Rakesh Mukherjee

This paper introduces an enzyme-free DNA-based templated dimerization reaction controlled by a fuel strand that displaces product to overcome inhibition, enabling information propagation from templates.

This paper introduces an enzyme-free DNA strand displacement network that uses DNA templates to assemble non-covalent DNA multimers under isothermal conditions, achieving far-from-equilibrium product formation.

This study presents an enzyme-free DNA templating system that produces sequence-specific dimers with weak product inhibition, demonstrating a design principle for information propagation through molecular templating.

This study introduces a DNA strand displacement-based kinetic proofreading motif that enhances molecular recognition specificity in templated dimerization reactions by consuming DNA-based fuel.