The Metabolism of Fatty Acids in the Rat V. Palmitoleic Acid
Göran Göransson
Abstract
Göran Göransson
Abstract
Abstract H3‐palmitoleic and 1‐C14‐palmitic acid were simultaneously injected into fasted or refed male rats and the disappearance of label from the blood, the tissue distribution of label after 2 and 320 min as well as the recirculation of label into the blood were studied. It was found that the injected palmitoleic acid was taken up and oxidized at a higher rate by the cells than was the injected palmitic acid. At short times, more H3‐label than C14‐label was found in the neutral fat in most tissues, indicating that palmitoleic acid is preferentially incorporated into the glycerides. The total lipids of the heart contained more palmitoleic acid label than palmitic acid label in the refed rats. In all the mentioned respects palmitoleic acid was metabolized in the same way as oleic acid. A useful method for biosynthesis of labeled palmitoleic acid from labeled palmitic acid is reported.
OpenAlex reports 22 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Abstract H3‐palmitoleic and 1‐C14‐palmitic acid were simultaneously injected into fasted or refed male rats and the disappearance of label from the blood, the tissue distribution of label after 2 and 320 min as well as the recirculation of label into the blood were studied. It was found that the injected palmitoleic acid was taken up and oxidized at a higher rate by the cells than was the injected palmitic acid. At short times, more H3‐label than C14‐label was found in the neutral fat in most tissues, indicating that palmitoleic acid is preferentially incorporated into the glycerides. The total lipids of the heart contained more palmitoleic acid label than palmitic acid label in the refed rats. In all the mentioned respects palmitoleic acid was metabolized in the same way as oleic acid. A useful method for biosynthesis of labeled palmitoleic acid from labeled palmitic acid is reported.
Key concepts: Palmitoleic acid, Palmitic acid, Oleic acid, Chemistry, Glyceride, Fatty acid, Metabolism, Biochemistry