Both validation and PCR measures were combined into groups of similar measures (accuracy, efficiency and practicability) and then aggregated to an indicator of method validity, based on an implementation of the fuzzy-logic-based principle for method validation (software program AMPE [ 27]) and using the design and settings described in Bellocchi et al. [ 28].
Important fundamental principles for the method are that the probability of the presence of a brittle component is low and that after brittle failure, if it occurs, the structure is in such an unbalanced state that dominant post-failure mechanisms can readily be detected.
Preserving in the discrete realm the underlying geometric, topological, and algebraic structures at stake in partial differential equations has proven to be a fruitful guiding principle for numerical methods in a variety of fields such as elasticity, electromagnetism, or fluid mechanics.
This caveat also holds true in principle for barcoding methods that rely on the PCR amplification and subsequent massively parallel next-generation sequencing of amplicons from variable genomic or cell organelle DNA regions (e.g. 16S rDNA, rDNA-ITS or mitochondrial COI [ 11]).
The LC lists a number of fundamental principles for 3D visualization methods in cultural heritage.
The current work reports the fundamental principles for the measurement method and presents a first approach to the practical implementation which is based on inductance measurement of a simple coil.
We describe and provide proof of principle for a method to use microparticles functionalized with molecular coatings through self-assembly together with flow cytometry readout to evaluate Escherichia coli bacteria surface adhesion and killing efficiency.
Our analysis confirmed several well known interactions, like the ones of NOD1/NOD2 and RIPK2, providing a good proof of principle for the method used, however, we observed surprisingly few interactions with adaptor molecules, especially ASC.
The principle for the method is nonselective pre-enrichment in phosphate buffered peptone water, selective enrichment in Rappaport-Vassiliadis soya peptone broth, and plating out on red violet bile agar plates.
The principle for the method is non-selective pre-enrichment in phosphate buffered peptone water, selective enrichment in Rappaport-Vassiliadis soya peptone broth, and plating out on red violet bile agar plates and bromthymol blue lactose, sucrose agar.
