一般系统结构理论与人体血液自然运动环行为关系定理

The Relation Theorem between General System Structure Theory and Natural Movement Behavior of Human Blood

在人体血液自然运动过程中,人活体内存在顺时针的血液自然运动,由于静脉血液成分在其起源处成分不同,存在自然分类,这也就形成了多个以不同成分进行顺时针运动的血液自然运动环,这些不同成分的血液自然运动环在自然交汇的过程中就会自然发生关系,应用一般系统结构理论研究这些活体血液自然运动环之间的关系,得出人体血液自然运动环关系定理及血液自然运动环之间关系的模型,应用一般系统结构理论,研究人体血液复杂自然运动环网络的关系流,包括肠系膜上静脉流、肠系膜下静脉流、脾静脉流、肝静脉流、肾静脉流、下腔静脉流、上腔静脉流等和人体血液复杂自然运动环网络行为或功能之间的关系及规律,将推动人体血液复杂自然运动环网络的研究.

In the course of the natural blood movement of human body,there is a clockwise natural blood movement in human body.Because of the venous blood components appeared in different components at their origin exits natural classification,which also forms a number of blood natural motion rings that move clockwise with different components.The natural motion rings of these different components are naturally related during the natural intersection.We applied the general system structure theory to study the relationship between these living blood natural motion rings,the relation theorem of human blood natural motion rings and the relation model of blood natural motion rings are obtained.Based on the general system structure theory,study the relationship flow of the complex natural motion rings network of human blood,including the superior mesenteric venous flow,the inferior mesenteric venous flow,the splenic venous flow,the hepatic venous flow,the renal venous flow,the inferior vena cava flow,the superior vena cana flow,etc.,and the relationship and laws between the complex natural motion rings network behavior or function of the human blood.It will promote the study of the complex natural motion rings network of human blood.