By Prof. Dr. Wolfgang Pompe, Prof. Dr. Gerhard Rödel, Dr. Hans‐Jürgen Weiss, Prof. Dr. Michael Mertig(auth.)

ISBN-10: 3527410155

ISBN-13: 9783527410156

ISBN-10: 3527655263

ISBN-13: 9783527655267

Written by way of authors from diversified fields to mirror the interdisciplinary nature of the subject, this booklet publications the reader via new nano-materials processing encouraged through nature.
established round normal rules, every one choice and rationalization is influenced through specific organic case reports. this gives the heritage for elucidating the actual precept in a moment part. within the 3rd half, examples for employing the main to fabrics processing are given, whereas in a fourth subsection each one bankruptcy is supplemented by way of a variety of correct experimental and theoretical suggestions.
digital supplementations for theoretical simulations in addition to extra experimental information could be supplied on-line.

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Additional resources for Bio-Nanomaterials: Designing Materials Inspired by Nature

Sample text

These parallelly arranged strands can be loaded without fracture up to 800 pN. With subsequent unloading, the double helix is restored. Whereas the cooperative B–S transition is not rate-dependent, melting and reannealing are. The observed transition rate of reannealing in the unloaded state is about (10–20) Â 103 bp/s. The rate-dependence of melting and reannealing reveals itself as a rate-dependent hysteresis. Basic Models The extension of a coiled molecule under the action of an external force f can be described in the simplest approximation with a one-dimensional FJC model (Nelson, 2008).

B) Virus fragments: the circular shape is a very short fragment standing upright on the substrate. (Reproduced with permission from Knez et al. (2004). ) surrounded by a helical assembly of 2130 coat proteins. 5 up to 9. These properties make TMV a useful template in bionanotechnology. Some virus capsids can undergo structural transitions induced by chemical switching, a property of interest for potential applications in bionanotechnology. The plant virus cowpea chlorotic mottle virus (CCMV), for example, shows a pHdependent structural change (Douglas and Young, 1999).

Locally, secondary structures could be formed in the globule (collapsed) state of the protein. It has to be assumed that features of both models can be observed experimentally. Banavar et al. (2004) have shown that the experimentally observed typical ternary folding structures can be simulated already under fairly general assumptions about the protein structure and interaction. They described a homopolymer chain in a continuum approach as a tube of length L and thickness D with a range of attractive interaction R.

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Bio-Nanomaterials: Designing Materials Inspired by Nature by Prof. Dr. Wolfgang Pompe, Prof. Dr. Gerhard Rödel, Dr. Hans‐Jürgen Weiss, Prof. Dr. Michael Mertig(auth.)


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