Over the last few years it has been shown that, below 3 THz, terahertz signatures of many different biomolecules originate from intermolecular rather than intramolecular vibrations. Whereas this sensitivity to the environment and inter-molecular binding forces is a great hurdle for modeling and the assignment of the THz modes, it can be the basis for probing crystallinity and study the weak intermolecular binding forces.Fischer, B.M. Franz, M. Abbott, D
Finally, based on theoretical calculations and experiments, we present a development model (DDRA mod...
Terahertz absorption spectroscopy has turned out to be a new powerful tool to study biomolecular hyd...
AbstractLow-frequency vibrational modes of biological molecules consist of intramolecular modes, whi...
Terahertz (THz) spectroscopic investigations of condensed-phase biological samples are reviewed rang...
The complexities of intermolecular interactions within biomolecular crystals (see figure, solid stat...
Terahertz (THz) spectroscopy is playing an increasingly bigger role in biomedical science, spear hea...
Terahertz vibrations at the nanoscale could provide a common basis to study mechanical instabilitie...
PhDElectromagnetic radiation from the radio waves used in nuclear magnetic resonance spectroscopy th...
Terahertz vibrations at the nanoscale could provide a common basis to study mechanical instabilities...
The development of terahertz technology in the last few decades has made it possible to obtain a cle...
Proteins play a key role in living organisms. The study of proteins and their dynamics provides info...
In the past few years it has been shown that the THz spectra of many polycrystalline biomolecules sh...
Terahertz spectroscopy is able to probe several aspects of biological systems. Most well known is it...
ABSTRACT Low-frequency vibrational modes of biological molecules consist of intramolecular modes, wh...
Many functionally important structural changes in proteins proceed along the direction of their lowe...
Finally, based on theoretical calculations and experiments, we present a development model (DDRA mod...
Terahertz absorption spectroscopy has turned out to be a new powerful tool to study biomolecular hyd...
AbstractLow-frequency vibrational modes of biological molecules consist of intramolecular modes, whi...
Terahertz (THz) spectroscopic investigations of condensed-phase biological samples are reviewed rang...
The complexities of intermolecular interactions within biomolecular crystals (see figure, solid stat...
Terahertz (THz) spectroscopy is playing an increasingly bigger role in biomedical science, spear hea...
Terahertz vibrations at the nanoscale could provide a common basis to study mechanical instabilitie...
PhDElectromagnetic radiation from the radio waves used in nuclear magnetic resonance spectroscopy th...
Terahertz vibrations at the nanoscale could provide a common basis to study mechanical instabilities...
The development of terahertz technology in the last few decades has made it possible to obtain a cle...
Proteins play a key role in living organisms. The study of proteins and their dynamics provides info...
In the past few years it has been shown that the THz spectra of many polycrystalline biomolecules sh...
Terahertz spectroscopy is able to probe several aspects of biological systems. Most well known is it...
ABSTRACT Low-frequency vibrational modes of biological molecules consist of intramolecular modes, wh...
Many functionally important structural changes in proteins proceed along the direction of their lowe...
Finally, based on theoretical calculations and experiments, we present a development model (DDRA mod...
Terahertz absorption spectroscopy has turned out to be a new powerful tool to study biomolecular hyd...
AbstractLow-frequency vibrational modes of biological molecules consist of intramolecular modes, whi...