Journal article 1131 views
Theory of simple biochemical “shape recognition” via diffusion from activator coated nanoshapes
Rob Daniels 
The Journal of Chemical Physics, Volume: 129, Issue: 12, Start page: 125103
Swansea University Author:
Rob Daniels
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DOI (Published version): 10.1063/1.2981056
Abstract
Title: Theory of simple biochemical "shape recognition" via diffusion from activator coated nanoshapesSource: JOURNAL OF CHEMICAL PHYSICS Volume: 129 Issue: 12 Article Number: 125103 Published: SEP 28 2008Abstract: Inspired by recent experiments, we model the shape sensitivity, via a typic...
| Published in: | The Journal of Chemical Physics |
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| ISSN: | 0021-9606 |
| Published: |
2008
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| Online Access: |
Check full text
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| URI: | https://cronfa.swan.ac.uk/Record/cronfa12736 |
| Abstract: |
Title: Theory of simple biochemical "shape recognition" via diffusion from activator coated nanoshapesSource: JOURNAL OF CHEMICAL PHYSICS Volume: 129 Issue: 12 Article Number: 125103 Published: SEP 28 2008Abstract: Inspired by recent experiments, we model the shape sensitivity, via a typical threshold initiation response, of an underlying complex biochemical reaction network to activator coated nanoshapes. Our theory re-emphasizes that shape effects can be vitally important for the onset of functional behavior in nanopatches and nanoparticles. For certain critical or particular shapes, activator coated nanoshapes do not evoke a threshold response in a complex biochemical network setting, while for different critical or specific shapes, the threshold response is rapidly achieved. The model thus provides a general theoretical understanding for how activator coated nanoshapes can enable a chemical system to perform simple "shape recognition," with an associated " all or nothing" response. The novel and interesting cases of the chemical response due to a nanoshape that shrinks with time is additionally considered, as well as activator coated nanospheres. Possible important applications of this work include the initiation of blood clotting by nanoshapes, nanoshape effects in nanocatalysis, physiological toxicity to nanoparticles, as well as nanoshapes in nanomedicine, drug delivery, and T cell immunological response. The aim of the theory presented here is that it inspires further experimentation on simple biochemical shape recognition via diffusion from activator coated nanoshapes.Impact Factor: 3.149 |
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| Item Description: |
One importance of this work is that it analytically explains theoretically previously published experimental results on the effects of nanoparticle shape on the activation of complex biochemical reactions. Understanding theoretically such reactions are of vital importance for blood clotting, nanocatalysis, and physiological toxicity to nanoparticles. This work therefore possesses great significance for nanomedicine, drug delivery, and T cell immunological response. Excitingly, and of keen interest for future possible experimental applications, this work also outlines how activator coated nanoshapes could enable a chemical system to perform simple "shape recognition". |
| College: |
Faculty of Science and Engineering |
| Issue: |
12 |
| Start Page: |
125103 |