Bicoid patterning in Drosophila is driven by one of these structures immediately surrounded by Homie and Nhomie and named for the even-skipped stripe 2 protein.  
Bicoid patterning in Drosophila is driven by one of these structures immediately surrounded by Homie and Nhomie and named for the even-skipped stripe 2 protein.  Hi-C and ChIA-PET were developed to improve 3C methods for identifying these structures. They are considered flexible in the "billboard" model. A complex of HMG-1, NF-κB, and IRF-3 occurs at one of these structures named for interferon-beta. They are "trapped" using P-element transposons. In yeast, these structures are called UAS. A box named for them binds C-myc and other (*) basic helix-loop-helix proteins. These structures loop because of cohesin-associated proteins, which allows them to bind the Mediator complex either upstream or downstream. These cis-acting elements are often thousands of base-pairs away from where RNA polymerase binds. For 10 points, name these DNA sequences that activate transcription along with promoters.
Bicoid patterning in Drosophila is driven by one of these structures immediately surrounded by Homie and Nhomie and named for the even-skipped stripe 2 protein.  
enhancers [prompt on activators]