Sentence examples for actively bound from inspiring English sources

Bi-exponential fit of fluorescence recovery curves indicated two kinetic pools of protein in adhesion sites with t1/2(I) corresponding to tethered protein and t1/2 II) reflecting the pool of actively bound protein [24].

In contrast, Pol II actively bound the Telokin promoter in miR-1 double-knockout hearts.

To determine whether GATA3 protein was actively bound to the predicted consensus MUC1 promoter sequence (at -2398/-2393 from transcriptionalonal start site (TSS)) in vivo and in vitro, we performed ChIP and gel shift analyses in breast cancer cells.

The ChIP-PCR fragment covers part of the interval published by Fulp et al. (2008) and confirms that this p300 bound region is actively bound by a transcription factor in mouse neuronal cells.

Moreover, sclerotic prostate cancer metastases may be relatively hypocellular, so that viable tumor volume is under the detection limit of the PET/CT technique; conversely, these lesions are typically positive on conventional bone scan, since the radiopharmaceutical is actively bound by osseous matrix.

VRC01 actively binds to the HIV envelope glycoprotein gp140, blocking its interaction with CD4+ receptor on T cells and is particularly effective as it directly mimics the structure of the CD4+ receptor (Li et al. 2011).

They should only affect this first motif and therefore provide information on whether both or only the first of the putative motifs actively binds CaM.

Interestingly, as the concentration of NMB was increased the kinetics of the blocked currents changed in a way that suggests that the peptide whilst able to actively bind the closed configuration, may have a higher affinity for the open configuration.

The N- and C-terminal domains of native SP-B actively bind lipids [30], [34], [39], [40], [44], and MB and S-MB each incorporates residues 8 25 and 63 78 of human SP-B that participate in these amphipathic helices (Figs. 4,6,7).

This demonstrates that mature ECs actively bind Id1 (indicating a receptor), and induce signaling pathways.

We then used electrophoretic mobility shift assays (EMSAs) to determine whether JunB can actively bind to these sequences.