Add to ORKGThe BioFace project aims to develop new tailored sensing surfaces to be used in printable biosensors. Engineered, extremely stable avidins are the ideal biomolecules to obtain sensing material that is thermally and chemically resistant and apt for applications in the biosensing field. Through covalent linkage or by acting as intermediates, functionalised polymers allow efficient immobilisation of the tailored avidins, which are printed on the sensor chip substrate. The developed materials can be used in bioanalytical devices in the field of diagnostics, drug research and life science research
Background: The interaction between biotin and avidin is utilized in a wide range of assay and diagn...
Sensitive and efficient bioanalytical detection is an ongoing challenge. The possibility of physical...
Nanoscale biosensors provide the possibility to miniaturize optic, acoustic and electric sensors to...
The BioFace project aims to develop new tailored sensing surfaces to be used in printable biosensors...
The success of biosensors critically depends on the ability to interact with the biological environm...
SU-8 is a popular epoxy based negative photoresist developed by IBM. It has been widely used as stru...
Stabilized bioreceptor layers are of great importance in the design of novel biosensors. In earlier ...
International audienceStabilized bioreceptor layers are of great importance in the design of novel b...
A platform capable of integrating variable molecular recognition moieties, having tunable function a...
Biofunctional block copolymers are becoming increasingly attractive materials as active components i...
The key designing in reliable biosensors is the preparation of thin films in which biomolecular func...
Abstract Biosensors have been widely used in various fields such as food industry, environmental tes...
In many application fields, like in biosensors, the sensing biomolecules are immobilized on solid su...
New multi scientific and -technological cooperation culture around Oulu region has been created with...
The production of synthetic materials with molecular recognition abilities towards biomacromolecules...
Background: The interaction between biotin and avidin is utilized in a wide range of assay and diagn...
Sensitive and efficient bioanalytical detection is an ongoing challenge. The possibility of physical...
Nanoscale biosensors provide the possibility to miniaturize optic, acoustic and electric sensors to...
The BioFace project aims to develop new tailored sensing surfaces to be used in printable biosensors...
The success of biosensors critically depends on the ability to interact with the biological environm...
SU-8 is a popular epoxy based negative photoresist developed by IBM. It has been widely used as stru...
Stabilized bioreceptor layers are of great importance in the design of novel biosensors. In earlier ...
International audienceStabilized bioreceptor layers are of great importance in the design of novel b...
A platform capable of integrating variable molecular recognition moieties, having tunable function a...
Biofunctional block copolymers are becoming increasingly attractive materials as active components i...
The key designing in reliable biosensors is the preparation of thin films in which biomolecular func...
Abstract Biosensors have been widely used in various fields such as food industry, environmental tes...
In many application fields, like in biosensors, the sensing biomolecules are immobilized on solid su...
New multi scientific and -technological cooperation culture around Oulu region has been created with...
The production of synthetic materials with molecular recognition abilities towards biomacromolecules...
Background: The interaction between biotin and avidin is utilized in a wide range of assay and diagn...
Sensitive and efficient bioanalytical detection is an ongoing challenge. The possibility of physical...
Nanoscale biosensors provide the possibility to miniaturize optic, acoustic and electric sensors to...