Sentence examples for multiple transcription factor from inspiring English sources
Identification of the presence of multiple transcription factor genes suggests transcriptional regulation through a variety of TBP-TFB combinations in the four newly sequenced halophiles.
Properties of the transcriptional machinery such as multiple transcription factor binding sites, synergy and cooperativity [ 37], and fractal kinetics [ 38] will contribute to sigmoidal gene regulation functions.
The overrepresentation of different motifs upstream of ribosomal protein regulons across the phylum raises the possibility that there have been multiple transcription factor substitutions in ribosomal protein transcriptional regulation over time.
The constraints for reorganization of existing cis-regulatory elements, or appearance of such elements de novo, are poorly understood; in some cases, the exact placement of multiple transcription factor motifs is essential for transcriptional function, while the composition of other genetic switches appears to be very loosely organized (Arnosti and Kulkarni, 2005).
We propose that SVAs have inserted preferentially into genic regions placing them in areas of the genome where they have the potential to affect transcription or post transcriptional regulation through several mechanisms such as methylation state, provision of multiple transcription factor binding sites or formation of DNA secondary structures.
Duke JL, Liu M, Yaari G, Khalil AM, Tomayko MM, Shlomchik MJ, Schatz DG, Kleinstein SH. (2013) Multiple Transcription Factor Binding Sites Predict AID Targeting in Non-Ig Genes.
This suggests that multiple transcription factors may be involved in the transcriptional machinery.
Transcriptional activation of the promoters of type I IFN genes requires the coordinated activation of multiple transcription factors and their cooperative assembly into transcriptional enhancer complexes in vivo.
We here show that multiple transcription factors and binding sites are involved in transcriptional regulation of the LM-332 genes.
The complex transcriptional regulatory network in Eukaryotic organisms usually requires interactions of multiple transcription factors.
Cell fate programing is known to be regulated by complex interactions of multiple transcription factors.
