Our design builds upon an archetypal cyclic reaction network in synthetic chemistry: cyclic deracemization. Cyclic deracemizations enable the contra-thermodynamic enrichment of one enantiomer from a racemic mixture through the operation of a dissipative cyclic reaction network. For example, in the seminal redox-driven cyclic deracemization from Turner and coworkers shown in Figure , enantioselective oxidation of a racemic pair of amines is coupled with non-stereoselective reduction, leading to enrichment in the less reactive of the two amine enantiomers. Concurrent oxidation and reduction is achieved by recourse to an oxidation biocatalyst (monoamine oxidase) that can function in the presence of a reducing agent, in this case ammonia borane (H3N•BH3).