An advantage of LAOS is that it is suitable to probe the rich nonlinear viscoelastic behavior of a material, while it is still possible to distinguish the various features observed.
In agreement with previous findings on synthetic gels (Engler et al, 2004a), the two techniques provided comparable values for biological gels (Table I), indicating that either method is suitable to probe the mechanics of compliant materials.
The applied sensing structure is suitable to electrically probe the output states of field-coupled magnetic logic gates.
As the default search parameters were not suitable to probe for short peptide sequences of length 30 or less, the following parameters were used: word size of 2, expectation value of 30,000, matrix was PAM30, low complexity filter was disabled, and composition-based statistics was set to 'no adjustment'.
Since nitrogen adsorption/desorption analysis is not suitable to probe macroporous properties, clearly indicated by the visual appearance of the materials and SEM images, we subsequently reduce our discussion at this point to the nanoporous properties determined by the weight fraction of good solvent THF and PEG200 as porogenic diluents.
The evaluation of reactivity suggests that functionalized CNTs substrates, in particular those carrying –NCS groups, are suitable to covalently bind probe molecules such as proteins and oligonucleotides, thus opening up the possibility of future application in genomics and proteomics fields.
In addition, it is suitable to hand-held probe implementation, which could be the most attractive solution to be considered in order to make this technology translatable to clinical use.
They were generated with melting temperature (50°C) and probe length (50mer) that are suitable to use with protocol based on NimbleGen SeqCap EZ (Roche NimbleGen, Inc).
With the advent of third generation synchrotron sources and considerable advances in optics that operate in the hard X-ray regime [83] (from angstrom to subangstrom wavelengths), numerous X-ray diffraction imaging techniques have sprung out [84 86], whose spatially resolving capabilities are most suitable to probing the crystal structure of epitaxial thin films.
This result implies that they may be suitable for probing excitable cells in an intracellular mode.
