Thanks to all 2025 UGR Symposium Participants.
Molecular Cloning of APOBEC3: A3A, A3B and Variants
Molecular Cloning of APOBEC3: A3A, A3B and Variants
Presenter(s): Asenat Ghebru; Nyx Bajaire, Dalia Medina; Luke Murawski, Markoz Tatanashvili; Cole Murawski, Máté Pallos; Rick McLaughlin
Faculty Mentor: Lori Hays
College: Edmonds College | Field: Biology | Presentation: Talk | Location: HZL 210 | Time: 11:35-11:50 am
Abstract: APOBEC3s are deaminases that function in anti-TE and antiviral immunity, but are also agents, particularly A3A and A3B, that introduce mutations that are adaptive for certain cancers. The project focuses on transforming these deaminase constructs from mammalian expression vectors into bacterial expression vectors and incubating them in TSA plates to examine the effects on the mutations of E.coli colonies. The genes from mammalian vectors were transformed and inserted using restriction enzymes and ligation into bacterial vectors. After transformation, the resulting APOBEC3 inserts were grown in plates alongside bacterial colonies. Upon successful identification of colonies, gel electrophoresis and DNA sequencing were used to confirm proper insertion of the target genes. This research aims to understand how these genes interact and potentially provide more information on how cancer cells develop mutations.
Electromagnetic Induction in a Custom-Built Generator: An Application of Faraday’s Law
Electromagnetic Induction in a Custom-Built Generator: An Application of Faraday’s Law
Presenter(s): Kosten, Charles; Schmitt, Alan; Maas, Lola; Ray, Anders
Faculty Mentor: Chuck Mueller
College: Edmonds College | Field: Physics | Presentation: Talk | Location: HZL 210 | Time: 11:15-11:30 am
Abstract: Faraday’s Law describes how changing magnetic flux through a closed loop of wire induces an electromotive force (emf). In other words, an emf is generated by changing the amount of magnetic field lines that cross the surface area enclosed by wire loops. This phenomenon is utilized in all electric generator and motor designs. For our research project, we aimed to build a generator which rotates wire coils in a fixed magnetic field composed of a cylindrical Halbach array of neodymium magnets. Faraday’s Law predicts the angular frequency of the coils to be directly proportional to the magnitude of the emf. Our goal was to both demonstrate Faraday’s Law and design a generator that maximized voltage output with our given resource constraints. To accomplish this, we designed and built two different generators. Our first design measured a 4.6V root-mean-square voltage at our maximum angular frequency of 27.5 Hz, while our second design measured 45.6V RMS at an angular frequency of 26.3 Hz. We are quite pleased with the ~990% increase in voltage output achieved with similar constraints. The data collected from both designs confirmed Faraday’s Law. That is to say, the induced voltage was directly proportional to the angular frequency, as predicted by Faraday’s Law.
A totally Arcane podcast
A totally Arcane podcast
Presenter(s): Marie Escobar
Faculty Mentor: Leslie Rossman
College: Edmonds College | Field: Communication Studies | Presentation: Talk | Location: HZL 206 | Time: 10:55-11:10 am
Abstract: In this episode, of Total Mente Informed, hosts Marie Escobar and Jackie Sheppard take a critical media studies approach to analyzing arcane League of Legends, the Netflix animated series based on the popular video. Well, the show initially captivated them with its art characters and storytellers re-watching it through the length of academic theory revealed a more traveling picture. Drawing concepts from multiple frameworks M – social class, cultural studies, feminist theory, critical risk theory, with theory, audience reception, M – the host apply theoretical tools to examine the deeper illogical work of the show. Using Marcus‘s theory, they analyze the central tension between the privilege Pilltover, and the oppressed citizens of Zaun. Doing this, they reveal how class structure and profit motives influence both the story and the production of the show itself. Through cultural studies, the critic how arcane reinforces hegemonic ideologies like the American dream, often rewarding characters who conform to dominant values while punishing or sidelining those who don’t. Feminist, queer theory reveal traveling patterns of gender performance, and the ordering of feminine queer coated characters. Critical race theory, highlights, how characters of color serve, secondary, or stereotype roles, despite the shows seemingly diverse cast. Audience reception theory on covers, resistive readings, particularly among disabled viewers who reject the shows able implications. Finally, the podcast touches a moments of resistance within the narrative, such as Mel’s rejection of Patrico, norms, while noting how this moments are often on their mind by the shows ultimate returned to status quo power structures. This project emerged from the introduction to media studies course with Dr. Leslie Rossman. He reflects how academic theories can transform, however popular media, revealing the hidden messages and dominant ideologies embedded in the content we consume. Through this episode, the host demonstrate how critical analysis can in media literacy and challenge surface level narratives.
Dissecting 2 hands by Tate McRae through Critical Media Analysis.
