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Systematic experiments of DNA mediated sequential and selective self-assembly of 5 × 5 (μm2) silicon micro-components to a substrate using DNA-grafted-polymers as flexible binding spacers were carried out for the first time. The surfaces of the micro-components and sites on the substrate were modified by the same 30-mers single-stranded-DNA (ssDNA). The complementary ssDNA was grafted to a polymer...
We demonstrated that Deoxyribonucleic Acid (DNA) can be utilized as an intelligent adhesive activated by temperature control to realize sequential and selective self-assembly of 5 mm squared silicon micro components on a substrate. Two kinds of complementary DNA pairs whose melting transition temperature (Tm) and base sequence were designated appropriately were utilized to verify the feasibility of...
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