Investigation Overview for the project "Computational Modelling of a Dynamically Driven All-or-None Artificial Neuron based on DNA Strand Displacement"

Hawes, Alexander Patrick

doi:10.25405/data.ncl.28053077.v1

Investigation Overview for the project "Computational Modelling of a Dynamically Driven All-or-None Artificial Neuron based on DNA Strand Displacement"

https://doi.org/10.25405/data.ncl.28053077

report

posted on 2024-12-19, 16:57 authored by Alexander Patrick HawesAlexander Patrick Hawes

<p dir="ltr">'Readme' file for investigation data linked below. This work was conducted as part of the PhD thesis "Sequences to Circuits: Improving the Design Space of DNA Strand Displacement Biosensors".</p>

History

Related Materials

1.
DOI - Is part of Investigation 3: Computational Modelling of a Dynamically Driven All-or-None Artificial Neuron based on DNA Strand Displacement

Investigation Overview for the project "Computational Modelling of a Dynamically Driven All-or-None Artificial Neuron based on DNA Strand Displacement"

History

Related Materials

Usage metrics

Categories

Keywords

Licence

Exports