本文成功建立了家兔脑血肿实验动物模型，探讨了抗脑血栓注射液对模型的作用及其抗栓机理。结果表明，抗脑血栓注射液能明显促进脑血肿的吸收，明显抑制血小板的聚集强度、明显延长凝血酶原时间。在脑血肿周围，镜下可见吞噬细胞、胶质细胞明显增生，新生毛细血管明显增加。这表明该制剂的抗脑血栓作用和其活血作用密切相关。 This article successfully established experimental animal models of cerebral hematoma in rabbits, and explored the effect of anti-cerebral thrombus injection on the model and its antithrombotic mechanism. The results showed that the anti-cerebral thrombus injection can significantly promote the absorption of cerebral hematoma, significantly inhibit the aggregation of platelets, significantly prolong the prothrombin time. Around the cerebral hematoma, the phagocytes and glial cells proliferated significantly under the microscope, and new capillaries increased significantly. This indicates that the anti-cerebral thrombosis effect of the preparation is closely related to its blood-activating effect.