Dissecting 2 hands by Tate McRae through Critical Media Analysis
Presenter(s): Hanthorn, Kristina; Rojo, Brandon
Faculty Mentor: Leslie Rossman
College: Edmonds College | Field: Communication Studies | Presentation: Talk | Location: HZL 206 | Time: 11:35-11:50 am
Abstract: In this podcast episode, we explore Tate McRae's music video "2 Hands" through seven different lenses: social class, cultural studies, feminist theory, critical race theory, queer theory, audience analysis, and how people can resist and transgress. Throughout the episode, we explore how the video reinforces hegemonic norms and dominant ideologies surrounding wealth, gender, race, and sexuality. We investigate how the working-class setting is contrasted with scenes of luxury and desire to illustrate conspicuous consumption. Feminist theory highlights the objectification of McRae's character. Critical race theory exposes plastic representation and the marginalization of people of color. While queer theory notes the video's heteronormativity and erasure of non-heterosexual identities. Through audience analysis, we emphasize how viewers may interpret the video's messages differently based on personal experiences, enabling polysemic and resistive readings. Ultimately, we seek to explain that media texts like "2 Hands" shape societal values, and critical analysis allows viewers to question and resist these narratives, pushing for more inclusive and reflective representations.
Rhetorical Criticism and Elementary (2012-2019)
Rhetorical Criticism and Elementary (2012-2019)
Presenter(s): Yen, Adrian; Alfred, Malik
Faculty Mentor: Leslie Rossman
College: Edmonds College | Field: Communication Studies | Presentation: Talk | Location: HZL 206 | Time: 10:35-10:50 am
Abstract: Elementary (2012-2019) was a modern-day adaptation of Arthur Conan Doyle’s late 19th century to early 20th century Sherlock Holmes stories. This podcast is a condensed version of a longer project developed during Dr. Leslie Leslie Rossman’s Introduction to Media Studies class in the 2024-2025 school year. The podcast hosts explore the pilot episode of Elementary using the tools of rhetorical criticism taught in that class, drawing from Critical Media Studies: An Introduction by Brian L. Ott and Robert L. Mack (2020). The excerpted portions shared here pertain to feminist theory (including the dichotomies of public/private and logical/emotional), the logic of safety, and cultural assimilation. Elementary has a number of traits that set it apart from other Sherlock Holmes adaptations, but still succumbs to some of the hegemonic pitfalls common in U.S. television. Keywords: media studies, feminist theory, screen adaptations.
Critiquing Rhetoric within Media: Black Mirror's San Junipero
Critiquing Rhetoric within Media: Black Mirror's San Junipero
Presenter(s): Schmitt Kirsten
Faculty Mentor: Leslie Rossman
College: Edmonds College | Field: Communication Studies | Presentation: Talk | Location: HZL 206 | Time: 11:15-11:30 am
Abstract: This is a small snippet of a bigger 30 minute podcast where my co-host (Ariel Geminiano) and I (Kirsten Schmitt) critically analyze the rhetorical methods used within Netfix’s Black Mirror Season 3 Episode 4, San Junipero. In this podcast we analyze the episode through 7 different areas of media critique pulled from the 3rd edition of the textbook Critical Media Studies: An Introduction by Brian Ott and Robert Mack. The 7 areas are as follows: social class, cultural studies, feminist theory, critical race theory, queer theory, audience analysis, and resistance and transgression. This podcast was produced as a final project for the class CMST&102 Intro to Media Studies: CD.
Cannabis and its anti-inflammatory properties: A cure or trojan horse?
Title: Cannabis and its anti-inflammatory properties : A cure or trojan horse?
Presenter(s): Tommy Tran
Faculty Mentor: Michelle Messmer
College: Edmonds College | Field: Biology | Presentation: Talk | Location: HZL 210 | Time: 10:35-10:50 am
Abstract: Cannabis can help with chronic inflammation illnesses or pain relief, but at a cost of potentially also inhibiting the immune system. More research needs to be conducted, as CBD could be a gateway to eliminating chronic inflammation.
Dissolved Oxygen and Cholorphyll-a: An analysis of water quality in the Snohomish River located near a local farming complex.
Dissolved Oxygen and Cholorphyll-a: An analysis of water quality in the Snohomish River located near a local farming complex
Presenter(s): Sayer, Rose; Perez, Abby; King, Emory; Singh, Gurpreet
Faculty Mentor: Mary Whitfield
College: Edmonds College | Field: Chemistry | Presentation: Talk | Location: HZL 210 | Time: 10:55-11:10 am
Abstract: Dissolved oxygen and Chlorophyll are two important parameters used in measuring water quality in aquatic habitats. Numerous factors can influence water quality. Nutrient runoff from farming communities can play an important role in a body of waters’ quality. Excess nutrient runoff such as phosphorus and nitrogen can increase decomposition within the water, increasing algae blooms, and with excess algae decomposition can in turn increase bacterial growth. Both algae and bacteria consume surrounding dissolved oxygen and influence the balance of the ecosystem's life sustaining oxygen levels. We conducted a point in time analysis of both the dissolved oxygen levels and chlorophyll-a for a comparison of a backwater run off near a farming complex, an upstream analysis for our control providing the river’s levels before the farming complex and samples to analyze if there was an impact downstream. We identified no statistically significant differences between sample locations. An average of the samples taken at our three locations showed well above desired dissolved oxygen levels within each sample location having a mean > 10 ppm and Chlorophyll-A levels at each site ~3 ppb indicating an mesotrophic river, and an overall healthy aquatic environment.