SweatyYeti
Master Poster
- Joined
- Dec 1, 2006
- Messages
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The subject of this thread is whether the DNA molecules, in a living cell, function as a Code....in the same way that the Binary Code in a computer functions....(or any code, for that matter)....carrying intelligently encoded information....or, if DNA functions purely as a simple, straight-forward chemical reaction.
Any Code requires a Code-Maker....a Designer, for it to be able to function, and transfer meaningful information.
Here are samples of DNA Code and Binary Code sequences...looking quite similar...
Now...looking first at Binary Code...
This chart shows how Binary Code is set-up....the two digits (1 and 0) are assigned...(by the Code-Maker)...certain numerical values...(i.e...given meaning)...
An important aspect of the Code is that...in order for the digits to have any meaning (carry/transfer information), they must be read in certain...and precise....groupings.
Individually.....the digits carry no meaning, at all.
This graphic shows the digits in groupings of 4...(I highlighted 2 voltage levels on the analog signal)....and how an analog signal is converted into a digital signal...
If the string of 1's and 0's were to be read in any other way than in the precise grouping shown, the information encoded would be 'lost'...the string of digits would have no meaning.
As an everyday example....if a music cd...(which contains analog music, en-coded within a long string of binary digits)...were to be read by sampling the binary digits in random groupings...all that would be heard would be random noises...no meaningful information/music.
Now...looking at DNA Code...
Here is a chart showing the nucleotide bases (A,G,T,C) in groupings of three...or, 'triplets'.....known as 'Codons'...
Link to the webpage it came from...
http://users.rcn.com/jkimball.ma.ultranet/BiologyPages/C/Codons.html
These groupings are another similarity between DNA Code, and Binary Code.
Here is a link to an article, written by a computer programmer, in which he explains the similarities he sees, between the two Codes...
http://ds9a.nl/amazing-dna/
Here's just one excerpt from it, for now....(another similarity)...
More to come......
Any Code requires a Code-Maker....a Designer, for it to be able to function, and transfer meaningful information.
Here are samples of DNA Code and Binary Code sequences...looking quite similar...
Now...looking first at Binary Code...
This chart shows how Binary Code is set-up....the two digits (1 and 0) are assigned...(by the Code-Maker)...certain numerical values...(i.e...given meaning)...
An important aspect of the Code is that...in order for the digits to have any meaning (carry/transfer information), they must be read in certain...and precise....groupings.
Individually.....the digits carry no meaning, at all.
This graphic shows the digits in groupings of 4...(I highlighted 2 voltage levels on the analog signal)....and how an analog signal is converted into a digital signal...
If the string of 1's and 0's were to be read in any other way than in the precise grouping shown, the information encoded would be 'lost'...the string of digits would have no meaning.
As an everyday example....if a music cd...(which contains analog music, en-coded within a long string of binary digits)...were to be read by sampling the binary digits in random groupings...all that would be heard would be random noises...no meaningful information/music.
Now...looking at DNA Code...
Here is a chart showing the nucleotide bases (A,G,T,C) in groupings of three...or, 'triplets'.....known as 'Codons'...
Link to the webpage it came from...
http://users.rcn.com/jkimball.ma.ultranet/BiologyPages/C/Codons.html
These groupings are another similarity between DNA Code, and Binary Code.
Here is a link to an article, written by a computer programmer, in which he explains the similarities he sees, between the two Codes...
http://ds9a.nl/amazing-dna/
Here's just one excerpt from it, for now....(another similarity)...
Position Independent Code...
Dynamically linked libraries (.so under Unix, .dll on Microsoft) code cannot use static addresses internally because the code may appear in different places in memory in different situations.
DNA has this too, where it is called 'transposing code':
Nearly half of the human genome is composed of transposable elements or jumping DNA. First recognized in the 1940s by Dr. Barbara McClintock in studies of peculiar inheritance patterns found in the colors of Indian corn, jumping DNA refers to the idea that some stretches of DNA are unstable and "transposable," ie., they can move around -- on and between chromosomes.
http://www.ornl.gov/hgmis/resource/people.html
More to come......
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