Sentence examples for sequences can act from inspiring English sources

It's like programming using music, where different notes and sequences can act as input values.

Testing for activity has revealed that thousands of constrained noncoding regulatory sequences can act as enhancers in embryonic tissues (Pennacchio et al., 2006).

It has been shown that repeat sequences can act as enhancers in experimental assays [ 36], although their putative function in vivo is still under debate [ 37].

Possibly as a result of DNA looping, regulatory sequences can act specifically on distant genes, skipping intervening genes in some cases [ 82, 83].

However, much Plasmodium research has involved plasmid transfections, and despite the varying degrees of segregation efficiency of these plasmids into daughter parasites, they have all been able to replicate inside the parasite, indicating that a variety of DNA sequences can act as Plasmodium origins of replication.

In particular, automatic chord recognition has always been of great interest, since a chord sequence can act as a robust mid-level representation for a variety of MIR tasks such as cover song identification, music classification, and retrieval[1].

A transcription factor bounded to a specific DNA sequence can act as either an activator or a repressor depending upon the coregulator associated with it.

Similarly, during new outbreaks of viral infection, genome-scale sequencing can act as a precursor to the development of simpler specific tests that can be used in case definition [ 31, 32].

First, the presence of a positioned nucleosome within the pre-miRNA genomic sequence can act as 'speed bump' to reduce the rate of RNAPII elongation, thus improving pre-miRNA cleavage.

To determine if the CmURE2 sequence can act as a regulatory element and to compare its activity with its zebrafish and mouse counterparts, we prepared a series of reporter constructs in which the URE2 sequences are placed upstream of a cassette containing a β- globin minimal promoter and either the GFP or lacZ reporter gene.

The CS2 domain also possesses serine-glycine sequences that can act as the attachment site for CS.