VARIANT LIBRARY3 DESIGNS
Choose a genetic implementation, then compile it into the event model.
FROM SPATIAL SPECIFICATION TO MICROBIAL IMPLEMENTATION
Compile a molecular address system into a living design.
Translate enzyme geometry into sequence modules, expression events and a selectable microbial variant.
DESIGN IDGS-07 / 1.0Illustrative genetic implementation
WHAT YOU ARE SEEINGThree enzymes are too far apart.
The first step releases an intermediate before the next enzyme can capture it. The design brings their addresses closer together.
STRUCTURE EVIDENCEEXPERIMENTAL
Composite design · 1BNA + 1CF3 + 1ATJ
DESIGNMAPEXPRESSIONASSEMBLYSELECT
SPATIAL SPECIFICATION00:00 / 02:00
DESIGN PARAMETERSEDITABLE
Enzyme stoichiometry
MODEL BOUNDARYCONCEPT
The compiler preserves addresses, ratios and approximate geometry. Transcription, translation, folding and recruitment are staged educational events, not atomistic trajectories.
DNARNAproteinenzyme client
THE TRANSLATION RULE
A geometric address becomes a genetic handle.
H03→R03→P03→E1
The design specification is compiled into RNA binding motifs, protein interaction domains and enzyme clients. The mapping is explicit so that each design choice can be inspected or mutated.