The path of information flow in DNA organisms (DNA - RNA - proteins).
An enormous underground area that goes 7 kilometers below the surface irectly underneath NERV Headquarters. It is sectioned off by multiple partitions and at its lowest level is Terminal Dogma - there exists a sea of LCL and a crucified giant. Incidentally, the name Central Dogma comes from biology. Once genetic information is transferred from DNA=RNA=protein, it is never transferred again from the protein to other nucleic acids or proteins. This flow of genetic information is called central dogma.
"DNA specifies RNA, which specifies proteins."
NERV's pyramid-like control center located inside the GeoFront. Terminal Dogma is directly below it. Central Dogma takes its name from the central dogma of molecular biology, which explains the concepts of translation and transcription of genetic information.
Is a statement to add to the original "central dogma" statement. It states that an animal's environment plays an important role by determining which genes will be expressed in the animal's cells.
States that DNA makes RNA which makes protein.
A phrase that refers to the concept of information flow proceeding only from DNA to RNA to protein.
A fundamental principle of molecular biology, first expounded by Francis Crick in 1958, essentially stating that the transfer of information from nucleic acid to nucleic acid, or from nucleic aced to protein, is possible, while transfer from protein to nucleic acid or from protein to protein is impossible. A shorthand expression of the dogma gives the unidirectional relation: DNARNAprotein.
The hypothesis that information flows only from DNA to RNA to protein; although some exceptions are now known, the rule is generally valid.
the concept describing the functional interrelations between DNA, RNA, and protein; the direction of transmission is DNA--RNA--protein
The statement that information flow in cells is unidirectional, i.e. from nucleic acids to protein, but not in reverse.
The concept describing the flow of hereditary information. Within one generation information flows from DNA to RNA to protein to produce the ultimate phenotype; between generations, DNA replicates itself precisely.
The concept that genetic information is usually only transmitted from DNA to RNA to protein.