Add to ORKGPeptide nanotubes were immobilized on Au substrates functionalized with self-assembled monolayers of 4-mercaptobenzoic acid in a pH 6 citric acid solution via hydrogen bonds between the, peptide nanotubes and the monolayers. Subsequently, the immobilized nanotubes were metallized by nickel via the electroless coating process
Electroless plating is a facile wet-chemical process for the creation of metal thin films on arbitra...
The application of electroless plating to porous template membranes displays an important route towa...
Electroless metal deposition on nanochannel-containing templates is a versatile route towards metal ...
Peptide nanotubes were immobilized on Au substrates functionalized with self-assembled monolayers o...
This paper introduces a new method to produce metal-coated nanowires using self-assembled bolaamphip...
This paper introduces a new method to produce metal-coated nanowires using self-assembled bolaamphip...
Non-lithographic fabrications of devices such as electronics and sensor have been studied extensivel...
A simple chemical method to assemble peptide nanotubes and simultaneously arrange them into macrosco...
A simple chemical method to assemble peptide nanotubes and simultaneously arrange them into macrosco...
Protoporphyrin IX Zn(ll) has been demonstrated to form metalloporphyrin coatings on peptide nanotube...
Protoporphyrin IX Zn(II) has been demonstrated to form metalloporphyrin coatings on peptide nanotube...
Biomaterials derived via programmable supramolecular protein assembly provide a viable means of cons...
The development of a general approach for the biochemical functionalization of peptide nanotubes (PN...
Metal nanomaterials are used for a variety of applications ranging from biomedical to electronics. G...
In this work, I have successfully fabricated gold nanowires, gold nanotubes, and multilayer nanowire...
Electroless plating is a facile wet-chemical process for the creation of metal thin films on arbitra...
The application of electroless plating to porous template membranes displays an important route towa...
Electroless metal deposition on nanochannel-containing templates is a versatile route towards metal ...
Peptide nanotubes were immobilized on Au substrates functionalized with self-assembled monolayers o...
This paper introduces a new method to produce metal-coated nanowires using self-assembled bolaamphip...
This paper introduces a new method to produce metal-coated nanowires using self-assembled bolaamphip...
Non-lithographic fabrications of devices such as electronics and sensor have been studied extensivel...
A simple chemical method to assemble peptide nanotubes and simultaneously arrange them into macrosco...
A simple chemical method to assemble peptide nanotubes and simultaneously arrange them into macrosco...
Protoporphyrin IX Zn(ll) has been demonstrated to form metalloporphyrin coatings on peptide nanotube...
Protoporphyrin IX Zn(II) has been demonstrated to form metalloporphyrin coatings on peptide nanotube...
Biomaterials derived via programmable supramolecular protein assembly provide a viable means of cons...
The development of a general approach for the biochemical functionalization of peptide nanotubes (PN...
Metal nanomaterials are used for a variety of applications ranging from biomedical to electronics. G...
In this work, I have successfully fabricated gold nanowires, gold nanotubes, and multilayer nanowire...
Electroless plating is a facile wet-chemical process for the creation of metal thin films on arbitra...
The application of electroless plating to porous template membranes displays an important route towa...
Electroless metal deposition on nanochannel-containing templates is a versatile route towards metal ...