Results from studies of UV-B-induced photomorphogenesis [ 6] and gene expression [ 10- 12] point to the existence of a complex web of interactions involving phytochromes and cryptochromes as a part of the underlying perception, regulation and/or signaling system [ 5].
It is now well established that the motor system plays a pivotal role in action observation and that the neurophysiological processes underlying perception and action overlaps.
Importantly, our results implicate that the mechanisms underlying perception of other individuals in our environment are predictive in nature.
The cerebral cortex is organized into morphologically distinct areas that provide biological frameworks underlying perception, cognition, and behavior.
Identification of spatiotemporal interactions within/between neuron populations is critical for detection and characterization of large-scale neuronal interactions underlying perception, cognition, and behavior.
It is possible also to use psychophysical methods to study the neural mechanisms underlying perception and imagery.
However, our evidence supporting the commonality between neural structures underlying perception and imagery appears to be in conflict with previous reports of patients with dissociable deficits [1], [2], [27].
All of this points to our underlying perception that we deal with inferior human beings with lesser rights.
Neuronal elements underlying perception, cognition, and action exhibit distinct oscillatory phenomena, measured in humans by electro- or magnetoencephalography (EEG/MEG).
Our finding of a functional dissociation between the dorsal and ventral regions before and after training highlights changes in the functional roles of regions underlying perception.
