This study presents a nanoscale biosensor that utilizes quantum tunnelling and metasurfaces for efficient, tunable detection ...

This paper reports on the numerical modeling and experimental evaluation of the behaviors of biomolecules immobilized on the surface of blood vessels on microchip under pulsatile flow conditions, ...

The Technology Networks team spoke with Dr. Pierre Chaurand from the University of Montreal, who introduced his lab’s ...

Eliminating external catalysts for the sustainable synthesis of biomolecules and pharmaceuticals by Friedrich–Alexander University Erlangen–Nurnberg edited by Lisa Lock, reviewed by Robert Egan ...

Billions of years ago, a rock crack exuding heat could have brought different biomolecules together to kickstart protein ...

The attachment of the biomolecules on pulsed plasma polymerized pentafluorophenyl methacrylate was monitored using surface plasmon resonance spectroscopy (SPR). SPR analysis confirmed the presence of ...

In the future, it may be possible to produce bioactive molecules and pharmaceuticals without reverting to using enzymes or metals as external catalysts. Chemists at Friedrich-Alexander ...

Many of the most interesting rearrangements associated with function and dysfunction of biomolecules involve complex, highly nonlinear pathways. Predicting these convoluted changes in structure is an ...

The Technology Networks team spoke with Dr. Pierre Chaurand from the University of Montreal, who introduced his lab’s research focus, which centers on using imaging mass spectrometry to study the ...

Learn more about a rhino tooth that is changing the field of paleontology and providing crucial insights into rhinoceros ...

Engineers at EPFL create a self-illuminating biosensor, achieving trillionth-of-a-gram detection of biomolecules using ...