Our approach provided other excellent candidate metagenomic clones for investigation of novel host-commensal interaction mechanisms and these clones are currently being characterized using a similar strategy.
Spherule and aggregate size distributions, aggregate fractal dimensions and prefactors, and particle volume fractions were comprehensively characterized using this novel technique, which provided new, accurate, and relevant data on diesel particulates compared to the abundant past studies involving questionable mobility sizing measurements.
The AZFc region of 50 idiopathic infertile and 50 fertile men, both without partial deletions as assessed by a previous STS screening, was characterized using novel amplicon-specific sequence family variants (SFVs) and STS.
Serial sections of human myelomeningocele placodes were characterized using novel immunohistochemical caudal spinal cord markers (H4C4, AC4, NOT, VIN-IS-53, and FP3) and established structural markers (e.g. neurofilament, glial fibrillary acidic protein, or synaptophysin).
In the liver, bona fide adult progenitors have recently been characterized using novel markers, including FoxL1, MIC1 1C3, CD133, SOX9 and Lgr5 (Sackett et al, 2009; Dorrell et al, 2011; Furuyama et al, 2011; Shin et al, 2011; Huch et al, 2013; Miyajima et al, 2014).
These candidates are characterized using classical features, but also novel contextual features.
These novel copolymers were characterized using 1H NMR, GPC and DSC.
The chemical reactions and the obtained novel structures were characterized using NMR, FTIR, AFM and thermal analysis.
The novel compounds were characterized using FTIR, UV Vis, 1H NMR, cyclic voltammetry and elemental analysis.
