Sentence examples for singular motif from inspiring English sources

In the Cheim & Read Gallery's isolation of the singular motif of suspension at work in the sculptures of Louise Bourgeois, we're compelled to recognize in Bourgeois' compulsive resistance to gravity a new kind of Uncanny.

In particular, we were interested in compounds that (i) bind to the repeating motifs in r CGG exp (1×1 nucleotide GG internal loops; Figure 1) and (ii) can be modularly assembled to afford multivalent compounds that recognize the repeating structure of r CGG exp, rather than a singular motif.

As an interesting result, they found that the obtained singular motifs had unique functional roles in the considered network [59].

The identification of these short protein-interaction motifs supports the notion that the general function of UBA-UBX proteins as ubiquitin-binding adaptors for p97 is complemented with specific functions mediated by singular motifs.

Applying a novel bioinformatic algorithm, we demonstrate on a genome-wide scale that singular motifs or composite modules of AuxREs, ZREs, MREs but also of MYC2 related elements are significantly enriched in promoters of auxin-inducible genes.

The longtime Los Angeles artist was renowned for fabricating teetering assemblages out of piles of old chairs, banged-up mannequins and industrial and domestic remnants — from steel trays (as seen in a whimsical, roller-coaster-like piece titled "Sixty-Five Aluminum Trays") to old toilets (he had an uncanny ability to make the big white throne into a singular sculptural motif).

Both of these NWM sequences lack the singular HPE motif in the CDD1 of all other A3Gs.

The main parameters of the previous routine [41] —the smoothing kernel bandwidth plus the number of singular nodes and motif groups are now selected based on the data.

These analyses confirmed that specific singular and composite motif-modules, consisting of AuxREs, ZREs, MREs or a G-box related MYC2 element, are significantly enriched in the promoters of auxin-inducible genes and in some auxin-regulated gene families.

Biochemical and structural studies have underscored the singular importance of this motif in mediating the back-to-back dimer formation and TibA substrate recognition.

The most accepted one associates the presence of motifs to the singular information-processing tasks they can accomplish (see [5], for a review).