These are co formation, capture and collision.

也就是是构象，俘获和碰撞。

On top of that, you'll notice the eyes are arranged in a suspiciously regular pattern… Yep, russet potatoes have phyllotaxy.

最重要的是，你会注意到它们的眼会排列成一种可疑的规则模式… … 是的，赤褐色土豆有叶状构象。

And when it absorbs light it will change its confirmation.

当它收光线时，它的构象会发生改变。

And in biochemistry and enzymology, enzymes have to be able to undergo conformational changes, right?

在生物化和酶中， 酶须能够发生构象变化，对吧？

Is can fold in maybe 10 to the power 300 different conformations.

它可以折叠成约10的300次方种不同的构象。

In other words, it usually has this red phytochrome confirmation.

换句话说，它通常具有这种红色的光敏色素构象。

And when it fits in the repressor it changes the confirmation or the shape of that protein.

当它（诱导物）与阻遏蛋白结合时，会改变该蛋白质的构象或形状。

Increased affinity is caused by a conformational change, or a structural change in the hemoglobin molecule.

亲和力增加是由血红蛋白分子的构象变化或结构变化引起的。

But if sugar is stuck to that enzyme, it locks it in some conformation and it can't do its job.

但如果糖附着在该酶上，它就会锁定某种构象，使酶无法正常工作。

Sometimes they will actually modify a protein or change the shape or the confirmation of a protein.

有时它们会实际修饰蛋白质，或改变蛋白质的形状或构象。

Phytochromes, the idea that it changes conformation I don't think is important, and I think we can just say that it binds.

植物染色体, 它改变构象的想法我认为并不重要, 我认为我们可以说它结合了。

And so what happens is when that ligand attaches, in this case epinephrine, with the G-protein it causes a conformational change in that protein.

于是，当配体（在此例中为肾上腺素）与G蛋白结合时，会引起该蛋白质的构象变化。

It is important to note that the increased affinity of hemoglobin results from a conformational change, or a change in the structure of hemoglobin when the oxygen binds.

重要的是要注意，血红蛋白的亲和力增加是由构象变化或氧结合时血红蛋白结构的变化引起的。

As a kid, Stan Lee had been a fan of a pulp magazine character called the Spider, which gave him the idea to approach Goodman about introducing a teen character with spider-themed powers.

小时候 斯坦·李曾是一个三流杂志角色“蜘蛛”的粉丝，于是他向古德曼推介了一个人物构象，一个拥有类蜘蛛能力的青少年。