How/Why Research? I got involved in research after developing an interest in quantum computing and learning about its potential impacts. Through my first year at Carolina, I searched online for ongoing research relating to quantum computing around the triangle. Then, I cold-emailed a few researchers and eventually got in contact with Dr. Newhall and Dr. Kemper (NCSU Physics department) where I began my research journey.
Research Experience: While studying open quantum systems last year, my focus was on learning about and solving equations for quantum state evolution through analytical/numerical methods and plots. Currently, I’m working towards understanding and simulating quantum synchrony, a phenomenon where quantum states will gradually become synchronized.
Student Organizations/Clubs: Quantum Computing Club at UNC
Random Fun Fact: I like to run.

How/Why Research? I decided to pursue research because I am excited about learning and applying skills related to solving real problems. I began to be involved in high school by reaching out to professors studying what I was interested in. Using the experience and connections I gained, I am now working with the Chen Lab to contribute to the greater body of knowledge about astrocytes and their role in complex neurological functions.
Research Experience: I have previously worked the Lineberger Comprehensive Cancer Center to research new controls preventing dose-over-prescription radiation in patients. I am now working to understand why astrocyte glial cells form and function in neural circuits they way they do.
Student Organizations/Clubs: Carolina Neuroscience Club, Carolina Scientific
Random Fun Fact: I have flown a plane before!

How/Why Research? Coming into UNC, I wanted to get into a research lab, but I was unsure how to get involved. With the help of Accelerated Research workshops and IDST 198, I narrowed my interests to genetics research and contacted PIs through cold emailing. I reached out to Dr. Bob Duronio at the end of my first year and joined the Duronio lab at the beginning of my sophomore year. My time in my lab has only further increased my interest in genetics and pursuing research as a career. I love working in my lab throughout the school year, gaining hands-on experience with biological techniques and computational skills. I would love to discuss research and the Carolina undergraduate research experience, so don’t hesitate to reach out!
Research Experience: My research focuses on epigenetic control of the cell cycle and mechanisms that impact its progression. I currently study novel protein regulators that negatively regulate histone transcription, impacting the S phase of the cell cycle. By observing Drosophila at different developmental stages, my PI gains insight into the complex regulatory proteins that affect growth and development and could have implications for human diseases.
Student Organizations/Clubs: Carolina Scientific
Random Fun Fact: My favorite game is Uno! Its a classic & love playing with my friends.

How/Why Research? When I first got to UNC, I did not know whether or not I wanted to pursue a life of research or medicine, so I decided to jump straight into research as soon as possible to help me make that decision. After reading lots of lab descriptions and published papers from each PI, I narrowed it down to three labs I was interested in and started cold-emailing. It did not really work out at first as all the labs had no open spots, but one of the labs reached out to me because they had a sudden opening. I immediately wrote back, did an interview, and was taken in by the Besheer Lab.
Research Experience: In October 2023, I joined the Coleman Lab and started out by slicing rodent brains. This was the first step in the process of protein staining and performing immunofluorescence on the brain slices to determine certain treatments for neurodegenerative diseases. In December 2023, I left the Coleman Lab and joined the Besheer Lab. In the Besheer Lab, I started working on two different projects. One was investigating the effects of a traumatic stressor on the expression of habitual behavior on rodents, and the other was performing fiber photometry on rodents to understand their behavior when self-administering desirable rewards. I presented my research on the traumatic stressor project at UNC’s Celebration of Undergraduate Research in April 2024. I am now working on my own project with RTI International on the effects of Relaxin-79, a hormone released to relax one’s muscles and ligaments, on alcohol self-administration in rodents. Over the past year, I have gained an array of different powerful research skills, all which have helped me understand the process of research. This was valuable to me because I, and many others, spend their undergraduate careers trying to figure out what is best for them, and exposing myself to undergraduate research was what I needed.
Student Organizations/Clubs: Carolina Neuroscience Club, Honors Carolina, Carolina Barbell
Random Fun Fact: I can squat 460 pounds!

