But uses a hundred percent pure mushroom mycelium to do that.

但是用百分之百纯的蘑菇菌丝体来做的。

You know the mushrooms provide the mycelium, the mycelium on the mushrooms, for the trees.

蘑菇提供为树木提供菌丝。

Everything inside is just mycelium bursting out of the host.

里面的一切都只是从宿主中爆发出来的菌丝。

So we don't need a little mycelium, need a lot.

所以我们需要的不只是一点菌丝，而是大量的菌丝。

These fungi have countless branching, thread-like hyphae that together make up the mycelium.

这些真菌有无数的分枝，线状菌丝共同构成了菌丝体。

This is when the fungus will change from being a yeast to forming a mycelium.

此时真菌将从酵母转变为菌丝体。

The soil is packed full of mycelium.

土壤中充满了菌丝体。

Most fungi have hair-like root structures called mycelia.

大多数真菌都有“菌丝体”的毛发状根结构。

Among them – mycelium – formed from the roots of fungi.

其中一种材料是菌丝体，它由真菌根部形成。

Mycelium's the body and mushrooms are the fruit.

菌丝体是身体，蘑菇是水果。

Collagen on the left, mycelium on the right.

左边的是胶原蛋白， 右边的是菌丝。

Where would you be most likely to find mycelium in massive filaments?

你最有可能在哪里找到大量菌丝的菌丝体？

And you see these very cool networks of mycelium running through it.

你看这些非常酷的菌丝网络遍布其中。

So you see those white fibrous roots underneath the mushroom -- those are mycelium.

你看到的蘑菇底下 那些白色纤维状的根就是菌丝。

And with that comes interconnectedness like the mycelium beneath the surface of the earth.

就像地球表面下的菌丝体，相互缠绕，彼此连结。

A company that has developed a way to grow mycelium into specific shapes and sizes.

这家公司已经开发出一种能将菌丝体生长成特定形状和大小的方法。

And under a single footstep, there can be literally hundreds of kilometres of myceliums.

在一个脚印下，可能就有数百公里长的菌丝体。

EBEN BAYER, ECOVATIVE CEO: Mycelium is like the root structure of a mushroom.

菌丝体就像蘑菇的根部结构。

These fine threads of mycelium, those intelligent, root-like fungal networks that nurture and feed an entire ecosystem.

这些细小的菌丝，聪慧的、根状的真菌网络，滋养并培育着整个生态系统。

We went looking to nature for a better alternative to leather, and we found that mycelium.

我们尝试在大自然中 寻找更好的皮革替代品，然后我们就找到了菌丝。