-transparent.png){kind=logo}
The influence of malate and cytochrome c on fatty acid oxidation under control and ischemic conditions was investigated. In the medium without malate, cytochrome did not make fatty acid oxidation decreased during ischemia return to normal. Oxidation in the media containing malate and cytochrome did not differ from control only when it was measured after preliminary oxidation of endogenous substrates. The ratio of palmitoyl-CoA and palmitoyl carnitine to the respiration rates at state 3 was unchanged at 60 min ischemia. Apparently, no changes in carnitine acyltransferase playing a role in oxidation of palmitoyl-CoA took place. Thus, the decrease of fatty acid oxidation at early periods of ischemia is largely caused by a reduction in the content of cytochrome c and intermediates of Krebs cycle in the mitochondria.
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
January 1985,
Biulleten' Vsesoiuznogo kardiologicheskogo nauchnogo tsentra AMN SSSR,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
January 1975,
Recent advances in studies on cardiac structure and metabolism,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
May 1984,
Biulleten' eksperimental'noi biologii i meditsiny,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
August 1982,
Journal of molecular and cellular cardiology,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
September 1991,
Archives of biochemistry and biophysics,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
August 1997,
The American journal of cardiology,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
May 2014,
Current protocols in toxicology,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
November 1971,
Biochimica et biophysica acta,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
October 1992,
Molecular and cellular biochemistry,
R V Balasiavichius, and
A I Dagis, and
A I Toleĭkis, and
A K Prashkiavichius
February 1965,
Biochemische Zeitschrift,
