LOki
The Yaweh of Mischief
- Mar 26, 2006
- 4,084
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I suppose thanks are in order for your unintentional exposition of the logical fallacy you have been applying since I pointed it out to you over 1700 posts ago. No doubt you believe that equivocation is an impenetrable defense for your stolid refusal to acknowledge the facts of reality, but you should now be aware that you have sold yourself out.If by "code" you mean;Where did the code come from ?then I have no idea what you're talking about, because DNA isn't a symbol for proteins [You are correct. But comparing dna to binary code in a computer, just like the letter 'A' is a symbol that can be transmitted by a particular order of 0's and 1's, so too can the instructions to build a protein be transmitted by G's, T's, C's, and A's.] so is the protein of symboin living things; it is just the sequence of nucleotides in DNA or RNA that determines the specific amino acid sequence in the synthesis of proteins.
- "A system of words, letters, figures, or other symbols used to represent others, esp. for the purposes of secrecy";
- "a system for communication by telegraph, heliograph, etc., in which long and short sounds, light flashes, etc., are used to symbolize the content of a message";
- "a system used for brevity or secrecy of communication, in which arbitrarily chosen words, letters, or symbols are assigned definite meanings."
- "A system of signals used to represent letters or numbers in transmitting messages."
- "A system of symbols, letters, or words given certain arbitrary meanings, used for transmitting messages requiring secrecy or brevity."
- "A system of symbols and rules used to represent instructions to a computer;"
- "a system of letters or symbols, and rules for their association by means of which information can be represented or communicated for reasons of secrecy, brevity, etc.;"
- "a system of letters or digits used for identification or selection purposes;" But of course, the digits identify the correct amino acid for the molecular machine provide information on which order they should be selected in.
- "a system of words, letters, figures, or symbols used to represent others, especially for the purposes of secrecy;"
- "a phrase or concept used to represent another in an indirect way;"
- "a series of letters, numbers, or symbols assigned to something for the purposes of classification or identification;" Yes, the specific arrangement of nucleotides identifies which amino acid will be selected for a particular machine.
- "Computing program instructions;"
If by "instructions" you mean;what happens if the instructions are not followed in most cases ?then I have no idea what you're talking about, because DNA is just a molecule whose effect on the ordinary reactions* of protein synthesis promotes specific amino acid sequences in proteins. *Assumptive language and pathetic attempt at subtle brainwashing. This is the type of stuff poor dear Hollie falls for.
- "a direction calling for compliance;"
- "an outline or manual of technical procedure;"
- "a code that tells a computer to perform a particular operation;"
- "the act of furnishing with authoritative directions;"
- "orders or directions;"
- "commands given to a computer to carry out a particular operation;"
- "the process or act of imparting knowledge;"
- "a part of a program consisting of a coded command to the computer to perform a specified function;"
I am certain that if there was less room for equivocating in your usage of the terms, I could give you better answers. But then the answers then given wouldn't be consistent with your faith, or subject to typical and predictable red-herring refutations.
Bingo Twix. All of the bolded above can be implied. DNA carries instructions, by way of quaternary code, that tell a molecular machine what specific ingredients it needs in what specific order to assemble a component for another molecular machine.
The "ordinary reactions" that Sweetart refers to above assemble complex proteins like this one:
"While the pretty pictures published on book covers and journals are indeed accurate, they only tell part of the story. These images don't represent every possible form of the molecule, or perhaps even the most biologically interesting ones. Rather these are the most stable or crystallizable states, what North Carolina State University physicist Keith Weninger calls landmarks in a conformational landscape.
And that's just in vitro; what a protein looks like in vivo may differ even more. Living cells are amazing things, Weninger says. They maintain non-equilibrium conditions; the system keeps gradients that shouldn't exist, and very non-equilibrium flows, and those are hard to reproduce outside of a cell. Those conditions can affect biology, which is why people want to develop high-resolution methods to look at protein structure in cells.
The Photosystem membrane protein complex, deduced using femtosecond X-ray protein nanocrystallography
As observed over 1700 posts ago, it is only through the function of equivocal language that your specious notions of the genetic code have any traction.
So thank you, for saving me the effort of having to illuminate your bullshit. Thank you very much.