How/Why Research? My research experience started in high school through a program that assisted students with research goals and gave them an opportunity to present at symposiums and competitions at the regional and state level. I emailed potential mentors that were conducting interesting research in their labs. Coming to Carolina, I talked with older students to determine the best ways to get started with research early. Because my previous research experience related to the Cardiovascular System, I narrowed my search and it led to me getting connected with the current research opportunity I am working at.
Research Experience: Before undergrad, I conducted research in two settings with the University of Central Florida and the University of Florida. My research with UCF was an in-person project that examined cell migration in the presence of magnetic fields to determine new methods for wound healing. My research with UF used statistical analysis to determine the efficacy of a type of surgery done on the aortic arch known as the hemiarch procedure with altered methodology. Currently, I work in the Akerman Lab associated with the School of Medicine, isolating and quantifying microRNAs with Aortic Aneurysm growth. Research has been a fulfilling process to me because I have been able to find newfound passions in science and medicine. I have been able to focus on my career interests through research as well.
Student Organizations/Clubs: Honors Carolina, Phi Delta Epsilon
Random Fun Fact: I love running

How/Why Research? Coming into UNC, I was honestly uncertain of my future goals and where UNC would lead me. Taking NSCI175, an introductory neuroscience course during my freshmen year, I was intrigued by the modern neuroscience research being conducted and was curious to see if the research field was for me. Accumulating advice from others in research and many cold emails later, I began working in the Mei Lab under the School of Medicine where I currently still work. From there, my interest as a researcher has only grown. Please feel free to reach out, and I would be happy to talk more!
Research Experience: In the Mei Lab, I was involved in two projects. The first project was determining the differentiation trajectory of limbal stem cells under homeostasis and corneal wounding. This study identified two different types of putative LSCs and several types of putative LPCs under normal homeostasis and upon wounding, which will facilitate the understanding of corneal epithelial regeneration and wound healing. In our current project, we are tackling dry eye disease by investigating a novel protein and how it affects tear glands in mice. In the Summer of 2023, my intern project at Kriya Therapeutics was on improving the protocol and process of AAV vector transduction toward epilepsy. Next year, I will additionally be working in the Kabanov Lab at the UNC School of Pharmacy, developing novel drug delivery methods for medulloblastoma.
Student Organizations/Clubs: Carolina Scientific Magazine, Vietnamese Student Association
Also Happy to Chat about: Getting Involved in Industry.
Random Fun Fact: I qualified for teen nationals in powerlifting!

How/Why Research? During 11th grade, I emailed 15+ professors across all science departments at nearby James Madison University asking for research projects. I received one positive response: from astrophysicist Anca Constantin, who I am grateful to still call my mentor two years later! I knew I wanted to continue learning about observational astrophysics at UNC, so I spoke with my Accelerated Research Program mentor. She pointed me Dr. Mann’s lab, which I joined after meeting with Dr. Mann to discuss my interests, emailing the undergrads in his lab about their experience, and completing an introductory project.
Research Experience: I lead my own project with Dr. Constantin’s guidance. I use Python code to analyze 12 years of measurements from a NASA space telescope called NEOWISE. I look at measurements for 200,000 galaxies to find galaxies whose brightness has changed significantly over time, which indicates that the galaxy contains a supermassive black hole that is consuming surrounding gas and dust. This project has solidified my interest in astrophysics. I have learned so much about reading scientific papers, processing large datasets, making graphs to show my findings, and speaking about my research to both scientists and non-scientists.
Student Organizations/Clubs: UNC Marathon Team, Carolina Scientific
Random Fun Fact: I have a twin!

How/Why Research? I wanted to get involved in research because I was curious about what research was and how to expand my scientific knowledge beyond a classroom setting. I responded to Dr. Lockett’s undergraduate research position posting through the Chemistry Department email listserv, and I received an interview where I talked about my research interests. Shortly after, I received a research position and have been in the Lockett Lab since!
Research Experience: I started doing research in the Lockett Lab as part of my work-study in Fall 2022 where I studied the quantitative effects of topography on surfaces on the lateral interactions between electroactive molecules. Through my research, I have learned a variety of skills — from learning how to use different analytical instruments to knowing how to order laboratory supplies for my project. I also received the Tommie and Billie Hinton undergraduate research fellowship to continue my research in Summer 2023 and have presented a poster at the 2023 Southeastern Regional Meeting of the American Chemical Society (SERMACS). Both of these opportunities have given me the chance to effectively conduct and communicate my scientific knowledge.
Student Organizations/Clubs: Summer Bridge, HeelGuide, American Chemical Society Student Chapter (ACS-UNC)
Random Fun Fact: I have a 150+ wpm typing speed!

