00:01
In this case, let's take a look at the tree of life to match the capillaries.
00:05
So first of all, you start with prokaryotes.
00:17
Underneath the prokaryotic, you're going to fill in the nucleode.
00:24
There's no nucleus.
00:30
So nucleode is a region that contains the dna, but it's not enclosed in the membrane structure.
00:37
So the next one, you split.
00:39
Split.
00:42
The one with peptidoglycan, one without peptidoglycan.
01:05
So the one without peptidoglycan is going to be archaea.
01:14
It's an asian bacteria and then underneath peptidoglycan is bacteria.
01:20
This is the u bacteria that we've found nowadays overall, all over the place.
01:27
And archaea usually usually found in those extreme conditions, such as yellowstone national parks, or geyser, or certain hot springs.
01:37
So as you can see that both of them are prokaryotic, no nucleus, but one with peptidoglycan, the other with no peptidoglycan in the cell wall.
01:47
The feature in common.
01:52
So there are several feature in common.
01:56
So according to the list of the world bank, they usually have no multicellularity, but they're all single, always called unicellular structure, which means they're single cell.
02:10
So since they're prokaryotes, they do not have a multiple cell cellular structure.
02:16
No multicellular protein.
02:27
So they're all single cell, unicellular.
02:30
The next one is that when they adopt their way of replication, they have binary fission...