Adult male Sprague-Dawley rats were orally administered 14C-alternariol monomethyl ether (AME) in olive oil and housed in glass metabolism cages. Urine, feces, and expired CO2 were monitored for the presence of radioactivity. The majority of activity was excreted in the feces apparently unabsorbed. Urine excretion accounted for less than 10% of the administered dose. A substantial amount of “absorbed”; activity was excreted in expired CO2. TLC autoradiography of urine extracts revealed extensive metabolism, but little metabolism was evident in feces extracts. Incubation of AME with rat liver post-mitochondrial supernatant also resulted in substantial metabolism
Graduation date: 1977Corn oil (CO) and Sterculic foetida oil (SFO) fed rats were\ud injected with [9...
The absorption, distribution and excretion of the red azo dye carmoisine (Ext. D & C No. 10) was stu...
An infusion of 14C-labeled benzo(a)pyrene was administered over 35 minutes to three Riv:TOX rats, at...
Distribution, metabolism, and excretion of monochloroacetic acid (MCA) were examined in adult male r...
Chain-labeled 14C-Azone was intravenously administered to hamster, monkey, and rat, to compare its m...
Chain-labeled 14C-Azone was intravenously administered to hamster, monkey, and rat, to compare its m...
Chain-labeled 14C-Azone was intravenously administered to hamster, monkey, and rat, to compare its m...
Many organisms can easily dispose of toxic inorganic arsenic species through gradual methylation of ...
Summary.-Up to 880 % of a single dose of methyl[14C]methacrylate in rats is expired as 14C02 in 10 d...
The metabolism and disposition of U-14C-erythritol was examined in four groups of three male and thr...
[2-l4C]FCE 22891 was given orally and intravenously to the rat, orally to the dog and monkey. Radioa...
Objectives: N-methyl-2-pyrrolidone (NMP) belongs to solvents widely used in the petrochemical indust...
The effect of pantothenic acid deficiency on the rate of C{sup 14}O{sub 2} excretion and on distribu...
Less information is available on the metabolism of organic arsenicals compared to inorganic arsenic ...
Less information is available on the metabolism of organic arsenicals compared to inorganic arsenic ...
Graduation date: 1977Corn oil (CO) and Sterculic foetida oil (SFO) fed rats were\ud injected with [9...
The absorption, distribution and excretion of the red azo dye carmoisine (Ext. D & C No. 10) was stu...
An infusion of 14C-labeled benzo(a)pyrene was administered over 35 minutes to three Riv:TOX rats, at...
Distribution, metabolism, and excretion of monochloroacetic acid (MCA) were examined in adult male r...
Chain-labeled 14C-Azone was intravenously administered to hamster, monkey, and rat, to compare its m...
Chain-labeled 14C-Azone was intravenously administered to hamster, monkey, and rat, to compare its m...
Chain-labeled 14C-Azone was intravenously administered to hamster, monkey, and rat, to compare its m...
Many organisms can easily dispose of toxic inorganic arsenic species through gradual methylation of ...
Summary.-Up to 880 % of a single dose of methyl[14C]methacrylate in rats is expired as 14C02 in 10 d...
The metabolism and disposition of U-14C-erythritol was examined in four groups of three male and thr...
[2-l4C]FCE 22891 was given orally and intravenously to the rat, orally to the dog and monkey. Radioa...
Objectives: N-methyl-2-pyrrolidone (NMP) belongs to solvents widely used in the petrochemical indust...
The effect of pantothenic acid deficiency on the rate of C{sup 14}O{sub 2} excretion and on distribu...
Less information is available on the metabolism of organic arsenicals compared to inorganic arsenic ...
Less information is available on the metabolism of organic arsenicals compared to inorganic arsenic ...
Graduation date: 1977Corn oil (CO) and Sterculic foetida oil (SFO) fed rats were\ud injected with [9...
The absorption, distribution and excretion of the red azo dye carmoisine (Ext. D & C No. 10) was stu...
An infusion of 14C-labeled benzo(a)pyrene was administered over 35 minutes to three Riv:TOX rats, at...