How/Why Research? Gaining an understanding of fundamental molecular processes was always something that interested me. When I came to Carolina, I streamlined my interests, focusing on molecular biochemistry. I reached out to Dr. Erie, whose work in understanding DNA repair perfectly aligned with my interests, and I’ve been with her group since January 2022.
Research Experience: My research in the Erie Lab revolves around using analytical techniques to examine protein conformations and binding. Using techniques such as SDS Page gel electrophoresis, atomic force microscopy, we’re able to characterize the EXO1 protein and its binding patterns with DNA substrates. MATLAB is also used to analyze trends in conformations. My experiences thus far have been invaluable, teaching me critical thinking, experimental design, and problem-solving.
Student Organizations/Clubs: Healthy Hands Initiative, Alpha Chi Sigma Chemistry Fraternity, Chemistry Peer Mentor Program
Also Happy to Chat about: Emailing Professors, Pre-Health Career Path, Talking with Professors, Networking, Fitting Research into a Busy Schedule
Random Fun Fact: I’m a big Miami Heat fan!

How/Why Research? I’ve been conducting basic science research since the 8th grade (through local and state science fairs). In my senior year, I spearheaded a larger project, which used artificial intelligence and machine learning to aid prognosis of glioblastoma. Before entering college, I knew I wanted to continue my research. I wanted to use my knowledge to help advance research efforts here at UNC. During my freshman year, I began my search by looking at various labs (in the Department of Neurology, Department of Psychology and Neuroscience, and Lineberger Institute) to narrow down which labs matched my interests.
Research Experience: In the Boerwinkle – UNC Resting State fMRI Lab, I am currently researching differences in brain connectivity patterns between healthy controls and individuals diagnosed with chronic facial pain. Currently, I am working on developing an automated pathway to analyze resting-state fMRI data with Python programming. We hope our insights will deepen our understanding of facial pain pathophysiology but also help the development of targeted therapeutic treatment for facial pain patients. In the Department of Mathematics, I work to forecast glioblastoma growth. Similar to how hurricanes can be forecasted on a map, we hope to create an accurate graph to reflect the possible inflection point of growth and final size of glioblastomas.
Student Organizations/Clubs: Railcare Health, Carolina Cancer Association
Also Happy to Chat about: SURF, Navigating Paid v. Unpaid Opportunities
Random Fun Fact: I’ve read the Harry Potter series over 100 times.

How/Why Research? I became interested in research because I wanted to utilize what I was learning in class in a meaningful way and to also learn more about genetics and biophysics in ways that could not be taught in class. My PI presented the lab’s research at one of the UBJC seminars that I was attending and I was able to talk with him afterwards to learn more about the research and how biology and mathematics mesh in unexpected, but interesting ways. Since my second semester at UNC, I have been a member of the Bloom Lab, and I plan to continue through undergrad!
Research Experience: At the Bloom Lab, we are interested in understanding chromatin structure and dynamics. My specific research involves determining the minimal centromere 8 of yeast along with centromere RNA function and its effects in metaphase. Beyond the technical skills that come with working in a wet lab and computational setting, these experiences have impacted me because it really showed me what research is, including designing experiments that reveal a lot with minimal resources, collaborating both within the lab and outside, and learning literary skills necessary for communication.
Student Organizations/Clubs: Carolina Science Olympiad, International Genetic Engineering Machine (iGEM), Phi Beta Kappa
Random Fun Fact: I painted a bunch of miniatures for my favorite board game!

How/Why Research? I got involved in research because I want to add to the general body of human knowledge. I’m drawn to the idea of discovering something that changes the way people view the world. I met my current PI (principal investigator) through the Honors college. After discussing the Earth, Marine, and Environmental Sciences department and discussing interesting research in the Geosciences with him, I emailed him to ask for a position in his lab.
Research Experience: I work in the Isotope Gochemistry Lab as a research assistant. Our goal is to accurately pinpoint the location of origin for organic matter samples sent to us from around the world. On any given day I complete tasks like welding filaments, running titrations, and loading the mass spectrometer. During my experience with research, I’ve learned how to work cohesively with others to complete a project and how to step outside of my comfort when learning new tasks. I’ve also met and gotten to know other undergraduate and graduate students in my department.
Student Organizations/Clubs: Geology Club
Random Fun Fact: I play the double bass!

