-transparent.png){kind=logo}
The metabolism of glucose and palmitate by new born rat heart cell in tissue culture was investigated to ascertain the usefulness of this model system for metabolic studies. Heart cells in culture oxidize palmitate at a rate which is close to the rate reported in vivo. The fate of glucose is shown to differ from in vivo. High rates of lactate release are observed although there are many evidences that cells are not hypoxic. This impaired regulation is likely due to an impaired uptake of glucose.
Related Publications
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
January 1971,
Experimentelle Pathologie,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
January 1986,
Biology of the cell,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
December 1963,
The American journal of physiology,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
February 1974,
FEBS letters,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
January 1975,
Recent advances in studies on cardiac structure and metabolism,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
January 1971,
Acta biologica et medica Germanica,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
September 1967,
Experimental cell research,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
January 1980,
Basic research in cardiology,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
October 1972,
Journal of molecular and cellular cardiology,
C Frelin, and
A Pinson, and
P Athias, and
J M Surville, and
P Padieu
January 1983,
Annals of biomedical engineering,
