
He just replied:

Seems like we somehow need to transform the DNA sequence so that 6 and 12 work as usual... I have no idea how, but apparently he's pointing at the songs.
Moderator: Moderators
Yes, I just realized that myself. D'oh! I edited the previous message to say that for "the usual" decoding technique to work we'd need to shuffle the letters, which I'm not sure is likely.TOSG wrote:Good analysis, but I should note that "U" in RNA is functionally eqivalent to "T" in DNA. You're looking at a table of RNA codons, but the sequence that we have been given is DNA.
Sorry I don't have time to give a lot of input into this puzzle, it sure looks like fun!deagol wrote:Seems like we somehow need to transform the DNA sequence so that 6 and 12 work as usual... I have no idea how, but apparently he's pointing at the songs.
I have no good reason for saying this, but I think we might want to try dividing them by 2.deagol wrote:I tried dividing those numbers by 6.So I decided to get rid of all those f's, because what remained reminded me of IKYOIYKCode: Select all
1(-3) 1(-1) 1(-3) 2(-8) 1(-3) 2(-8) 1(-3) 2(-0) 1(-3) 1(-2) 1(-3) 2(-8) Isoleucine_Proline_Isoleucine_Isoleucine_Isoleucine...Aspartic_acid_Isoleucine_Isoleucine 1 1 1 2 1 ...1 1 2 IPISISICIAIS fOfKfKfCfYfK (shifts)
It looked promising at one point...Code: Select all
OKKCYK 117 113 113 103 131 113 (octal ascii) aag aac aac atc aca aac (a=1, c=3, g=7, t=0!) K N N I T N (amino chain) Lysine_Asparagine_Asparagine_Isoleucine_Tyrosine_Asparagine 1 1 1 2 1 2 LAASTS IZXKRK (shifts)
unless the word is Laasts
Code: Select all
3(-3) 3(-1) 3(-3) 6(-8) 3(-3) 6(-8) 3(-3) 6(-0) 3(-3) 3(-2) 3(-3) 2(-8)
*shakes head*voyboy wrote:IM not a a part of any of the ARG stuff but Im here to fink on Musique...she said that if she can go to one of the drops she will go and isnt worried about going alone...You guys dont let her. She's crazy.
After all look at what just happened to Bree and DB and Jonas...you maybe captured by R2D2 as well!
Code: Select all
6(-3) 6(-1) 6(-3) 12(-8) 6(-3) 12(-8) 6(-3) 12(-0) 6(-3) 6(-2) 6(-3) 12(-8)
Code: Select all
2(-1) 2(-1) 2(-1) 4(-8) 2(-1) 4(-8) 2(-1) 4(-0) 2(-1) 2(-2) 2(-1) 4(-8)
Code: Select all
3(-3) 3(-1) 3(-3) 3(-1) 3(-3) 3(-1) 3(-3) 3(-0) 3(-3) 3(-1) 3(-3) 3(-1)
Code: Select all
6(-3) 6(-1) 6(-3) 12(-8) 6(-3) 12(-8) 6(-3) 12(-0) 6(-3) 6(-2) 6(-3) 12(-8)
Isoleucine_Proline_Isoleucine_IsoleucineIs_Isoleucine...Aspartic_acid_Isoleucine_IsoleucineIso
^ ^ ^ ^ ^ ... ^ ^ ^
6 6 6 12 6 ... 6 6 12
UNUSUSUCUTUS
RMRKRKRCRRRK
Or using the alternative shifts:
6(-6) 6(-1) 6(-6) 12(-4) 6(-6) 12(-4) 6(-6) 12(-0) 6(-6) 6(-5) 6(-6) 12(-4)
UNUSUSUCUTUS
OMOOOOOCOOOO
I've been wondering that myself. There's got to be something more to this - something that we've been missing.deagol wrote:How could a word ever come out if every other letter is always the same? As you pointed out, 6(-a) is 1st, 3rd, 5th, etc. And from the DNA sequence, Isoleucine comes out in those positions as well, guaranteeing the repetition of whatever that letter is.
It could be that we're decrypting a 12-letter (A,C,G,T) sequence, which we then decrypt again to get a 4-letter word.deagol wrote:How could a word ever come out if every other letter is always the same? As you pointed out, 6(-a) is 1st, 3rd, 5th, etc. And from the DNA sequence, Isoleucine comes out in those positions as well, guaranteeing the repetition of whatever that letter is.