How/Why Research? When I came to Carolina, I wanted to get involved in research to engage with my major and the material I was learning in class in a more active and meaningful way. I also wanted to explore potential career paths and research objectives because I was unsure about my goals. I got involved by reaching out to a professor whose class I enjoyed and expressing my interest in research related to the subject she was teaching. She connected me with someone in her lab, and I have been working with them ever since!
Research Experience: My current research focuses on investigating the potential of MDMA as a treatment for heroin withdrawal and PTSD symptoms in the rat brain. By examining the effects of MDMA treatment on pro- and anti-inflammatory cytokines present during heroin withdrawal, we aim to uncover new therapeutic avenues for both heroin withdrawal and PTSD, potentially offering relief to individuals struggling with these conditions. My previous research investigated neurogenesis in the zebrafish brain as a means of understanding the causes of neurodegenerative diseases such as Alzheimer’s. This summer, I am working to develop a conditioning model in mice, measuring approach and avoidance behaviors and identifying the responsible brain pathways.
Student Organizations/Clubs: Carolina Neuroscience Club, STEM Sisters, Greek Life (Chi Omega Sorority)
Also Happy to Chat about: Adjusting as an Out of State Student, Pre-Industry Career Paths (biotech, biopharma, etc.)
Random Fun Fact: I’m a huge cat person!

How/Why Research? In high school, I gained an appreciation for research by assisting in projects to study residential area nutrient loading and coral restoration. I knew I wanted to get involved in coral research at UNC, and found the Castillo Lab’s work by searching the Earth, Marine, and Environmental Sciences website. By attending OUR informational sessions, setting up appointments with OUR staff, and taking IDST 194: Modes of Inquiry, I learned the best way to approach asking for a research assistant position. I emailed graduate students and professors connected to the Castillo Lab, and after a several conversations, I was offered an interview and started my work in the lab shortly after.
Research Experience: My research focuses on the symbiotic relationship between corals and their endosymbiotic algae. This relationship is vital for coral survival, providing up to 95% of nutrients to the coral animal, but is highly vulnerable to climate change. When ocean temperatures rise, the coral-algal symbiosis breaks down in a process known as coral bleaching, leaving corals at greater risk of death. I study the relationship between corals and their algae through a molecular lens, focusing on genes involved in the establishment/breakdown of symbiosis and ways to enhance the heat tolerance of this relationship. Regularly, my work consists of processing coral samples using cellular biology techniques, SCUBA diving at UNC’s Institute for Marine Sciences to set up experiments, and manipulating corals and algae in a lab setting.
Student Organizations/Clubs: Biology Ambassadors, Buckley Public Service Scholars, Handmade by Heels, Carolina Jump Rope
Also Happy to Chat about: Summer opportunities, applying to fellowships/scholarships, graduate school, making the most of a research opportunity
Random Fun Fact: I am an award-winning pickler!

How/Why Research? Working in the lab has shown me how the knowledge gained in my STEM courses can directly impact my research, and pushes me to learn more outside of my courses. Going in-depth into a field you are excited about, while also understanding the real-world impact of your work, is incredibly motivating and keeps you coming back to the lab every day. I have enjoyed my work during my research experiences as well as the people I have gotten the chance to work with. In high school, I got involved in the Nguyen Lab through the UNC Young Innovators Program. Then in college, I found the Sode lab by googling biomedical engineering labs with keywords of my interests, reading about the research on their lab website, and emailing the PI.
Research Experience: My research experience began in high school at the Eshelman School of Pharmacy working under Dr. Juliane Nguyen. I conducted experiments on macrophage polarization for cancer therapeutics. In my sophomore year of college, I started a project in the Sode Lab creating antibody fusions with light-sensitive protein domains for biosensing applications. I also started a UNC iGEM (International Genetically Engineered Machine) team. iGEM is an international synthetic biology competition. A team of undergraduate students and I are working together to engineer a hydrogel for wound healing applications. Additionally, in the summer of 2022 I interned at Georgia Institute of Technology in Dr. Todd Sulcheck’s lab. My project analyzed a microfluidic device for designed for cell buffer exchange. These experiences have benefited me in many ways. Not only have I learned many important laboratory skills, I have also gained an in-depth knowledge of cutting edge research, made connections that will foster my career, and built my confidence as an aspiring scientist.
Student Organizations/Clubs: UNC iGEM, Carolina Scientific, STEM Sisters, Biomedical Engineering Society
Also Happy to Chat about: Emailing Professors, Talking with Professors, Networking Fitting Research into a Busy Schedule, Finding Summer Research Opportunities/internships, Mental Health, Study Abroad
Random Fun Fact: One of my favorite things to do is kayaking!

