First, we present recent advances in the field of 2D crystallization on planar surfaces, where the surface lattice defines the orientation and recognition of molecules at the interface.
In addition, there may be disturbances of visuospatial orientation, facial recognition problems, and chronic visual hallucinations [ 15].
These RSVP studies suggest that shape information capable of supporting orientation-invariant recognition is extracted within the first 100 ms of processing.
Here, we investigate the contribution of luminance and contrast information to global form detection, a stage between the extraction of local orientation and the recognition of objects.
This analysis suggests that unusual cross-strand and inter-helical contacts are made by some of these proteins, and the general orientation of the recognition helix to the DNA is flexible, even when constrained by flanking zinc finger domains.
The structures of gp120 in complex with F105 and b13 show that it does not suffice to occupy the CD4 binding site in order to exert broad neutralizing activity since the orientation of gp120 recognition is most likely not compatible with binding to the trimeric Env present on virions [15].
Previous studies of other visual learning tasks (such as the flight simulator and the detour paradigm) revealed that the main center for visual input processing in relation to locomotion, orientation and landmark recognition in Drosophila seems to lie within the central complex [28], [29], [38], [43], [60].
R55 is involved in the orientation and the recognition of the 5'-PO4 end [ 4].
To cleave DNA, the Type III RM (restriction modification) enzymes must communicate the relative orientation of two recognition sequences, which may be separated by many thousands of base pairs.
In this assay, one expects ∼50% of the binding events to occur in the correct orientation that permits recognition of HS1/HS2, and the remaining 50% to occur with the duplex DNA in the incorrect orientation, which may not lead to recognition of HS1/HS2.
