What is the Codon Stream?
The Codon Stream is a database containing the DNA of sapient beings primarily from across the Milky Way Galaxy, housing a total of 1,000,909 DNA samples. The Codon Stream was created by Azmuth.
How many samples of DNA are in the Omnitrix?
1,000,904 alien DNA samples
It allows the wearer to to transform into whatever alien species whose DNA is within its database. It was sent to Earth by Xylene to get it away from Vilgax and it was found by Ben Tennyson. It has 1,000,904 alien DNA samples within it.
Who created the ultimatrix?
Albedo would later create a new Ultimatrix, one that (upon the acquisition of a Polymorphic Crystal) allowed him to change from one Ultimate form to another, without changing to regular aliens in-between.
What episode does Ben get feedback back?
Showdown: Part 2
In Showdown: Part 2, Ben regained access to Feedback after forgiving his younger self [note 3] and, with help from Azmuth, destroyed Malware for good. In T.G.I.S., Feedback defeated Argost.
How many DNA samples are in the Codon Stream?
Originally, there were thought to be 10,000 DNA samples in the Codon Stream (as hinted in Ben 10,000 ), but Azmuth has revealed that there are over 1,000,000 samples from every sapient species of every planet in the Milky Way Galaxy.
Who is the creator of the Codon Stream?
The Codon Stream is a DNA Database for all sapient beings containing 1,000,910 DNA samples. The Codon Stream was created by Azmuth.
Where does the Codon Stream originate in Ben 10?
The Codon Stream is the system of rivers of alien DNA that are spread throughout Primus. The stream originates in a volcano, which is actually the processing plant for the DNA of the stream.
How are the codons in a genetic code arranged?
In this context, the standard genetic code is referred to as translation table 1. The DNA codons in such tables occur on the sense DNA strand and are arranged in a 5′ → 3′ direction. There is the existence of symmetrical and asymmetrical characteristics in genetic codes. There are 64 different codons; all but three specify an amino acid.
