Filtering by
- All Subjects: Genetics
- All Subjects: Science Fiction
- Creators: Department of English
- Member of: Theses and Dissertations
More specifically, this play works within the cross-section of religion/spirituality, mental illness, and UFO and other extra-terrestrial related anomalies to ask such questions as: What does it mean to be Human? What does it mean to be "alien" or Other? How do we internally and externally construct a binary between Humanness and Otherness, between Self and Other? How do we construct reality? In what ways does this anthropomorphize our conceptions of the Human or the Other? In what ways, specifically, may this affect our understanding or manifestation of mental illness, in ourself and others?
The play you see here is a final draft for the thesis, but is still in development elsewhere. Here is a brief log line (i.e. a short description of the general plot and conflict of a script) for the piece: Four sisters from a broken home must deal with the sudden discovery of their late father's communication with an extra-terrestrial race bearing a message of Love-and-Peace. When they, too, begin to communicate with the E.T.'s, they must juggle issues of mental illness, memory, and trauma all while outrunning a shadow government that will stop at nothing to uncover their secret.
Most protein-coding mRNAs in eukaryotes must undergo a series of processing steps so they can be exported from the nucleus and translated into protein. Cleavage and polyadenylation are vital steps in this maturation process. Improper cleavage and polyadenylation results in variation in the 3′ UTR length of genes, which is a hallmark of various human diseases. Previous data have shown that the majority of 3’UTRs of mRNAs from the nematode Caenorhabditis elegans terminate at an adenosine nucleotide, and that mutating this adenosine disrupts the cleavage reaction. It is unclear if the adenosine is included in the mature mRNA transcript or if it is cleaved off. To address this question, we are developing a novel method called the Terminal Adenosine Methylation (TAM) assay which will allow us to precisely define whether the cleavage reaction takes place upstream or downstream of this terminal adenosine. The TAM Assay utilizes the ability of the methyltransferase domain (MTD) of the human methyltransferase METTL16 to methylate the terminal adenosine of a test mRNA transcript prior to the cleavage reaction in vivo. The presence or absence of methylation at the terminal adenosine will then be identified using direct RNA sequencing. This project focuses on 1) preparing the chimeric construct that positions the MTD on the mRNA cleavage site of a test mRNA transcript, and 2) testing the functionality of this construct in vitro and developing a transgenic C. elegans strain expressing it. The TAM assay has the potential to be a valuable tool for elucidating the role of the terminal adenosine in cleavage and polyadenylation.