Caleb— a very
early organism composed of two enzymes (Fred and Roscoe) and three
chains (Sorrel, Sofia and Serena) held together by one or more
structural proteins (Nathaniel). Short for Combined Almost-Living
Elementary Blob.
Cassius— an early organism composed of a Caleb, plus sufficient
enzymes capable of synthesizing all four of its raw materials. Short
for Combined And Self SufficIent Über-molecular System.
Doxy— an advanced version of Foxy capable of shaping DNA gene
structures.
Fatcat— a protein capable of transcribing proteins from RNA
using multiple Freds. A bridge between Fred-based protein transcription
and ribosomes. Short for Fred Assisting CATalyst.
Foxy— an advanced version of Fred or Roscoe that is capable
of shaping cell structures.
Fred— a short polypeptide capable of reading a backbone chain,
and creating a protein with a specific sequence (First REplicating
Device).
Nathaniel— a ‘sticky’ polypeptide chain that binds
together proteins such as Fred, and backbone chains such as Sofia
(Nasty And Troublesome Hellish Adhesive NItrogenous ELement).
Moxy— an advanced version of Foxy, capable of shaping multi-cellular
structures.
Ratcat— a protein capable of duplicating RNA using multiple
Roscoes. A bridge between Roscoe-based replication, and replication
based on complementary base pairs. Short for Roscoe Assisting Transcription
CATalyst.
Roscoe— a short polypeptide capable of reading a backbone chain,
and creating a duplicate backbone chain (Replicator of Some Chains,
Oldest Enzyme).
Serena— a short backbone chain that creates a Nathaniel when
transcribed by a Fred.
Sofia— a short backbone chain that creates a Fred when transcribed
by a Fred (Sequence Of Fred InformAtion).
Sorrel— a short backbone chain that creates a Roscoe when transcribed
by a Fred (Sequence of Roscoe Replicating ELements).
|