Both HIF-1alpha and HIF-2alpha are activated in close correlation with retinal hypoxia but have contrasting cell specificities, consistent with differential roles in retinal ischaemia.
[45] This study demonstrates that both HIF-1alpha and HIF-2alpha are activated in close correlation with retinal hypoxia but have contrasting cell specificities within the inner retina.
In contrast, specificities in infected control macaques remained more stable during a similar time frame (Fig. 3A, macaques AG94, AI22, 35720).
In contrast, specificities of these groups showed high levels in the intraoperative test (99.2% in CK19, 90.2% in CEA and CK19/CEA) and the permanent test (100.0% in CK19, 99.2% in CEA and CK19/CEA).
However, sequence analysis of three Frankia genomes representing contrasting host specificity ranges failed to reveal the presence of genes homologous to the Rhizobium nod genes [ 10] or symbiotic islands [ 11].
By contrast, specificity was dramatically higher using SPM-P than SPM-A (p < 0.0001).
In contrast, specificity was generally high (range: 99.0%–100%).
In contrast, specificity was excellent with 100% [ 35].
Depending on the required level of contrast specificity, one may simply use either mode.
In contrast, specificity between these two cutoff points increased from 60.7% to 71.3%.
