Lonelygirl15

http://www.youtube.com/watch?v=0EUaqavaFRg

Added February 16, 2007
From TravelerJ19

I'm sure that he will let you know if he I'm sure that he will let you know if he wants any further assistance.

Attribution: Jose Serralde - Tango del Ajenjo

Tags Walter WalterDW FacilityJ OpAphid

Interesting stuff.

Does this mean that he is done? No more videos? Too bad, although not as fast paced as OpAphid in their early days...he had potential

Ruberic wrote:Does this mean that he is done? No more videos? Too bad, although not as fast paced as OpAphid in their early days...he had potential

I certainly hope he isn't done. The puzzles were fun and a nice tie-in to the story.

Ruberic wrote:Does this mean that he is done? No more videos? Too bad, although not as fast paced as OpAphid in their early days...he had potential

Doubt it, just looks like he's introducing a new character into the story.

Someone who knows more about genetics than I - Is it possible we have been given a clue?

Credits for the song on the most recent video "Watch This" are Trioxidation by Bjorn Fogelberg

I googled "Trioxidation", and got this -

http://cat.inist.fr/?aModele=afficheN&cpsidt=2325446

Résumé / Abstract
The oxidation of methionine residues in recombinant methionyl human granulocyte colony stimulating factor with hydrogen peroxide has been investigated. Kinetic data of the oxidation were obtained by using reversed phase-high performance liquid chromatography. The stability-indicating capability of this system was confirmed with micellar electrokinetic capillary chromatography. In the pH range 1.9-7.5, the k[obs] value for the oxidation process is constant. Above pH 7.5, k[obs] tends to increase with increasing pH. In the pH range 1.9-11.8, four oxidation products were detected in RP-HPLC. Mass spectrometric analysis revealed that one mono-, one di- and two trioxidation products were formed. Using the cyanogen bromide cleavage method the nature of the oxidation products was determined. The mono-oxidation product is the protein with Met[121] oxidized, while the dioxidation product has oxidized Met[121] and Met[126] residues. The trioxidation products are the proteins with Met[121], Met [126] and Met[137] or Met[0], Met[121] and Met[126] oxidized.

Could this be at all related to the information TravelerJ19 / WalterDW are releasing to us?

All I know is, someone needs to show Walter how to accept friend requests on MySpace.

McPackage wrote:All I know is, someone needs to show Walter how to accept friend requests on MySpace.

Aw, come on. The guy's 87. Cut him some slack. He probably moves really slow. I give him kudos for even having one.

Luminous wrote:Someone who knows more about genetics than I - Is it possible we have been given a clue?

Interesting, but I personally doubt it.

wait i thought that u couldnt make friend requests to him unless u knew his last name

balmung480 wrote:wait i thought that u couldnt make friend requests to him unless u knew his last name

That's true. That's an older puzzle though. We already found his last name. Which is Debrowski... don't quote me on the spelling.