@article{oai:ir.kagoshima-u.ac.jp:00002277,
 author = {HAYASHI, Seiichi and OOSHIRO, Zentaro},
 journal = {鹿児島大学水産学部紀要=Memoirs of Faculty of Fisheries Kagoshima University},
 month = {2016-10-27},
 note = {Any of them, ^<14>C-pyruvate, ^<14>C-lactate and ^<14>C-alanine, was incorporated into glucose
linearly for 60 min by the perfused eel liver. Gluconeogenesis from ^<14>C-alanine after the
starvation from 1 to 2 months was about 2 times as active as that after the starvation for one
month. ^<14>C-Glucose synthesis from ^<14>C-lactate or ^<14>C-pyruvate was almost constant during
the starvation for 2 months.
Gluconeogenesis from ^<14>C-pyruvate as well as from ^<14>C-lactate was inhibited by aminooxyacetate
by 40 to 50%. D-Malate did not effect on gluconeogenesis from either of these substrates.
Adrenalin at 5×10^<-5> M accelerated gluconeogenesis from ^<14>C-alanine by 50% and thyroxine
also accelerated gluconeogenesis in the perfused eel liver.},
 pages = {89--95},
 title = {Gluconeogenesis in Perfused Eel Liver : Effect of starvation, amino-oxyacetate, D-malate and hormones},
 volume = {26},
 year = {}
}