Jacobi E
Pflugers Arch. 1975 Dec 19;361(1):65-8. doi: 10.1007/BF00587341.
Comparing platelet adhesiveness and cancer cell stickiness under the conditions of the so-called Fibre test showed that: 1. Platelets aggregate in the first few seconds only, whereas Yoshida sarcoma cells accumulate continuously. 2. Platelets show a characteristic velocity profile. Platelet adhesiveness shows a maximum at a velocity of 7 cm/sec. Yoshida sarcoma cells adhere better at low flow velocity. 3. An experimentally induced electric current (streaming electric current) of ca. 40 mV augments platelet adhesiveness to twice the basal value, whereas Yoshida sarcoma cells remain uninfluenced by the current. These results suggest an interaction between platelets and vessel wall, whereas Yoshida sarcoma cells adhere passively.
在所谓的纤维试验条件下比较血小板黏附性和癌细胞黏附性，结果显示：1. 血小板仅在最初几秒内聚集，而吉田肉瘤细胞持续积累。2. 血小板呈现出特征性的速度分布。血小板黏附性在7厘米/秒的速度时达到最大值。吉田肉瘤细胞在低流速下黏附性更好。3. 约40毫伏的实验诱导电流（流动电流）可使血小板黏附性增强至基础值的两倍，而吉田肉瘤细胞不受该电流影响。这些结果表明血小板与血管壁之间存在相互作用，而吉田肉瘤细胞是被动黏附。
