A method appends custom DNA domains to existing DNA-grafted colloids using a short template, allowing rapid conversion of one particle stock into multiple binding-specificity variants that crystallize equivalently to directly synthesized particles.
Transient self-organisation of DNA coated colloids directed by enzymatic reactions
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Multispecific DNA coatings via isothermal polymerization achieve few-percent precision in composition, but equilibrium co-assembly remains constrained by the narrow temperature range where multiple DNA interactions are simultaneously reversible, necessitating explicit sequential assembly pathways.
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A simple method to reprogram the binding specificity of DNA-coated colloids that crystallize
A method appends custom DNA domains to existing DNA-grafted colloids using a short template, allowing rapid conversion of one particle stock into multiple binding-specificity variants that crystallize equivalently to directly synthesized particles.
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Multispecific DNA-Coatings for Self-Assembly
Multispecific DNA coatings via isothermal polymerization achieve few-percent precision in composition, but equilibrium co-assembly remains constrained by the narrow temperature range where multiple DNA interactions are simultaneously reversible, necessitating explicit sequential assembly pathways.