Our objective was to provide high spatio-temporal resolution experimental access to track the propagation of action potentials.
The simulated polyglutamine loop insert predominantly adopts extended random coil conformations, a structural model consistent with low resolution experimental methods.
We present a high-resolution experimental setup to study solute dilution and transverse dispersion in three-dimensional porous media.
For example, during protein folding, many proteins collapse into transient kinetic intermediates on timescales too fast for high-resolution experimental techniques to detect, preventing structural characterization of these species.
The errors calculated for this study indicate the uncertainty that can exist in water quality estimation despite high resolution experimental design.
However, no high-resolution experimental data has as yet been provided about how the entire T2SS secretin or its domains are organized in a cylindrical fashion.
Advances in higher resolution experimental techniques have shown that metallic materials can develop fatigue cracks under cyclic loading levels significantly below the yield stress.
From whole organ to single fibre levels, experimental demands and hardware requirements increase, limiting biomechanics research potential, as reflected by only few commercial biomechatronics systems that can address resolution, experimental versatility and mostly, automation of force recordings.
We have carried out an extensive computer simulation of argon adsorption on graphite at temperatures in the range 40 K–100 K, using a new molecular model for graphite, and compared our simulation results with new high-resolution experimental data.
The elemental composition, chemical bonding state, phase structure, microstructure and mechanical properties of the coatings were studied by high-resolution experimental methods: SIMS, GDMS, XPS, XRD, HR-TEM and nano-indentation.
