The GateWorld Cantina MKII

[Col.Foley]

then it's settlied

let's blow up the world and start over and call it Futura!

Do not remind me of Universe.

[Pharaoh Atem]

Do not remind me of Universe.

ok bordy

[Col.Foley]

ok bordy

Brody? Yes I am peeved that they ended my show and how they did it....

[jelgate]

Cancallation is the way of TV as a business

[Col.Foley]

Cancallation is the way of TV as a business

Tell us something we do not know...please...I am waiting.

[jelgate]

Tell us something we do not know...please...I am waiting.

CO2 Enters Calvin Cycle by Carboxylation
CO2 caboxylazes on a carbonyl to a 5 carbon compound called ribulose 1,5 biphosphate. One would assume this leads to a 6 carbon molecules but its never been discovered. The next molecule known to exist is 3 phosphoglycerate (3 C) which suggest a six carbon molecules is transient enzyme quickly hydrolyzed to 2 molecules of 3 phosphoglycerate. Ribulose 1. 5 biphosphate carboxylase/oxygenase catalyzes the rxn and is found only in phototrophs and is considered the most abundant on the planet. Phosphoglycerokinase uses an ATP molecule to phosphyrlate to generate 1,3 glycerate biphosphate. Glycerate 3 phosphate dehydrogenase oxidizes a NADP+ and loses a phosphate. The oxidation gives us two electrons and a proton to generate glyceralderhyde 3 phosphate (G3P).1 out of 6 G3P will be used to make sugar molecules while the rest go in to regenerating ribulose biphosphosphate. Aldolase, transkelatoase, phosphoase, and isomerase will use the 5 G3P to generate 3 molecules of ribulose 5 phosphate. We then use phosphrribulokinase to turn a molecule of ribuloe 1, 5 biphosphate by using up an ATP molecule.

[Col.Foley]

CO2 Enters Calvin Cycle by Carboxylation
CO2 caboxylazes on a carbonyl to a 5 carbon compound called ribulose 1,5 biphosphate. One would assume this leads to a 6 carbon molecules but its never been discovered. The next molecule known to exist is 3 phosphoglycerate (3 C) which suggest a six carbon molecules is transient enzyme quickly hydrolyzed to 2 molecules of 3 phosphoglycerate. Ribulose 1. 5 biphosphate carboxylase/oxygenase catalyzes the rxn and is found only in phototrophs and is considered the most abundant on the planet. Phosphoglycerokinase uses an ATP molecule to phosphyrlate to generate 1,3 glycerate biphosphate. Glycerate 3 phosphate dehydrogenase oxidizes a NADP+ and loses a phosphate. The oxidation gives us two electrons and a proton to generate glyceralderhyde 3 phosphate (G3P).1 out of 6 G3P will be used to make sugar molecules while the rest go in to regenerating ribulose biphosphosphate. Aldolase, transkelatoase, phosphoase, and isomerase will use the 5 G3P to generate 3 molecules of ribulose 5 phosphate. We then use phosphrribulokinase to turn a molecule of ribuloe 1, 5 biphosphate by using up an ATP molecule.

I doff my cap to you sir.

[Pharaoh Atem]

Presst

I learned all that in first grade

[Col.Foley]

Presst

I learned all that in first grade

you must be some prodigy

[Pharaoh Atem]

you must be some prodigy

I thought I'd finally let the truth out. i'm tired of acting dumb and stupid on here. it was funny for a while but now i'm bored.

[Col.Foley]

I thought I'd finally let the truth out. i'm tired of acting dumb and stupid on here. it was funny for a while but now i'm bored.

that sounds...almost doctorish.

[WingedPegasus]

The Gauntlett in the opening story to TGCC was largely based on GLaDos.

A fact which I realized later, as I had not yet played Portal during that particular arc.

Character from Portal and Portal 2.

Awesome character from Portal and Portal 2.

[jelgate]

Presst

I learned all that in first grade

Then you shoub be able to tell me what cellular process it used for and what the sugars become and their function and location

[WingedPegasus]

I am a tired, tired little puppy.

[Pharaoh Atem]

I am a tired, tired little puppy.

i bet you told me your school work load the other day