“And with our 3-D bio-printer, we have been able to create new microvascular networks that we can then grow new tissues in very key areas such as pancreas, liver and kidney, ” he said.

“有了3D物打印机，我们就能制造新的微血，然后胰腺、肝和肾等关键部位种出新组织。”

Well, the majority of our circulation is microvascular, right?

我们的血液循环大部分是微血中进行的，对吧？

I think the, uh, best bet is a microvascular free flap.Dr.

最好的办法是微血游离瓣移 Grey解释一下。

So the microvascular circulation does not move blood by pressure.

所以微血循环不是通过压力来推动血液流动的。

If you look at the circulation in the brain, liver, lungs, pancreas, kidneys, you'll see that the majority of this circulation is microvascular.

如果你看看大脑、肝脏、肺、胰腺、肾脏的血液循环，你会发现大部分的血液循环都是微血的。

When there's an 85% chance it's actually something other than the heart and we never look to the microvascular circulation.

当有85%的可能性实际上是心脏以外的问题时，我们却从不检查微循环。