Sequence analysis showed that this novel sex-specific marker was highly conserved amongst these three bird species.
The use of this radioligand as a clinical marker is highly dependent on the robustness of the radiochemical process used for its preparation.
This marker is highly specific for myocardial damage [34].
However, N-cadherin, a main mesenchymal marker, was highly expressed in these cells.
CD163, an M2 marker, is highly expressed in atherosclerotic plaques, whereas MSR1 is important in plaque formation [ 32, 34].
Importantly, we have been able to show that the elution profile for any given marker is highly reproducible in parallel HPLC runs.
CD127 was reported to distinguish human Foxp3+ regulatory from activated T cells; this marker is highly enriched on activated T cells, but almost undetectable on Tregs.
However, PPAP2B, a Bergmann glia marker, was highly correlated with AQP4 and GJA1 preventing us from statistically separating expression contributions from the different astrocyte subtypes.
The 18S marker is highly conserved [ 43] and at the 97 % cutoff level will probably often lump closely related species and genera into single OTUs.
This marker is highly significant and independent of tumour thickness and already predictive in low-risk melanomas thinner than 1.0 mm.
