Koh I, Cohen Z, Levy G, Gorczynski R M
Department of Surgery, Medicine, University of Toronto, Ontario, Canada.
Transplant Proc. 1992 Jun;24(3):1146-7.
These data indicate that in rat heterotopic syngeneic SBT, the venous drainage system of the graft has profound effects on cell recovery in the gut-associated lymphoid tissue of both graft and host. Depending on the functional status of the same lymphoid tissue (Gorezynski, personal communication, 1992) one could thus anticipate significant perturbation of host-antigraft (and GVH) reactivity in allogeneic situations according to the venous drainage used. The mechanism(s) responsible for these effects have not been investigated. However, one testable hypothesis is that (a) factor(s) from the gut can control lymphoid recirculation within the mesenteric lymphoid tissue, and that this (these) factor(s) are absorbed under normal circumstances by hepatic tissue.
这些数据表明,在大鼠异位同基因小肠移植中,移植物的静脉引流系统对移植物和宿主肠道相关淋巴组织中的细胞恢复有深远影响。因此,根据所使用的静脉引流情况,依据同一淋巴组织的功能状态(Gorezynski,个人交流,1992年),可以预期在同种异体情况下宿主抗移植物(和移植物抗宿主)反应会受到显著干扰。造成这些影响的机制尚未得到研究。然而,一个可验证的假说是,肠道中的某种(些)因子可以控制肠系膜淋巴组织内的淋巴细胞再循环,并且在正常情况下这种(些)因子会被肝组织吸收。