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Self-assembling peptide

Self-assembling peptides are a category of peptides which undergo spontaneous assembly into ordered nanostructures. Originally described in 1993, these designer peptides have attracted interest in the field of nanotechnology for their potential for application in areas such as biomedical nanotechnology, tissue cell culturing, molecular electronics, and more.

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Overview

Background

Processing/Synthesis

Characterization

Structure

Property evaluation

Self-assembling peptides versus carbon nanotubes

Present and future applications

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Self-assembling peptide

Nodes87
Edges86
Triples21
Avg. degree1.98
Density0.022989
Components1

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Self-assembling peptide

Top relations

related to Limitations · 7
Self-assembling peptide → Although, Criticism, Further, In, Lastly, Moreover, Yet

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Important terminology

peptides peptide nanotubes also form structure molecular self-assembling used formed structures nanostructures cell properties acids amino nm self-assembly chemical using

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
biomedical nanotechnologyinstance ofthese designer peptides have attracted interest in the field of nanotechnology for their potential for application in areas0.80text
tissue cell culturinginstance ofthese designer peptides have attracted interest in the field of nanotechnology for their potential for application in areas0.80text
molecular electronicsinstance ofthese designer peptides have attracted interest in the field of nanotechnology for their potential for application in areas0.80text
and more.Effectively self-assembling peptides act as building blocks for various materialinstance ofthese designer peptides have attracted interest in the field of nanotechnology for their potential for application in areas0.80text
device applicationsinstance ofthese designer peptides have attracted interest in the field of nanotechnology for their potential for application in areas0.80text
lipidsinstance ofBackgroundPeptides can serve as sturdy building blocks for a wide range of materials as they can be designed to combine with a range of other building blocks0.80text
sugarsinstance ofBackgroundPeptides can serve as sturdy building blocks for a wide range of materials as they can be designed to combine with a range of other building blocks0.80text
nucleic acidsinstance ofBackgroundPeptides can serve as sturdy building blocks for a wide range of materials as they can be designed to combine with a range of other building blocks0.80text
metallic nanocrystalsinstance ofBackgroundPeptides can serve as sturdy building blocks for a wide range of materials as they can be designed to combine with a range of other building blocks0.80text
and so oninstance ofBackgroundPeptides can serve as sturdy building blocks for a wide range of materials as they can be designed to combine with a range of other building blocks0.80text
aspartic or glutamic acidsinstance ofwith one or two charged amino acids0.80text
or lysine or histidine acidsinstance ofwith one or two charged amino acids0.80text

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