How/Why Research? I saw a lung experiment in middle school which got me interested, and lung cancer is one of the most fatal diseases. I chose UNC knowing the presence of the Lineberger Cancer Center, so I went through the researcher directory searching for lung cancer related research and began emailing professors at the beginning of school. After meeting with Dr. Pecot, I was able to concretize my research focus, and later made the decision to join the Pecot Lab.
Research Experience: I began research at a cancer lab in high school, where I conducted my own project on cigarette smoking and protein-based vaccine production of small cell lung cancer. I also worked at two other labs: one focusing on treating glioblastoma with optogenetic therapy and the other one relating to gene editing to treat presbyopia with a first-author paper published based on my research. In the Fall of 2023, I joined the Pecot Lab researching blood vessels and extracellular vesicle communications in the tumor microenvironment of lung squamous cell carcinoma. Through the experience, not only was I able to learn the wet lab skills, but I also went deeper into the subject that I was interested in and learned the logic and reasons behind the experiments.
Student Organizations/Clubs: UNC Moonlight Dance Crew, Carolina Cancer Association
Also Happy to Chat about: Making resumes
Random Fun Fact: I’ve performed at an NBA game before.

How/Why Research? I believe that research is the fundamental foundation for an improved future. Through research, society can achieve new feats and solve seemingly impossible problems. I began my research journey in high school by emailing various professors for lab positions. I continued my involvement in research at UNC by leveraging my high school experience to secure a position at the Qian Lab.
Research Experience: In high school, I worked in a lab at the University of Maryland School of Medicine, focusing on applying alternative exon splicing on the Smtn protein family to reduce hypertension. My work, titled “Bioinformatic analysis of smooth muscle protein family members supports tissue-specific functions of unique C-terminal calponin homology domains” was published in Physiology Reports by Wiley. Currently, I am with the UNC School of Medicine, investigating how the innate response to a heart attack can be manipulated to provide more comprehensive and effective recovery results.
Student Organizations/Clubs: Aerospace Medicine at Carolina, Criminal Justice & Criminology, Peer Pre-Medical Mentorship Program
Random Fun Fact: I’ve been to ten different countries!

How/Why Research? How: cold emails, networking, OUR Opportunities database, listservs with summer research listings. Why: I love learning new things, and research takes it a step further — to discover new things!
Research Experience: In the summer of 2022, I was an Equity and Environmental Justice intern in the Institute of Environmental Health Sciences. In the summer of 2023, I received a SURF to study the effect of major life events on the development of uterine fibroids in Black women. In the summer of 2024, I will be a field research intern, studying migrant farmworkers’ health on Maryland’s Eastern Shore. Overall, I research health through critical race and feminist perspectives, to better understand disparities of marginalized groups, with an equity focus to bridge this gap.
Student Organizations/Clubs: Honors Carolina, Chancellor’s Science Scholars, Asian American Center, Biostatistics Student Association, Students for Asian American Studies
Also Happy to Chat about:  Emailing Professors, Talking with Professors, Networking, Fitting Research into a Busy Schedule
Random Fun Fact: I really like to be out in nature!

How/Why Research? Research, to me, represents a mechanism by which to truly know a topic, structure, place, time, endeavor, and/or philosophy. I got involved in research by having a drive for curiosity and a determination to know. I began research by talking with professors and learning their path to research and scholarship, in which I am now following!
Research Experience: In my time at Carolina, I’ve embarked upon two summer research fellowships and spent a year working in a research lab. The benefits of my research include furthering our understanding of the media, problems associated with it, and how we can identify and address those problems and its effects.
Student Organizations/Clubs: Hussman’s Dean Student Advisory Council
Also Happy to Chat about: How to operate as a student of color at an institution and culture like UNC’s.
Random Fun Fact: I’m ambidextrous

