As well as Sftpd, the microarray analysis detected a high number of genes involved with the immune response such as Chi3l1, Lyz1&2, Lcn2, Scgb1a1, Hc, Vnn1, H2-10, Ier3, Tnfaip, Hp and C3 which are also highly under-expressed in the E17.5 Creb1−/− lung.
Moreover, the data mining analysis detects a high correlation of miR-1 and miR-206, which are frequently associated in terms of both biological processes and pathologies.
The analysis detected a total of 807 hypothetical proteins with high confidence.
This analysis detected an association between high extractable aluminum and the node shared by Myrtaceae and Vochysiaceae, Eugenia and Chamguava (in Myrtaceae), nodes within Ficus (in Moraceae) and a node shared by two species of Psychotria (Rubiaceae) (Table 4).
The main elements identified in the signature spectrum are Ba, Cr, Mn, Co and Zn, and minor elements area P, S, Ca, Fe, Pb and Sr. XRF spot analysis also detected a high level of Al.
In this analysis, we detected a high prevalence of PDDIs with 46% of all patients being exposed to at least one PDDI.
Conversely, the same analysis techniques detected a high number of nanoparticles in regular powder E, which is not marketed as nanotechnology based.
Indeed, in our FACS analysis, we detected a high percentage of induced Gem9 cells with > 4 N DNA content as compared to uninduced Gem9.
In our analysis, we detected a high heterogeneity in the comparison of drug coated balloons versus plain balloons, with two smaller trials showing larger treatment effects.
In our initial analysis, we detected a high level of phylogenetic signal once correcting for the host's IL28B-917 SNP, indicating that a virus genomic effect could be present (Fig. 4).
For subgroup analysis, CAC detected a higher number of SSA/P or TSA (7 vs 1, p 0.03).
