Bathija A, Kisic A, Graf L, Rapport M M
Connect Tissue Res. 1975;3(1):81-6. doi: 10.3109/03008207509152344.
The sensitivity and specificity of the sheep erythrocyte - anti-sheep erythrocyte system to inhibition by pure cytolipin F has been studied with 5 antisera, in order to compare it with the rat erythrocyte-anti-rat lymphosarcoma system and its inhibition by pure cytolipin R. The cytolipin F - sheep erythrocyte system is much more sensitive than the cytolipin R - rat erythrocyte system, inhibition of hemolysis of 6 x 10(6) sheep cells being produced by 10 ng of cytolipin F (combined with a four-fold quantity of lecithin) compared with inhibition of hemolysis of 10(6) rat cells by 50 to 100 ng of cytolipin R (also combined with lecithin). Differences in sensitivity are attributed to the larger number of available cytolipin F determinants on sheep erythrocytes compared with cytolipin R determinants on rat erythrocytes. Studies of the auxiliary lipid enhancement of cytolipin F activity by galactocerebroside, lactosyl ceramide (cytolipin H), and lecithin are also reported.
为了将其与大鼠红细胞 - 抗大鼠淋巴肉瘤系统及其被纯细胞脂质R抑制的情况进行比较，使用5种抗血清研究了绵羊红细胞 - 抗绵羊红细胞系统对纯细胞脂质F抑制的敏感性和特异性。细胞脂质F - 绵羊红细胞系统比细胞脂质R - 大鼠红细胞系统敏感得多，10 ng细胞脂质F（与四倍量的卵磷脂结合）可抑制6×10⁶个绵羊细胞的溶血，而50至100 ng细胞脂质R（也与卵磷脂结合）才能抑制10⁶个大鼠细胞的溶血。敏感性的差异归因于绵羊红细胞上可利用的细胞脂质F决定簇的数量比大鼠红细胞上的细胞脂质R决定簇更多。还报道了对半乳糖脑苷脂、乳糖基神经酰胺（细胞脂质H）和卵磷脂对细胞脂质F活性的辅助脂质增强作用的研究。
