We investigated the effects of intense magnetic fields on the blood platelet aggregation process with and without static magnetic fields of up to 14 T. A rabbit plasma and collagen mixture was used as the model system for a wounded blood vessel. Platelet aggregation was activated by the stimulation of acid soluble collagen. The platelet aggregates in strong magnetic fields were larger than the aggregates in an ambient field. An optical transmission of blood plasma during platelet aggregation also indicated that strong magnetic fields enhanced blood platelet aggregation in plasma.
我们研究了高达14特斯拉的强磁场对血小板聚集过程的影响,并对比了有无静磁场的情况。使用兔血浆和
胶原蛋白混合物作为受损血管的模型系统。通过激活酸溶性
胶原蛋白来触发血小板聚集。在强磁场中的血小板聚集物比在自然环境场中的更大。在血小板聚集过程中,血浆的光学透射也表明强磁场增强了血浆中的血小板聚集。