Gene targets for critical-mineral bioprocessing
Use metal-specific fitness signals, annotations, modules, and structures to prioritize genes for bioleaching and biorecovery.
Gene targets for critical-mineral bioprocessing
Direction
Prioritize genes and modules that improve tolerance or recovery-relevant metabolism for critical minerals.
Why It Is High Value
The observatory already has metal-specific candidate families, pangenome conservation, updated annotations, and structural resources. The missing step is a ranked, evidence-graded engineering candidate list.
Candidate Evidence Stack
- Metal-specific fitness phenotype.
- Conserved family or module context.
- Annotation or reannotation support.
- Structure/topology consistent with metal handling.
- Minimal pleiotropic cost.