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公猪血浆中游离和硫酸化雄烯酮的结合

The Binding of Free and Sulfated Androstenone in the Plasma of the Boar.

作者信息

Bone Christine, Squires E James

机构信息

Department of Animal Biosciences, University of Guelph, Guelph, ON N1G2W1, Canada.

出版信息

Animals (Basel). 2021 May 20;11(5):1464. doi: 10.3390/ani11051464.

Abstract

Androstenone circulates in the plasma bound to albumin before accumulating in the fat, resulting in the development of boar taint. Androstenone sulfate is more abundant in the circulation than free androstenone; however, it is unclear how androstenone sulfate is transported in the plasma and if steroid transport affects the development of boar taint. Therefore, the purpose of this study was to characterize the binding of androstenone sulfate in boar plasma and determine if variability in steroid binding affects the accumulation of androstenone in the fat. [H]-androstenone sulfate was incubated with plasma and the steroid binding was quantified using gel filtration chromatography. Inter-animal variability was assessed by quantifying androstenone binding specificity in plasma obtained from boars that had high or low fat androstenone concentrations at slaughter. Androstenone sulfate bound minimally in the plasma and to isolated albumin, which suggests that it is transported primarily in solution. The specific binding of androstenone quantified in plasma and isolated albumin from low fat androstenone animals was significantly higher ( = 0.01) than in high fat androstenone boars. These results indicate that the binding of androstenone to albumin varies amongst individual animals and affects the transport of androstenone in the plasma and accumulation in the fat of the boar.

摘要

雄烯酮在血浆中与白蛋白结合循环,然后在脂肪中蓄积,导致公猪膻味的产生。硫酸雄烯酮在循环中的含量比游离雄烯酮更丰富;然而,目前尚不清楚硫酸雄烯酮在血浆中是如何运输的,以及类固醇运输是否会影响公猪膻味的产生。因此,本研究的目的是表征硫酸雄烯酮在公猪血浆中的结合情况,并确定类固醇结合的变异性是否会影响雄烯酮在脂肪中的蓄积。将[H]-硫酸雄烯酮与血浆孵育,并使用凝胶过滤色谱法定量类固醇结合。通过量化屠宰时脂肪中雄烯酮浓度高或低的公猪血浆中雄烯酮结合特异性来评估动物间的变异性。硫酸雄烯酮在血浆中与分离的白蛋白的结合极少,这表明它主要以溶液形式运输。在低脂雄烯酮动物的血浆和分离的白蛋白中定量的雄烯酮特异性结合显著高于高脂雄烯酮公猪(P = 0.01)。这些结果表明,雄烯酮与白蛋白的结合在个体动物之间存在差异,并影响雄烯酮在血浆中的运输以及在公猪脂肪中的蓄积。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/3c72/8161284/e1f6543c24e4/animals-11-01464-g001.jpg

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