On its own, COX enzyme synthesizes prostaglandins, creating inflammation.

COX enzyme proved to be difficult to purify and was not sequenced until 1988.

The same laboratory showed that this gene truly expressed a novel COX enzyme.

The second step could account for the movement of the inhibitor from the lobby region to the active site of the COX enzyme.

COX enzymes are necessary for the production of prostaglandins.

But the role of the COX enzymes in the body is not completely understood.

Only when appropriately oxidized is the COX enzyme highly active.

Because the inflammation promotes the pain, suppressing this COX enzyme can suppress pain.

Then in 1991, researchers looking into the mysteries of inflammation discovered two distinct COX enzymes.

But it had always been thought that there was only one COX enzyme.

On its own, COX enzyme synthesizes prostaglandins, creating inflammation.

COX enzyme proved to be difficult to purify and was not sequenced until 1988.

The same laboratory showed that this gene truly expressed a novel COX enzyme.

The second step could account for the movement of the inhibitor from the lobby region to the active site of the COX enzyme.

COX enzymes are necessary for the production of prostaglandins.

But the role of the COX enzymes in the body is not completely understood.

Only when appropriately oxidized is the COX enzyme highly active.

Because the inflammation promotes the pain, suppressing this COX enzyme can suppress pain.

Then in 1991, researchers looking into the mysteries of inflammation discovered two distinct COX enzymes.

But it had always been thought that there was only one COX enzyme.