Sentence examples for overlapping recognition from inspiring English sources
These observations are in contrast to a study by Yamamoto et al. who used GST pull-downs to investigate the NOXO1-NOXA1 interandion and found that wild-type NOXO1 failed to bind the SH3 domain of NOXA1, as suggested due to overlapping recognition motifs in the proline-rich region [40].
Some SNP loci are predicted to be digested by two different restriction enzymes, with one recognizing the reference allele and the other recognizing the alternative allele, or by different restriction enzymes with overlapping recognition sequences.
More likely, the use of a single or a few nanoparticle species results in more or less similar or even identical signatures due to overlapping recognition patterns and similar surface structures among the various EMV species.
This property has led to the suggestion that daunorubicin may compete with transcription factors with overlapping recognition sites for binding to DNA.
In our synthetic strains with a 21 amino acide code, due to the overlapping recognition elements in both E. coli proline and M. jannaschii tyrosine tRNAs, M. jannaschii tyrosyl-tRNA synthetase aminoacylates available uncharged endogenous proline tRNAs.
We found that it is possible to use two sgRNAs with overlapping recognition sites in the same experiment (experiments 15, 17, and 19), which could help avoid low-efficiency sgRNAs.
Transporters can be highly promiscuous with overlapping compound recognition patterns.
The seven P2Y receptor subtypes known to be expressed in rats have overlapping ligand-recognition properties; they differ in the G proteins that they preferentially activate, and in whether they regulate phospholipase C, adenylyl cyclase or both.
Called Spikelet, it is designed and optimized to spike and overlap pattern recognition in the digitalized signal that comes from H1, a motion-sensitive neuron of the fly's visual system.
All donor plasmids included homologous arms cloned from wild-type genomic DNA, and consisting of sequence flanking or partially overlapping the ZFN recognition sites.
We varied the payoffs for correct responses in two temporally-overlapping recognition tasks, a visual array comparison task and a tone sequence comparison task.
