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Molecular Programming

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Molecular Programming

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Research Frontiers in RNA Aptamer Circuit Design

Constructing programmable RNA molecules with specific binding properties to create molecular circuits for sensing and computation.

Allosteric RNA Aptamer Networks and Cooperative Signal Integration
Programmable RNA Logic Gates via Ligand-Induced Conformational Cascades
Multi-Input Aptamer Circuits with Temporal Signal Filtering
RNA Aptamer Biosensors Operating at Single-Molecule Resolution
Synthetic Riboswitch Circuits for Metabolic Pathway Control
Aptamer-Mediated Transcriptional Memory and Genetic Hysteresis
Molecular Computation through RNA Strand Displacement Networks
In Vivo Aptamer Circuits for Cellular Phenotype Switching
Combinatorial Aptamer Libraries as Dynamic Information Processors
Self-Assembling RNA Nanostructures with Programmable Logic

All Molecular Programming PhD categories