This article presents design strategies to demonstrate approaches to generate functionalized surfaces which have the potential for application in molecular systems; sensing and chemical reactivity applications are exemplified. Some applications are proven, while others are still under active investigation. Adaptation and extension of our strategies will lead to interfacing of different type of surfaces, specific interactions at a molecular level, and possible exchange of signals/cargoes between them. Optimization of the present approaches from each of five research groups within the NCCR will be directed towards expanding the types of functional surfaces and the properties that they exhibit
The objective of molecular systems engineering is to move beyond functional components and primary s...
The work presented in this thesis investigates a number of the issues relating to biosensor technolo...
Functionalization of hard or soft surfaces with, for example, ligands, enzymes or proteins, is an ef...
This article presents design strategies to demonstrate approaches to generate functionalized surface...
Through the magic of "active matter"─matter that converts chemical energy into mechanical work to dr...
Self-assembled monolayers (SAMs) are an excellent platform to implement and develop interfacial reac...
Interest in well-defined surface architectures has shown a steady increase, particularly among those...
The immobilization of electrochemically reactive molecules on different types of conducting and semi...
Teplyakov, Andrew V.Chen, JunghueiIn recent years, surface and interface reactions have affected dra...
On the road towards the long-term goal of the NCCR Molecular Systems Engineering to create artificia...
The use of nucleophilic displacement reactions on bromine-terminated monolayers is presented to crea...
Augmenting the surface properties of synthetic materials can modulate biomolecular functions. In thi...
Chemoselective reactions are powerful tools for the progression of basic science and biochemical tec...
J. Will Medlin is an Assistant Professor and ConocoPhillips Faculty Fellow in the Department of Chem...
This review describes the progress of the development of surface chemical reactions for the modifica...
The objective of molecular systems engineering is to move beyond functional components and primary s...
The work presented in this thesis investigates a number of the issues relating to biosensor technolo...
Functionalization of hard or soft surfaces with, for example, ligands, enzymes or proteins, is an ef...
This article presents design strategies to demonstrate approaches to generate functionalized surface...
Through the magic of "active matter"─matter that converts chemical energy into mechanical work to dr...
Self-assembled monolayers (SAMs) are an excellent platform to implement and develop interfacial reac...
Interest in well-defined surface architectures has shown a steady increase, particularly among those...
The immobilization of electrochemically reactive molecules on different types of conducting and semi...
Teplyakov, Andrew V.Chen, JunghueiIn recent years, surface and interface reactions have affected dra...
On the road towards the long-term goal of the NCCR Molecular Systems Engineering to create artificia...
The use of nucleophilic displacement reactions on bromine-terminated monolayers is presented to crea...
Augmenting the surface properties of synthetic materials can modulate biomolecular functions. In thi...
Chemoselective reactions are powerful tools for the progression of basic science and biochemical tec...
J. Will Medlin is an Assistant Professor and ConocoPhillips Faculty Fellow in the Department of Chem...
This review describes the progress of the development of surface chemical reactions for the modifica...
The objective of molecular systems engineering is to move beyond functional components and primary s...
The work presented in this thesis investigates a number of the issues relating to biosensor technolo...
Functionalization of hard or soft surfaces with, for example, ligands, enzymes or proteins, is an ef...