We tested this concern by phenotyping tetramer- and dextramer-isolated CMV-specific CD8+ T cells directly ex vivo with a marker for viability and directly conjugated antibodies specific for the surface markers CD3, CD8, CD14, CD19, CD27 CD45R0CD27R0, CD57, CD69, CD69 and CCR7 (Fig. 9).
Case studies are ideal to test if this concern is valid, and forensic anthropology is a testing ground for applying a population based standard to individual skeletal remains.
Older, more experienced physicians – who presumably have more knowledge about the implications of genetic testing – share this concern.
It would be inappropriate to use such observations to justify routine disregard for χ testing because this concern applies only to small- N contexts, and only to models coming reasonably close to satisfying the traditional 0.05 alpha for the χ test.
Responding to this concern, test batteries were developed where mice were systematically channeled through extensive tests of general health, reflexes, motor function and cognitive abilities (reviewed in [ 12]).
Researchers have responded to this concern by testing the hypothesis.
With this concern, we tested whether collinearity would be a problem in the full model and found no evidence of a problem (variance inflation factors all below 2).
To address this concern, we tested an approach based on fitting a local distribution surface using least squares polynomial approximation (Makarenkov et al., 2007).
To address this concern we tested CPX GPGP bound to SNARE∆60 and SNARE complex using the medium range Bimane/Oregon green FRET pair (R0 ∼38Å).
There is no "ideal" system for testing inhibitors, and this concerns those whose research is based around bacteria, as well.
