Vaxalon said:For the cytoplasm. They may know how to rig up the DNA, but they don't know how to synthesize cell walls, mitochondria, or any of the dozens of organelles in side a cell.
Vaxalon said:
-snip-
Whatever the reason, it's pretty clear that they're not telling us the REAL reason.
I still don't buy it. To build a working DNA sequence from scratch, the precision with which we can cut and paste DNA bits would have to become high enough to work reliably on the single base level. I'm pretty sure that we aren't that good yet.Vaxalon said:For the cytoplasm. They may know how to rig up the DNA, but they don't know how to synthesize cell walls, mitochondria, or any of the dozens of organelles in side a cell.
Gaah. It must be like the Discworld's Unseen University. Every day checking your soup with a microscope to make sure that noone placed a lethal bioengineered virus into it.In the article pointed by Fast Learner:
You know, human genetics is probably the single most cutthroat field I've seen in biology. The vindictive nature of some of these scientists is truly stunning.
Zappo said:I still don't buy it. To build a working DNA sequence from scratch, the precision with which we can cut and paste DNA bits would have to become high enough to work reliably on the single base level. I'm pretty sure that we aren't that good yet.

(Dungeons & Dragons)
Rulebook featuring "high magic" options, including a host of new spells.