One couldn't expect any more from you.
You're the only one I've called a moron recently.
Then stop asking me if they are the "same" unless you have some pre-described foundation for asking such an otherwise stupid and meaningless question.
It's a simple question. But it seems beyond you for some reason. If you answer "yes", then DNA-protein is a message and Shannon applies. If you answer "no", then you mark yourself as horribly uninformed and disqualify yourself to comment on the topic.
But Yorzhik the protein is transcribed directly from the information (DNA/RNA) by means of a direct mechanical/chemical transcription process. It is not about information being transferred/transmitted from one place to another with hopefully high fidelity, so trying to apply Shannon theory is imo nonsense. If the transcription system happened to be rubbish then the resulting protein would also be rubbish, so would it help to claim that Shannon could be applied to rubbish?
Iow, in practice the protein is constructed/transcribed accurately according to the associated information, but the protein and the information are nevertheless two very different things. On a transmission system however if the information at the distant end matched the original information then than we could call it the "same" and possibly Shannon theory may have had something to do with it.
There is high fidelity because we are talking about a transcription system NOT a transmission system.
It doesn't matter to Shannon. Even a transcription system is just another way to send information from one place to another.
But beyond that, the DNA-protein system requires many error correction systems (even beyond DNA-mRNA) because it isn't a transcription system.
Why do you persist in this nonsense? The original information is used to physically transcribe protein, it isn't about transmitting data from A to B with high fidelity.
What do you mean by "noise"?
Errors that happen between DNA and the protein it makes.
No, errors can happen by chance during genetic transcription as with any mechanical process and are just that, errors, as indeed you have shown me can be corrected as a part of the transcription process, but in a transmission system errors can be induced by interference/noise from outside. Noise is an external factor, not something inherent during transcription.
Noise from where exactly?
From amino acids being inserted into the wrong place is one of many. Every process involved with DNA->protein is subject to error in the same way; it is quite a bit more complicated than the animations that have been posted show. And as you know, the more complicated things are, the more they are subject to error. Hence, the many correction systems.
That is imo still errors caused by occasional specific, probably explainable, temporary reasons. Noise in a transmission system anyway is typically a constant induced background effect that has to be dealt with, say hello to Shannon. I at least wouldn't call it "noise" in a transcription system, but if you want to then that's up to you.
"Noise" (interference) comes from outside it isn't a mysterious inherent characteristic.
Right. That's why you should stop fighting the idea that Shannon applies to all messages.
I'm not, I'm saying that you can't meaningfully apply Shannon to genetic transcription.
How is a genetic transcription system affected by "noise" given that it is a mechanical process?
Even electrical processes are subject to cause and effect. There is no difference to Shannon whether a message is transmitted electronically or mechanically. So genetic transcription is affected by noise because machines, especially very complicated ones like those in a cell, make mistakes. It's the same, in principle, as electronic transmission.
Mistakes aren't noise, they're mistakes. Again we are not talking about transmitting messages we are concerned with transcription into protein. I know you desperately want to conflate to obfuscate but you really will have to demonstrate exactly how Shannon applies to genetic transcription.
Just because you might choose to see a "message" makes no difference to a transcription system.
Just because you choose to call it a transcription system doesn't mean it isn't a message. DNA, a code, is still subject to noise in transmission, and decoding, to make a protein.
I call it what it is, while you would like to present it as a messaging system for some reason. :think:
Seems to me Yorzhik that no one should have given you the Big Book Of Shannon Information since you want it to apply everywhere. Why can you not be more specific or is obfuscation all you actually have?
Shannon applies to every message according to Shannon.
OK then demonstrate how it usefully applies to genetic transcription.
You are such a pompous dimwit Yorzhik
I ask a sincere question in a nice way and this is how you respond.
I did put a nice smiley on it.