How/Why Research? Research was something that I always found interesting but never knew how to get into until I got into college. In order to get involved, I applied to various Research Assistant work-study positions for labs that had interesting research. After writing a metric load of cover letters, I eventually had the opportunity to join a lab.
Research Experience: In my second and third year, I worked as a Research Assistant in the Zhang lab. In this lab, I learned how to perform imaging, handle rodent tissue, and perform PCR. In addition, I improved my skills in analyzing literature. During the summer of my second year, I worked in the Button lab to learn aseptic technique and raising cell cultures. Currently, I am working in the Shih lab and will learn how to perform fMRI imaging, Fast Scan Cyclic Voltammetry, and surgery on mice.
Student Organizations/Clubs: Flying Silk
Random Fun Fact: I once ran 12 miles on a whim and couldn’t run again for the next 5 months.

How/Why Research? Coming into my first year at Carolina, I knew I wanted to get involved in clinical research because I was excited by the idea of a project that would directly affect patients. After lots of searching and several cold emails, I found my current internship as a Clinical Research Assistant at the UNC Blood Research Center. I’ve continued in this internship since my second semester at UNC!
Research Experience: My primary project has been PATH-HHT, a multicenter study of pomalidomide for the treatment of Hereditary Hemorrhagic Telangiectasia (HHT). I also worked on the ACTIV-4c clinical trial studying antithrombotic therapy for COVID-19 patients, as well as the GENEr8-1 study of gene therapy for hemophilia A. Currently, I am working on a translational study with Dr. Raj Kasthuri to determine whether HHT is associated with an increased risk for thrombosis. Each of these experiences have been extremely rewarding, not only improving my understanding of the research process, but also teaching me skills that will be invaluable in my future medical career.
Student Organizations/Clubs: Student Health Action Coalition (SHAC), Bioethics Society Research Committee
Also Happy to Chat about: Finding clinical research opportunities, research for credit options
Random Fun Fact: I studied abroad in Seville!

How/Why Research? Since I enrolled in UNC, I knew I wanted to start in research as soon as possible. I wanted my first week of classes at UNC to also be my first week in a lab setting! I was introduced to my PI the summer before my first semester at UNC through a research workshop that was held, and I cold emailed my PI! Afterwards, I was invited for an interview and then was accepted into my lab. Through the next few years, my lab and PIs have been gracious enough to help me learn more about research and graduate school.

Research Experience: During the past summer and year, I’ve been working on a project that develops a next-generation human/mouse chimera. I characterize the model by analyzing human markers in mouse tissues using immunohistochemistry and immunofluorescence. The project is vital for studying highly relevant pathogens that are only expressed in human models, like HIV.

Student Organizations/Clubs: Learning & Writing Center, Handmade by Heels, Chancellor’s Science Scholars

Also Happy to Chat about: Conferences, time management

Random Fun Fact: I love to crochet and scuba dive!

How/Why Research? I was introduced to research my sophomore year of high school after being selected for a program called Project SEED. From there I learned about how interdisciplinary research could be and after being selected for the Accelerated Research Program and becoming a McNair Scholar here at UNC, I have been able to narrow down and focus on my research interests!
Research Experience: My first research project was at NC State under Dr. Alan Tonelli, where the research focused on lowering the Glass Transition Temperature of PVC to create a more environmentally friendly Plasticizer and from there I participated in a Systematic Review that focused on analyzing toxic metals in bodies of water located in low-middle-income-countries (LMICs). My current research is focused on Black’s Men’s health and I analyze the affect of graduate and professional education (GPE) on their mental and physical health.
Student Organizations/Clubs: McNair Scholars Program, Black Student Movement (BSM), Carolina Covenant Strategic Planning Committee, Gilman Ambassadors, Campus Vote Project
Also Happy to Chat about: Studying Abroad, Funding Research
Random Fun Fact: I only wear silver jewelry!

