-transparent.png){kind=logo}
Rats fed a special liquid fat diet had a higher level of liver triglycerides than rats fed a normal solid chow diet. The ingestion of ethanol induces a concomitant increase in hepatic triglycerides and a depression of ATP levels. Pure adenine base administered orally produces a significant reduction of hepatic triglycerdies and partially restores ATP levels in the chronic ethanol treated rat. Comparable doses of oral ATP are not effective. Pure guanine base and GTP failed to inhibit the ethanol-induced fatty liver and ATP depression.
Related Publications
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
September 1993,
Metabolism: clinical and experimental,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
May 1997,
Metabolism: clinical and experimental,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
December 1994,
Cell biochemistry and function,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
January 1980,
Advances in experimental medicine and biology,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
June 2005,
Clinica chimica acta; international journal of clinical chemistry,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
January 1952,
Bulletin de la Societe de chimie biologique,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
April 1973,
Gastroenterology,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
December 1970,
Experientia,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
January 1978,
Monographs in human genetics,
J V Auditore, and
F Crisona, and
H Patthey, and
A Akintonwa
October 1985,
Gastroenterology,
