Autonomic Nervous System Control of the Cardiac Pacemaker: Modeling Aspects

心脏的窦房结由非常多的 重要的组织，因为它是这个节点是负责 心率 Dr. John W.克拉克正在研究心脏起搏器的作用 和自主神经控制着 在这个过程中，他使用了他的工程技术， 背景技术尝试将该函数放入数学模型中。 克拉克博士将在他的模型中加入各种细胞 功能，包括细胞内和细胞外。 这项工作是 这一点本身就很重要，因为它的生物结构 它集中了。 然而，这项工作是开创性的 因为它试图量化另一个生物系统。 这 这项工作将代表着我们在理解 的窦房结细胞的操作和调制， 心

The sino-atrial node of the heart is comprised of extremely important tissue since it is this node which is responsible for the heart rate. Dr. John W. Clark is studying the pacemaker role of the sino-atrial node and the autonomic nerves which control this function and in the process he is using his engineering background to try to put this function into a mathematical model. Dr. Clark will incorporate into his model the various cell functions, both intracellular and extracellular. This work is important in itself because of the biological structure upon which it concentrates. However, this work is ground breaking since it attempts to quantify another biological system. This work will represent a substantial advance in our understanding of the operation and modulation of the sino-atrial node cells of the heart.