One of the obstacles in studying these recognition pathways is the limited repertoire of known degradation signals (degrons).
These recognition systems in polymers are analogue of the biological recognition systems in the body such as enzymes, DNA, antibodies and aptamers.
A growing number of neuroimaging studies have also sought to directly image the brain regions engaged in these object recognition and conceptual processing tasks.
In these cases, recognition of initial arterial vascular morphology and sustained enhancement of periphery is important for the correct diagnosis of FNH.
These recognition rates, in general, are lower than those reported on the RIMES database.
The job of TCR-CD3 is to assist in the recognition of these antigens.
The originality of stratificational grammar does not reside in the recognition of these three major components of a linguistic description.
The difference in the chemical structure of the various molecules (Figure 1) may support these discrepancies in the recognition and transport by efflux pumps observed here.
In the future, mutation studies will have to be performed to prove the importance of these residues in the recognition step in the OMPs biogenesis.
The transcriptional regulation of this gene in sugarcane inoculated with N2-fixing bacteria suggests a possible role for this protein in the recognition of these microorganisms.
