There are more and more adenosine receptors to block.

因为身体会产生越来越多的腺苷。

Adenosine Receptors Ligands: Past, Present and Future Trends.

腺苷受体的配体：过去，现在和将来发展趋势。

It has been shown that adenosine exerts its actions to the kidney via high affinity to the adenosine receptors.

腺苷通过其受体介导对肾脏功能发挥显著的生理作用。

In some neurons, the adenosine receptors are linked to receptors for another molecule called dopamine.

在某些神经元中，腺苷受体和多巴胺受体连接在一起。

Thus, adenosine receptors may become new pharmacological targets in cerebral ischemia.

腺苷受体可能成为脑缺血时药物作用的新靶点。

If your adenosine receptors are perpetually clogged, your body will manufacture extra ones.

如果你的腺苷受体不断被占用，身体就会额外产生新的腺苷受体。

That means it derails this process of slowing your neurons down by blocking adenosine receptors.

能够通过结合腺苷受体阻断使神经元反应变慢的过程。

Nedergaard believes that most of these points are along major nerve tracks, and as such are parts of the body that have plenty of adenosine receptors.

内德戈德相信大部分这种“特殊位置”都沿着主要的神经节点分布，这也正是人体包含丰富腺苷酸受体的部分。