Gunnison A F, Palmes E D
Chem Biol Interact. 1978 Jun;21(2-3):315-29. doi: 10.1016/0009-2797(78)90029-7.
It has been shown that S-sulfonate compounds (R-S-SO-3) are produced by the action of sulfite on reactive disulfide bonds [4,5]. Plasma S-sulfonate production was determined as a function of sulfite ingestion and intraperitoneal injection in rats, mice and rhesus monkeys. The tendency of these species and of the rabbit [8] to produce S-sulfonates in plasma was related to the availability of sulfite and of reactive disulfide bonds and to the stability of plasma protein S-sulfonates. The rhesus monkey and the rabbit accumulated plasma S-sulfonates much more readily than did the rat, while the mouse produced little, if any, under the same test conditions. Plasma protein S-sulfonate fractions in the rat and rhesus monkey were characterized by half-lives of approximately 4 and 8 days respectively. The sensitivity and precision of the analytical method for plasma protein S-sulfonate were improved by incorporation of 35S into the outer sulfur atom of the S-sulfonate moiety (R-S-35SO-3).
已表明,亚硫酸盐作用于活性二硫键会产生S-磺酸盐化合物(R-S-SO₃)[4,5]。测定了大鼠、小鼠和恒河猴血浆中S-磺酸盐的产生量与亚硫酸盐摄入及腹腔注射的关系。这些物种以及兔子[8]在血浆中产生S-磺酸盐的倾向与亚硫酸盐和活性二硫键的可用性以及血浆蛋白S-磺酸盐的稳定性有关。恒河猴和兔子比大鼠更容易在血浆中积累S-磺酸盐,而在相同测试条件下,小鼠产生的S-磺酸盐极少(如果有的话)。大鼠和恒河猴血浆蛋白S-磺酸盐组分的半衰期分别约为4天和8天。通过将³⁵S掺入S-磺酸盐部分(R-S-³⁵SO₃)的外层硫原子中,提高了血浆蛋白S-磺酸盐分析方法的灵敏度和精密度。