Wide surface and structural characterisation of samples have been carried out.
A detailed geochemical characterisation of samples from sediment cores and hydrochemical data provided valuable high-resolution information.
Due to the inherent quantitative nature of NMR, we were able to utilise this spectral information in two distinct ways; firstly for the classification and characterisation of samples using multivariate statistical analyses and secondly, the identification and subsequent quantification of metabolites present in the media.
There is a need for more precise characterisation of samples and for greater homogeneity of samples in research studies in this field.
Genetic characterisation of samples from each ward during possible multiple outbreaks of norovirus would shed light on transmission events and lead to further insight about the direction of transmission, including the possibility that the virus can be moved around the hospital.
In this study, the preparation and detailed characterisation of a sample of biogenic-rich trommel fines has been carried out with a view to making the feedstock suitable for fast pyrolysis based on an existing fluidized bed reactor.
Additionally, the wide characterisation of our sample has allowed us to adjust for potential confounders when appropriate, including socio-demographic characteristics, smoking, clinical-functional characteristics, exercise capacity, nutritional status, or comorbidities; this adjustment reduces the possibility that the results could be attributed to factors other than psychological factors.
The four sample templates were used in three different PCR reactions that are used routinely for the characterisation of clinical samples submitted where CPV infection is suspected.
However, this technique requires glutaraldehyde-fixation of samples, limiting its use for analysis of formalin-fixed samples (a common preservation method employed by clinicians immediately following surgery), and restricting further characterisation of the samples with common histological and immunohistochemical techniques.
Characterisation of the samples prior to and after catalytic tests revealed that all catalysts remained practically unchanged during the reaction.
