Within the CSBs of the six NB enhancers examined, only two, dpn and wor, contained conserved putative Su(H)-binding sites; two dpn sites matched one of the Su(H) consensus sites (GTGGGAA) and two wor sites match the sequence ATGGGAA.
The CSBs of co-regulated enhancers share a large number of sequence elements, suggesting that a diverse repertoire of transcription factors may interact in a highly combinatorial fashion to coordinately regulate gene expression.
In CRS, the whole spectrum is divided into equal-sized coarse sensing blocks (CSB) of equal bandwidth, and an energy detector of bandwidth equal to that of the CSB is applied on randomly selected CSB and checked for at least one idle channel.
Many of the CSBs consisted of 8 or more bp, and often contained core sequences identical to binding sites for known factors as well as other core sequences that aligned with shorter novel cDTs, suggesting that the longer cDTs may contain core recognition sequences for two or more TFs.
Moreover strong evidence have been provided for the anti-neoplastic potential of the CSB defect in a background of p16Ink4a/p19ARF or p53 tumor suppressor deficiency [ 52].
The results showed that, when using XynA at the optimal amount in the preparation of CSB, both the specific volume and hardness of the CSB were improved greatly.
This region is part of the CSB II and the binding site of replication primer.
The model described by Hayasaka et al. [ 21] is suitable for the formation of TRs surrounding the CSB region, not a feature of the mtTRs in P. cornutus.
In particular, the Pres of the FB is much lower than that of the CSBs and independent of the SNR.
The talk by Marc Majora (IUF, Düsseldorf) described an interesting phenotype of mice deficient in the CSB protein, which is part of the transcription-coupled repair (TCR) pathway.
