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Karl Pelzer wrote:
> Hi Ian,
>
> don't we need four colors for a "real" DNA? I can only see red green and
> blue. But maybe David is some kind of mutation or even an alien.
> No, no ... he must be a bacterium. Some bacteriums have a ring of DNA.
> (If this theory is true, then a bacterium makes better POV images than
> me!)
Gee, I saw the yellow right away...
Ring DNA? Cool! But doesn't it need and end to begin translation and
transcription?
--
David Fontaine <dav### [at] faricy net> ICQ 55354965
Please visit my website: http://www.faricy.net/~davidf/
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"David Fontaine" <dav### [at] faricynet> wrote :
> Ring DNA? Cool! But doesn't it need and end to begin translation and
> transcription?
Should only need a marker, think 4D...
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Ian Witham wrote:
>
> Oops I didn't realise it was so many KB -- sorry all.
Hi,
the files size is well balanced by your sens of humour ! ;-)
Denis.
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Mmmm... Looks like candy... Crunch... Mmmmm... Sorry hope you still have
the code for that one... =) <Genome w/ a big byte>
Ian Witham wrote:
> Having recently completed the first stage of the ground breaking David
> Fontaine Genome Project, I thought I would share a sample of his DNA ;-)
> Apologies to Crick and Watson.
>
> --
>
> Ian
>
> Inkwell: Ian's Homepage
> http://www.topcities.com/cartoon/inkwell/index.htm
>
> [Image]
>
> [Image]
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> Tee-hee!
> Hmm, in real DNA, one nitrogen base is always opposite another (eg
> red<->green blue<->yellow) so the two strands are ocmplimentary.
> But, where does the enzyme begin transcription and how does the RNA enter
> the ribosome? :)
Thus the apologies to Crick and Watson for my complete bastardisation of the
genetic code ;-P
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> don't we need four colors for a "real" DNA? I can only see red green and
> blue.
Hmmm... look again my friend.
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All right that does it.. you can all expect another post when once I learn
more about DNA...
> And remember that you can't mix all color pairs. As far as I remember
> (my last lessons in biology are 11 years past) not all colors can be
> combined. There are only two pairs that fit.
>
> Karl (the germ)
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And by the way, this is Yet,yet, yet another twisted torus.
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On Wed, 12 Jul 2000 15:45:40 -0500, David Fontaine wrote...
> > don't we need four colors for a "real" DNA? I can only see red green and
> > blue. But maybe David is some kind of mutation or even an alien.
> > No, no ... he must be a bacterium. Some bacteriums have a ring of DNA.
> > (If this theory is true, then a bacterium makes better POV images than
> > me!)
>
> Gee, I saw the yellow right away...
> Ring DNA? Cool! But doesn't it need and end to begin translation and
> transcription?
AFAIR from my biochem lessons, all bacteria have circular DNA, and the
transcription proteins use a specific sequence of base pairs to define
start and end points.
And start and end points are not required, as all you need is a promoter
sequence for the RNA polymerase to bind to, and a termination sequence to
tell the RNA polymerase to stop.
Oh, and for Karl Pelzer, Adenine always binds to Thymine (in DNA) or
Uracil (In RNA), and Cytosine always binds to Guanine.
Bye for now,
Jamie.
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Wow... zowie... oofah... homina-homina-homina-homina-homina.....
Eric
--------------------
http://www.datasync.com/~ericfree
--------------------
"I don't like it, and I'm sorry I ever had anything to do with it."
- Erwin Schrodinger talking about Quantum Mechanics.
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