Presentation Opportunities

National Conference on Undergraduate Research

The National Conference on Undergraduate Research (NCUR) is open to undergraduate presentations in all fields of study. NCUR welcomes conference proposals for research posters, oral presentations, slide shows, live performance, gallery talks, art and short films.

To Apply

  1. Draft your conference application and research abstract, and review it with your faculty or staff mentor.
  2. Submit your finalized application through the NCUR website. Note: Make sure you copy the URSCA Coordinator ( on your application to be eligible for URSCA Office travel funding.
  3. Abstract decision notifications begin on November 15, 2021 for Early Decision and all other submissions notifications will be sent out on January 10, 2022.
Upcoming Dates to Note
October 3, 2022 - November 30, 2022                Abstract Portal Opens 
January 5, 2023- January 31, 2023 Notifcation of Abstract Acceptance 
January 2, 2023- January 31, 2023  Early Registration Opening
February 1, 2023 - February 28, 2023  Regular Registration 
April 13-15, 2023  NCUR 2023 @ UWEC


2021 Presenters 

Andrew Hoium and Dr. Lathadevi Chintapenta | Department of Biology
Enhancing the Biosynthesis of Antibiotic Compounds from Soil-Derived Bacillus Using Co-Culturing Techniques

The need for the creation of new antibiotics has never been more urgent with the growing trend of antibiotic resistance in the bacterial world. Bacteria can become resistant because of random mutations that can give rise to degradation enzymes that will interfere with the transport mechanisms. To make the issues worse, bacteria confer resistance. Antibiotic resistance has cost the economy $168 million in 2018 and caused more than 2 million infections. Pharmaceutical companies have decreased the amount of time and money spent searching for antibiotics due to the lack of revenue from antibiotics. The USFDA approval of new drugs decreased by 56% between 1998-2002. This research focuses on the production of new antibiotics and exploring the metabolic profiles of the antibiotic producers with a long-term goal to share the pilot-scale information with industries. Currently, 3 Bacillus sp. isolated from the soil have shown to inhibit the growth of Acinetobacter baylyi and Enterococcus raffinosus. To accomplish the discovery of new antibiotic compounds, co-culturing will be utilized with the hopes of revealing cryptic genes that would otherwise be silenced in pure culture. Preliminary results from co-culturing revealed that the isolates can eliminate the pathogens from a mixed culture. Additionally, it was discovered that our Bacillus isolates utilize a broad spectrum of carbon sources. During metabolic profiling, it was discovered that 2-hydroxybenzoic acid was not utilized efficiently. This result is significant as 2-hydroxybenzoic acid is an important precursor compound to many other compounds and it may promote antibiotic production from the Bacillus sp. Future research will be focused on genomic analysis to examine the antibiotic biosynthetic islands within the genome. The genes will be tested for expression using qRT-PCR when co-cultured with the pathogen. Various biochemical tests will also be performed with the hopes of obtaining a concrete metabolic profile.

Ryan Huling, Dr. Greta Gaard | Department of English
Students’ Not-So-Safe Place: Addressing Guns’ Roles in School Shootings

The rise in mass shootings in schools across the United States has created arguments regarding various causes of the events. This research paper dives into an argument by Gary Kleck written after gun control laws were established in response to the school shooting at Columbine High School. Firstly, Kleck’s opposition to gun control is dissected and his motives discussed. The approach uses his own words to show contradiction and counter with real-world examples for support. Then the paper transitions into discussions regarding the effect of mass shootings in schools and their impact on students, parents, teachers, and school climate. Main focuses of the sections include students’ academic success, people’s fear of the school environment, and precautions taken by school districts. These show that schools are doing what they can to protect students. However, the fight over guns produces little headway toward safer schools. The result of the polarizing climate brought on by gun rights and gun control activists is a lack of focus on topics such as toxic masculinity, bullying in schools, and homophobia with their relation to guns and school shootings.

Lucy Landaeta, Keely Johnson, Dr. James Cortright, and Dr. Daniel Ehlinger | Department of Psychology
The Role of Chronic Caffeine Administration on Major Depressive Symptoms in Long Evans Rats

Presented by Lucy Landaeta and Dan Roever

To date, caffeine leads globally as the most consumed psychoactive drug. Its readily available nature and alertness-exerting effects have appealed to populations of all psychiatric histories. Given the prevalence of psychiatric conditions such as Major Depressive Disorder (MDD), in which symptoms such as lethargy are commonplace, a potential relationship between caffeine administration and attenuation of MDD symptoms has been suggested. In particular, within groups exposed repeatedly to stress, a frequent trigger of MDD, caffeine intake surges. This has led to an observed inverse correlation between caffeine intake and MDD symptoms (Kaster et al).  Clinically, the current state regarding caffeine administration as part of MDD treatment remains limited but established. When conjunctively applied in the presence of Selective Serotonin Reuptake Inhibitors (SSRIs), caffeine has shown to augment the therapeutic effects in human and animal models (Minor et al; Szopa et al.). However, the mechanism of action by which caffeine specifically exerts these effects remains unknown. The purpose of our study was to expand upon previous literature and to elucidate these mechanisms by combining behavioral and morphological analysis.


Alyssa Seitz and Sylvia Kehoe | Department of Animal and Food Sciences
The Effects of Agglomerated Blood Plasma on Scour Incidence and Severity in Pre-Weaned Dairy Calves

Newborn dairy calves are predisposed to a number of health issues that can affect their long-term growth and development. The most common and detrimental of these is scours. Feeding agglomerated bovine blood plasma may decrease the incidence and severity of scours as observed in calves fed blood plasma over the course of 21 days shortly after birth. Four hundred forty dairy calves of assorted breeds from Hall’s Calf Ranch in Kewaunee, WI were used in this trial. Half (220) received blood plasma in their milk twice a day for 21 days starting shortly after birth. Calves were evaluated initially for vigor and scour incidence, and then scour scored three times a week over the course of feeding the plasma. Calves were weighed prior to starting the trial. Confounding factors such as weather, treatments and palatability of blood plasma were also recorded, as was the mortality rate. It was found that calves fed blood plasma experienced a 15% decrease in severe scours cases compared to their control group counterparts, with little effects on palatability. There was also a decrease in mortality rate seen. 


NCUR 2023 @  University of Wisconsin–Eau Claire

April 13-15, 2023