In addition, we demonstrate that CD133+ cell groups were CK20− and EpCAM+, which is in accordance with previous studies that characterised the phenotype of CD133+ colon cancer cells using tumour cell suspensions (Dalerba et al, 2007; Ricci-Vitiani et al, 2007).
The combination of the safety database size and trial design limits the interpretation of the safety profile of this molecule; however, a larger study (N=161) that characterises the safety profile of sifalimumab in SLE has recently been accepted.
This is the first study that has characterised chondrogenic gene expression in IPFP-derived cells.
Here we describe in detail the experimental design, quality controls and analyses associated with the study by Naughton et al. [13] that characterised for the first time the large-scale distribution of DNA supercoiling in human cells (GEO: and GSE43450).
In this study, the parameters that characterises the mechanical properties for stiffness and strength to be used as sandwich structure core materials were identified.
This review reports on studies that have characterised the catalytic oxidation and discusses the mechanism of the catalytic reaction based on investigations that were carried out with both C C composites and carbon as a fossil fuel.
There is a paucity of studies that have characterised structural brain changes prior to onset or during the early stages of these disorders.
To our knowledge, there are currently four published studies that have characterised gene expression patterns of whole-lung tissues of patients with COPD.
The influence of genetic susceptibility on the aetiology of OA has been demonstrated in large epidemiological studies, that have characterised OA risk alleles from genome wide association analysis [ 7].
Further, in accordance with previous findings in COPD patients [ 6], guinea pigs demonstrate CS-induced oxidative stress in limb muscles within 3 months of exposure [ 6, 16], potentially highlighting the relevance of the guinea pig model for studying extrapulmonary co-morbidities that characterise human COPD.
