115 Interestingly, recent work using structural

imaging has revealed that individual differences in reality monitoring ability — ie, the capacity to distinguish whether a previously encountered item came from an internal or external source — are linked to structural differences across individuals in the volume of the paracingulate sulcus within the medial anterior prefrontal cortex, a region that was previously linked to reality monitoring performance in functional Inhibitors,research,lifescience,medical neuroimaging studies.116 It should be useful to examine in future research whether information from structural imaging can be combined with functional neuroimaging data to improve discrimination between true and false memories in individual cases. In light of the GF109203X datasheet foregoing considerations and the material discussed earlier, it is clear that research on constructive memory can help to address some major theoretical questions concerning the nature

and function of memory, as well as key applied issues that have Inhibitors,research,lifescience,medical important clinical and everyday consequences. Much work remains to be done in order to deepen our understanding of the neural basis and cognitive properties of constructive memory. Inhibitors,research,lifescience,medical But it seems clear that attempting to understand constructive memory processes by integrating perspectives from cognitive psychology and neuroscience has proven to be a productive approach in recent years, and there Inhibitors,research,lifescience,medical is every reason to believe that such an approach will continue to pay dividends in the future. Acknowledgments Preparation

of this chapter was supported by NIMH MH060941. I thank Clifford Robbins for help with preparation of the manuscript.
In the beginning there was skepticism. In a speech on the limits of knowledge of nature given in 1872, the eminent physiologist and physician Emil du Bois-Reymond Inhibitors,research,lifescience,medical demanded that mechanistic explanation be considered the hallmark of scientific treatment of a given subject matter. He then claimed that, alongside free will, we do not know, and will never know – ignoramus et ignorabimus – how to explain consciousness in physical terms: “What conceivable connection is there between specific movements of atoms in my brain on the one side, and the for me primary, not. Thymidine kinase further definable facts that ‘I feel pain, feel lust; I taste something sweet, smell the scent of roses, hear the tone of an organ, see red’….1 ” Note the examples used here: tastes, smells, sounds, and colors as a subject perceives them. Current discourse calls such phenomenal features of conscious states “qualia,” a term we owe to Clarence Irving Lewis.2,3 Roughly, our perceptions and feelings have a qualitative character to them – there is something it is like to be in those states or, stated differently, they are phenomenally conscious to the subjects who undergo these states.