Does atomoxetine accelerate attentional set shifting without affecting learning rate in the rat?
This novel analysis revealed that atomoxetine accelerated shifting to the new rule without affecting learning rate.
Thus, a powerful microarray experiment coupled with a flexible interactome and multi-pronged interactome tools (which are now made publicly available for microarray analysis and related work) suggest the hypothesis that dioxin, best known in fish as a potent cardioteratogen, has many other targets. Many of these types of toxicity have been observed in mammalian species and are potentially caused by alterations to cyp1a.