistry,