How/Why Research? I was introduced to the idea of research through some of my older friends who were engaged in projects during my junior year of high school. The idea of being able to delve into the “whys” and “hows” of science through research was very fascinating to me, and I was eager to be involved myself. During my freshman year of college, OUR workshops about getting involved in research and the guidance of a friend gave me the motivation and resources to be able to start reaching out. Hearing of my research interests, she recommended I reach out to the Schisler Lab, where she had been working for the past couple of years. I emailed the lab manager expressing my interest, received an interview, and have been happily working there since!
Research Experience: While working at the Schisler Lab, I have done wet lab work, including processing mice tail samples, PCR, and microscope imaging, and have learned to perform injections, behavioral studies, perfusions, and dissections on mice. Recently, I have been learning about DTI and fMRI scans to study the effects of the administered treatments on mice. I have always had an interest in disease pathology and related treatments, and my work in the Schisler Lab has allowed me to truly explore this interest. Research on gene-linked diseases is a growing field, and learning about the molecular functions in the body that can manifest into the physical symptoms we observe in diseases is really interesting. Moreover, research within this field can help with the development of treatments and cures for various diseases, such as SCAR16, providing a positive change in the lives of many.
Student Organizations/Clubs: UNC AMWHO, HOSA
Also Happy to Chat about: Emailing Professors, Pre-Health Career Path, Talking with Professors, Networking, Fitting Research into a Busy Schedule
Random Fun Fact: I enjoy trying and experimenting with new foods and flavors!

How/Why Research? I got involved in research because I had a great experience with it throughout my 4 years of high school and wanted to continue my progress at UNC. I got involved by sending cold emails to lab PI’s and talking to professors about any openings on campus.
Research Experience: My research has enriched my understanding of things I’ve learned in class in that I’ve been able to apply concepts in very real-life ways. In addition, research has increased my problem-solving skills and confidence to a point that I can comfortably work alongside graduate students in competent manner.
Student Organizations/Clubs: SACNAS, Health Careers Club, Carolina Covenant Program, Honors Carolina Program
Also Happy to Chat about: How to reach out to research labs and remain resilient.
Random Fun Fact: I’m from Long Island, New York.

How/Why Research? After taking a course in clinical psychology here at UNC, I became incredibly interested in this field and knew I wanted to get involved beyond a classroom setting. Thus, I reached out to faculty in the Clinical Psychology Department letting them know about my interest in their work. After hearing back from Dr. Hussong, I was able to meet with her in person and discuss joining her lab. Since then my interest in research has continued to grow, as working with faculty, my peers, and participants has taught me so much about this field allows me to apply skills and knowledge I have acquired in a classroom.
Research Experience: Beginning the spring semester of my sophomore year I joined the Family Journeys Co-Lab in the department of Psychology and Neuroscience here at UNC. Since then, I have remained at this lab working under the guidance of Dr. Andrea Hussong. I have been able to help with many different aspects in the lab, including designing flyers, creating Qualtrics surveys, data collection, transcription of data, research protocols, and much more. With the experience I gained in this lab, I applied to summer research programs for 2023. I accepted an offer at the Medical College of Wisconsin and participated in a 10 week research program in the Department of Toxicology and Pharmacology under the mentorship of Dr. Keller. Here I had a much different research experience as I worked with rodents instead of human participants, studying the effects of acute stress in making people more susceptible to addiction. Both of these research experiences have been incredibly valuable as they have provided me with a plethora of new skills, connections, and knowledge that will foster my career and continue to help me in my scientific career post-grad.
Student Organizations/Clubs: Chi Omega Sorority, HeelGuides Mentor Program, Chemistry Peer Mentor Program
Random Fun Fact: I speak Spanish and French!

How/Why Research? I took a research class in high school and though I still didn’t have a full grasp of what it meant to do research, I knew I was interested. With help from my Accelerated Research Program mentor, I reached out to Dr. Rob Dowen and joined the Dowen Lab the spring semester of my freshman year. I have been working there ever since and have loved every minute of it!
Research Experience: Since joining the Dowen Lab, I have taken two semesters of BIOL 395, one of which I completed after receiving the Summer Award for Research Intensive Courses (SARIC). I have presented at UNC’s Celebration of Undergraduate Research, the State of North Carolina Undergraduate Research and Creativity Symposium (SNCURCS), and have earned the Carolina Research Scholar distinction. My experience in research has not only shaped my career path but also improved my understanding of the scientific and research community.
Student Organizations/Clubs: Accelerated Research Scholars, Carolina Research Scholar, Biology Peer Mentoring
Also Happy to Chat about: Emailing Professors, Pre-Health Career Path, Talking with Professors, Fitting Research into a Busy Schedule
Random Fun Fact: My dream pet is a wiener dog.

