1:08:01
Transmitted by air, as we thought.
1:08:04
Now we've got to determine its size.
1:08:07
Could be a gas or some kind of a virus.
1:08:09
We'll use a hundred
angstrom filter to begin.
1:08:13
About the size of a small virus.
1:08:32
All systems go, sir.
1:08:51
Whatever it is,
1:08:52
it's larger than a virus.
1:08:54
We'll try a one micron filter.
1:08:56
Hang in there, baby.
1:09:07
He must be pretty big.
1:09:08
I'm gonna get me a fly swatter.
1:09:10
Do that.
1:09:11
Here goes with two microns.
1:09:25
Uh-huh.
1:09:27
Nasty.
1:09:29
At least we'll be able
to get a good look at it.
1:09:31
Dutton to Stone.
1:09:32
We've just found out its size:
1:09:34
About two microns in diameter.
1:09:36
Big enough to be a complete cell.
1:09:38
Interesting.
1:09:39
There's a good chance it's alive.
1:09:41
Airborne transmission?
1:09:43
Yes. What have you found?
1:09:45
So far nothing.
1:09:46
Our Nobel laureate here
1:09:47
won't scan on the inside
because he says...
1:09:49
All right, Ruth.
1:09:50
Thanks, Charlie. Keep at it.
1:09:54
It's pointless to go on scanning outside.
1:09:56
If it's two microns in diameter,
1:09:58
it would've showed up at 440.
1:09:59
True, but we didn't know
that before, did we?