Do divergent calcium signaling in RBCs from Tropidurus torquatus ( Squamata -- Tropiduridae ) strengthen classification in lizard evolution?
T. torquatus RBCs present different mechanisms from Teiid lizard red blood cells (RBCs), for controlling its intracellular calcium levels. At T. torquatus the ion is only stored at endoplasmic reticulum and mitochondria. Moreover activation of purinergic receptor, P2X type, was able to induce an influx of calcium from extracellular medium. These studies contribute to the understanding of the evolution of calcium homeostasis and signaling in nucleated RBCs.
It appears likely that audiology IP rates will remain steady at levels that lag behind the IP rates of other doctoring professions. The authors report some of the variables that appear to have driven current AuD students’ career setting choices regarding IP.