These data suggest that the high intraspecies sequence divergence observed in our B. schlosseri specimens is compatible with an ongoing speciation process or with the presence of genetically separated cryptic species.
The obtained stiffness and yield strength of specimens were compatible with cortical bone tissue.
The method is compatible with small tissue specimens such as are obtained by needle biopsies and therefore has potential utility for clinical practice.
Light microscopy is an indispensible tool for cell and molecular biology and is compatible with visualization of living specimens.
Alkaptonuria is compatible with normal life expectancy.
Such freedom is compatible with necessity.
iOS 12.1.1 is compatible with all iOS 11 compatible devices.
All this is compatible with determinism.
Assume that is compatible.
This is compatible with the fact that EGFR expression and nuclear FABP7 immunoreactivity are mutually exclusive in a significant portion our clinical specimens.
