Conductance of amyloid β based peptide filaments: structure–function relations
M Amit, G Cheng, IW Hamley, N Ashkenasy - Soft Matter, 2012 - pubs.rsc.org
Controlling the morphology of self-assembled peptide nanostructures, particularly those
based on amyloid peptides, has been the focus of intense research. In order to exploit these
structures in electronic applications, further understanding of their electronic behavior is
required. In this work, the role of peptide morphology in determining electronic conduction
along self-assembled peptide nanofilament networks is demonstrated. The peptides used in
this work were based on the sequence AAKLVFF, which is an extension of a core sequence …
based on amyloid peptides, has been the focus of intense research. In order to exploit these
structures in electronic applications, further understanding of their electronic behavior is
required. In this work, the role of peptide morphology in determining electronic conduction
along self-assembled peptide nanofilament networks is demonstrated. The peptides used in
this work were based on the sequence AAKLVFF, which is an extension of a core sequence …
[PDF][PDF] Conductance of amyloid based peptide 1 filaments: structure–function relations.
M Amit, G Cheng, I Hamley, N Ashkenasy - scholar.archive.org
Controlling the morphology of self-assembled peptide nanostructures, particularly those
based on amyloid peptides, have been the focus of intense research. In order to exploit
these structures in electronic applications, further understanding of their electronic behavior
is required. In this work, the role of peptide morphology in determining electronic conduction
along self-assembled peptide nanofilament networks is demonstrated. The peptides used in
this work were based on the sequence AAKLVFF, which is an extension of a core sequence …
based on amyloid peptides, have been the focus of intense research. In order to exploit
these structures in electronic applications, further understanding of their electronic behavior
is required. In this work, the role of peptide morphology in determining electronic conduction
along self-assembled peptide nanofilament networks is demonstrated. The peptides used in
this work were based on the sequence AAKLVFF, which is an extension of a core sequence …
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