Showcase

It is estimated that 14% of the adult US population has chronic kidney disease (CKD). This is approximately 1 in 7 adults. Bone loss is a common side effect of CKD which leads to increased risk of bone fractures. Treatments in CKD are challenging due ... to decreased kidney function, making safe, effective therapies very needed. In the Allen lab, our goal is to explore different factors that can possibly prevent bone loss in those with CKD. This study specifically explored the impact of different dietary fibers on bone health in rats with CKD. We found that all the different fiber types we studied (inulin, pectin, psyllium) protected against bone loss in CKD and mitigated the declines in bone strength. Overall, this study shows that dietary changes may help protect bone and prevent fracture in CKD. Read more

This LHSI internship has allowed me to work within the Center for Biomedical Informatics at the Regenstrief Institute. At this center they are working alongside the CDC, Indiana University, the VA, and Marion County Public Health department in resear ... ch on long COVID-19. During this internship I completed a scoping review that focused on healthcare disparities and long-COVID 19. Healthcare disparities are defined as factors that impact an individual’s access to healthcare, the presence of disease in different populations, or health outcomes. This research is important as 1 in 13 adults who have survived COVID-19 suffer from long term symptoms and the severity differs among different populations. Read more

My internship has focused on analyzing denervation-induced skeletal muscle atrophy in nerve injury and amyotrophic lateral sclerosis (ALS) models. In the nerve injury model, the sciatic nerve in the right hind limb was surgically cut to document how ... sudden nerve damage leads to disconnection of the neuromuscular junction (NMJ) and subsequent skeletal muscle atrophy in mice. The denervation is useful both for comparing how it can mimic progressive skeletal muscle atrophy that occurs in ALS and how a sudden severance of the sciatic nerve can lead to unique characteristics in atrophy progression. Despite multiple causes of denervation skeletal muscle atrophy, the carboxyl-terminal modulator protein (CTMP) is a common contributor. The Walker lab has identified that upregulation of CTMP promotes skeletal muscle atrophy progression in these models, and the involvement of this protein has been a focus of my project. Read more

In our lab we focus on understanding how stress response pathways help prostate cancer (PCa) cells adapt and survive amino acid (AA) limitations. Our lab discovered that the kinase GCN2 is critical for the maintenance of AAs in PCa cells by turning o ... n genes involved in AA synthesis and transport. Blocking GCN2 function in PCa cells results in AA starvation leading to decreased growth of these cancer cells. These results support that GCN2 may be a potential therapeutic target for treating this deadly disease. However, before GCN2 inhibitors can be taken to the clinic, we need to have a better understanding on how inhibition of GCN2 affects different cellular processes. For my LHSI project, my goal was to study how deletion or inhibition of GCN2 in cultured PCa impacts ribosome biogenesis and translation, both cellular processes are dependent on AAs. Using Click-IT-based reactions and immunofluorescence for detection, we found that the amino acid limitations caused by loss of GCN2 function decreased ribosome biogenesis and translation in PCa cells, and this could be reversed by AA supplementation. Furthermore, culturing PCa cells in media depleted of AAs also reduced ribosome biogenesis and translation, suggesting that AA limitations is a major factor leading to the reduction in these cellular processes following GCN2 inhibition. Read more

During my internship under the guidance of Dr. April Newton and Alex Buchanan, I had the invaluable opportunity to participate in two clinics: the Buprenorphine Clinic and the CoPac Clinic. These experiences offered me profound insights into the powe ... r of team-based clinical care, showing the efficacy of an interprofessional approach in addressing complex health issues. Inspired by what I learned at the clinics, I pursued on a personal passion project. Recognizing the power of team-based care in addressing complex health challenges, I initiated the project “Madres en Plenitud: Apoyando a Madres a Vencer Barreras de Salud.” In this project, I am creating an accessible resource guide made specifically for mothers of Hispanic backgrounds. Using insights gained from my mentorship under Dr. April Newton and Mr. Alex Buchanan, this guide aims to streamline access to vital resources and support networks for these mothers. Through this project, I aim to address the diverse and intricate social determinants of health faced by underprivileged mothers, through an interprofessional approach. Read more

Gestational diabetes is a type of diabetes that occurs in pregnant women. This is a short-term condition where the woman’s body is not able to produce enough insulin to combat the amount of glucose being produced. This can be quite harmful to both th ... e mother and the baby. Babies that are born to mothers with gestational diabetes tend to have more complications as they mature. During my initial semester of research, I collaborated with Dr. Tamara Hannon's Pediatric Type II Diabetes Registry, extracting specific data from electronic medical records (EMRs) to contribute to the ongoing analysis of patient trends over several years. Subsequently, during my second semester, I focused on our patient cohort from Riley Children's Hospital within the pediatric endocrinology department. Within this group, distinctions emerged between patients whose mothers had gestational diabetes during childbirth and those who did not. I systematically categorized and compared these two patient groups, examining various clinical features such as A1C levels, BMI, hypertension, medication given at discharge, and more. Read more

For this project, we are focused on researching the various treatments of behavioral problems for individuals with Down syndrome (DS) by analyzing previous literature. A select group of articles have been screened and data has been extracted from the ... articles that are relevant for our scoping review, which is a form of evidence synthesis that involves several steps. The general procedure for making a scoping review is to answer a research question, screen references, extract data from the references, and evaluate conclusions and implications based on the data that was collected. The articles that were extracted for this scoping review involve case studies that have human participants with Down syndrome go through interventions that target the individual’s problem behaviors. These behaviors include, but are not limited to, aggression, noncompliance, tantrums, and property destruction. This topic was selected due to the lack of literature in the field relating to treatment of conduct problems related to DS, which emphasizes the importance of finding and analyzing data related to the topic and presenting it in a scoping review format. Read more

We conduct comprehensive literature reviews and surveys to understand the involvement of international medical graduates in the pediatric bioethics field. Not much research has been done on this topic, so we hope to learn more about international med ... ical graduates' lack of membership and involvement in pediatric ethics committees. Read more

This internship project aims to improve the health of individuals at risk of developing diabetes by introducing them to a strength training program. The focus is on promoting physical well-being through targeted strength exercises, with the ultimate ... goal of preventing or managing diabetes. The research seeks to demonstrate the positive impact of strength training on overall health, specifically addressing the needs of those who are pre-diabetic. By encouraging and implementing a structural strength training program, the project aims to contribute to healthier lifestyles and reduce the risk factors associated with diabetes development. Read more

1 in 8 women in the United States will develop breast cancer in her lifetime. Epithelial cell cancers result from the overexpression of Angiomotins (Amot). Amots are a family of adaptor proteins that control the location of proteins responsible for c ... ell proliferation, migration, and maintenance of normal cell structure. This trafficking function is related to the ability of Amot's coiled coil homology (ACCH) domain to associate with and remodel cellular membranes. We are interested in deciphering the structure of the ACCH domain to better understand this regulatory function. Our lab’s previous research proposed a theoretical structure of the ACCH. This project focuses on refining this structure, using modeling tools like RoseTTAFold, trRosetta, and GoogleCoLab, against globular envelope dimensions determined experimentally with small-angle X-ray scattering (SAXS). Approximately 80 models were generated and compared to current SAXS data. We also investigated mutations of the ACCH to better understand how single-amino acid changes affect structure and therefore functionality. Specific focus was on Arg-153 mutations and how structural differences cause previously documented reductions in association with cellular membranes. Refined structures are key to understanding how all documented Amot mutations lead to cancer initiation and metastasis to find effective cancer therapeutics. Read more