Abstract
Trials were conducted with 56-day-old broiler chickens. The effect was followed up of insulin and alloxan as well as of L-thyroxine and 6-methylthiouracil on /sup 32/P incorporation in phospholipids of the duodenal mucosa. A segment of the duodenum was isolated and Na/sub 2/H/sup 32/PO/sub 4/ was introduced therein. The lipids were extracted from duodenal mucosa and the individual phospholipids were separated by means of thin layer chromatography on sillica gel-G. Radioactivity was determined of individual phospholipid fractions. Blood glucose level was studied in insulin and alloxan-treated chickens. The inference was drawn that insulin significantly enhances /sup 32/P incorporation in the phospholipids in broiler chicken duodenal mucosa. The drop in blood glucose in insulin-treated chickens is inversely proportional to /sup 32/ P inclusion in individual phospholipids of duodenal mucosa. L-thyroxine exerts positive effect in chickens concerning /sup 32/P incorporation in lecithin and lysolecithin, this effect being negative with respect to sphingomyelin, cephalin and cardiolipin. Thyroid gland inhibition by 6-methylthiouracil induces negligible decline in /sup 32/P inclusion.
Aleksandrov, S;
Lazarov, J
[1]
- Akademiya na Selskostopanskite Nauki, Sofia-Kostinbrod (Bulgaria). Inst. po Zhivotnovydstvo
Citation Formats
Aleksandrov, S, and Lazarov, J.
Insulin and thyroxine effect on /sup 32/P incorporation in the phospholipids of chicken intestinal mucosa.
Bulgaria: N. p.,
1977.
Web.
Aleksandrov, S, & Lazarov, J.
Insulin and thyroxine effect on /sup 32/P incorporation in the phospholipids of chicken intestinal mucosa.
Bulgaria.
Aleksandrov, S, and Lazarov, J.
1977.
"Insulin and thyroxine effect on /sup 32/P incorporation in the phospholipids of chicken intestinal mucosa."
Bulgaria.
@misc{etde_6137894,
title = {Insulin and thyroxine effect on /sup 32/P incorporation in the phospholipids of chicken intestinal mucosa}
author = {Aleksandrov, S, and Lazarov, J}
abstractNote = {Trials were conducted with 56-day-old broiler chickens. The effect was followed up of insulin and alloxan as well as of L-thyroxine and 6-methylthiouracil on /sup 32/P incorporation in phospholipids of the duodenal mucosa. A segment of the duodenum was isolated and Na/sub 2/H/sup 32/PO/sub 4/ was introduced therein. The lipids were extracted from duodenal mucosa and the individual phospholipids were separated by means of thin layer chromatography on sillica gel-G. Radioactivity was determined of individual phospholipid fractions. Blood glucose level was studied in insulin and alloxan-treated chickens. The inference was drawn that insulin significantly enhances /sup 32/P incorporation in the phospholipids in broiler chicken duodenal mucosa. The drop in blood glucose in insulin-treated chickens is inversely proportional to /sup 32/ P inclusion in individual phospholipids of duodenal mucosa. L-thyroxine exerts positive effect in chickens concerning /sup 32/P incorporation in lecithin and lysolecithin, this effect being negative with respect to sphingomyelin, cephalin and cardiolipin. Thyroid gland inhibition by 6-methylthiouracil induces negligible decline in /sup 32/P inclusion.}
journal = []
volume = {14:7}
journal type = {AC}
place = {Bulgaria}
year = {1977}
month = {Jan}
}
title = {Insulin and thyroxine effect on /sup 32/P incorporation in the phospholipids of chicken intestinal mucosa}
author = {Aleksandrov, S, and Lazarov, J}
abstractNote = {Trials were conducted with 56-day-old broiler chickens. The effect was followed up of insulin and alloxan as well as of L-thyroxine and 6-methylthiouracil on /sup 32/P incorporation in phospholipids of the duodenal mucosa. A segment of the duodenum was isolated and Na/sub 2/H/sup 32/PO/sub 4/ was introduced therein. The lipids were extracted from duodenal mucosa and the individual phospholipids were separated by means of thin layer chromatography on sillica gel-G. Radioactivity was determined of individual phospholipid fractions. Blood glucose level was studied in insulin and alloxan-treated chickens. The inference was drawn that insulin significantly enhances /sup 32/P incorporation in the phospholipids in broiler chicken duodenal mucosa. The drop in blood glucose in insulin-treated chickens is inversely proportional to /sup 32/ P inclusion in individual phospholipids of duodenal mucosa. L-thyroxine exerts positive effect in chickens concerning /sup 32/P incorporation in lecithin and lysolecithin, this effect being negative with respect to sphingomyelin, cephalin and cardiolipin. Thyroid gland inhibition by 6-methylthiouracil induces negligible decline in /sup 32/P inclusion.}
journal = []
volume = {14:7}
journal type = {AC}
place = {Bulgaria}
year = {1977}
month = {Jan}
}