Comrade Chen we have a serious problem.
Don’t tell me one of our bugs escaped confinement.
Worse. One of theirs did. And it’s affecting the PLA (People’s Liberation Army). Some are turning into pacifists.
It doesn’t kill them?
No. But for our purposes it might as well.
It’s a typical adenoassociated virus (AAV) like we use.
Well, what does the genome look like?
We’ve sequenced it and among other things, it codes for a protein which enters the brain and alters behavior.
What?
Well, the enemy has some excellent biologists, one of whom works on Wolbachia.
What’s that?
It’s a rickettsial organism which changes the sex life of some insects.
I don’t believe that.
Do you have a cat?
Yes.
Well many cats contain another organism (toxoplasma gondi).
So what.
Rats infected by the organism become less afraid of cats.
Another example please.
A fungus infecting carpenter ants causes the ant to leave its colony, climb a tree, chomp down on the underside of a leaf and die, freeing fungal spores to fall on the ground where they can reinfect new ants.
Well what is the genome of the virus?
It has some very unusual sequences, and one which proves that the Wolbachia biologist on the other side has a very large ego.
How so.
Well in addition to the brain infecting protein, there is a very unusual triplet of peptides all in a row.
Methionine Alanine Aspartic Acid Glutamic acid, then a stop codon, then Isoleucine Asparagine, than a stop codon, then Threonine Alanine Isoleucine Tryptophan Alanine Asparagine. We think that the first two in some way cause readthrough of the stop codons so the protein following the short peptides is made.
Where does the big ego come in?
Figure it out.
Answer next week.
Comments
SuperKuh nearly got it, but I won’t post the answer to spoil the fun
haha. Not quite Swiss engineering or the precision of German automobiles.
The world needs more of this kind of humor.
Never regretted learning 1 letter amino acid codes in graduate school, impress your friends!