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Transcription factors NFAT5 and Sp1, which are ubiquitously expressed in a variety of tissues, bound to these elements.
It has been postulated that regulation occurs through physical interactions between factors bound to these elements, which are located at considerable distances from each other.
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This chapter describes approaches and strategies for using minigenes to define the cis-acting elements that determine splice site usage and to identify and characterize the trans-acting factors that bind to these elements and regulate alternative splicing.
So far the identity of the transcription factors which bind to these elements is only known for the CHOP element (CHOP and C/EBPβ).
Computational approaches have the power to identify conserved DNA regulatory elements; however, computational strategies cannot confidently predict the proteins that bind to these elements.
Notably, mutation of either of the two upstream GC-box-like elements also significantly reduced promoter activity, however EMSAs suggest that other, unidentified factors bind to these elements.
GT-4 formed a complex with P1 (GT-3 box), P2 (GT-3b box) and P7 (MRE4), and the intensity of the retarded bands were dramatically reduced when non-labeled competitors were included, indicating that GT-4 specifically binds to these elements.
Could there still be a link between Sam68 bound to these RNA elements and splicing induction?
Protein complexes comprising of DNA-binding proteins bound to these regulatory elements may hold together DNA conformations to form chromatin centres of active transcription or transcriptional factories.
The spacing between the cis elements determines the interactions between DBTFs that bind to those elements.
Most research on the regulation of AS has focused on identifying sequence features (cis-acting elements) within the mRNA that either enhance or silence the usage of adjacent splice sites, and the proteins that bind to these sequences (trans-acting elements) to define global splicing patterns.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com