How/Why Research? I pursued research because I was truly curious about the path to finding solutions to issues in the real world. I took a fascinating class about the death penalty in the United States and wrote a paper about alcohol use, brain development, and the death penalty. This sparked my interest in alcohol studies, and I have been with my lab ever since.
Research Experience: I have loved being a part of research at Carolina. I have gained a deeper understanding and appreciation for the research process. I have also learned from and connected with brilliant mentors who help me in my academic pursuits.
Student Organizations/Clubs: Student Health Action Coalition (SHAC), Win in National Security (WINS), Orange County Special Olympics, Carolina For The Kids (CFTK)
Random Fun Fact: I am learning sign language this summer!

How/Why Research? I decided to get involved in research as a way to further explore topics I was passionate about outside of a classroom setting. I first searched for faculty and principal investigators within specific fields of study and reached out via email to express my interest in their research.
Research Experience: In the Yarbrough-Isaeva lab, I have had the opportunity to work with mice as model organisms for studying head and neck squamous cell carcinoma (HNSCC). This experience has taught me the value of precision and attention to detail in research, as well as teaching me how to design projects and execute them effectively. In the Bai Lab, our project has centered around the development of active wound dressings that allow for responsive drug release using a hydrogel complex. As part of this project, I have assisted in writing a paper that outlines our research, an experience that has taught me crucial skills about documenting and presenting findings to a large community of scientists.
Student Organizations/Clubs: Phi Delta Epsilon
Random Fun Fact: I love to ski.

How/Why Research? My explorative personality made research my priority in my undergraduate education. I received my research position by taking the class IDST 184 with Dr. Pleasants. Thanks to our unit on constructing a cold email, I carefully created and sent an introductory message to the Baldwin lab and was fortunate to receive an interview. Entering into undergraduate research is overwhelming and nerve-wracking. Despite feelings of insecurity in my first few months in the lab, the support from my P.I. and other lab mates allowed me to grow in confidence as a budding researcher. I hope to share these learned experiences in the lab and in class to ease the overwhelming transition into research for other new students interested in Undergraduate Research.
Research Experience: During my time at the Baldwin lab, I have honed my laboratory techniques and was given the position of head genotyper as an undergraduate, where I navigate our lab database to record our mouse colony. I organize when animal samples are taken, when animals are weaned, when animals are euthanized, and other colony management activities. I worked for months to obtain my IACUC (Institutional Animal Use and Care Committee) certification to perform animal research, where I am able to complete perfusions, injections, euthanasia, and other complex animal work. I am also certified on the cryostat (which is an instrument to section brain tissue) and Olympus microscope. My research question is, “what is the cell adhesion molecule hepaCAM doing at astrocyte-synapse contacts, and why is this important in MLC (megalencephalic leukoencephalopathy)?” This complicated wording can be simplified into, “how does a protein’s expression affect brain cells that relate to a rare form of leukodystrophy?” I work alongside my mentor, Dr. Katie Baldwin, to learn new techniques and establish my own mouse colony to answer these questions and will use staining to dissect and analyze brain tissue. I am lucky to have the opportunity where my work may aid in discovering information about an under-researched form of leukodystrophy that can impact peoples’ lives. Though research is a daunting topic, it has been the highlight of my undergraduate career and I cannot wait to discuss it with anyone who is interested!
Student Organizations/Clubs: SHAC (Student Health Action Coalition) as a Spanish interpreter, Accelerated Research Program, Honors Carolina
Also Happy to Chat about: Transition to Carolina from a small town, experience of being a military dependent in college, pre PhD path
Random Fun Fact: I enjoy my second major in Hispanic Linguistics! I use this language skill to study dialect and am a frequent volunteer in local free dental and medical clinics to translate Spanish for patients that come in. I hope to use this skill during or after my PhD to educate Spanish-speakers about mental health medications.

How/Why Research? I got involved with research because I wanted to experience a learning opportunity outside of a traditional classroom setting. I came into UNC Pre-Med, but really undecided, so it took my first-year to really figure out what I was passionate about. After several classes and chats with professors, I found my interests and began exploring them through research. I applied to do work-study at the Cohen Lab right before my second-year and not long after also applied to volunteer at the CIRCLE Lab. I found these opportunities through the JobX portal and by taking time to make a list of labs I was interested in from the department website. Most labs have their own website, which is where I found most applications, interest forms, and contact info.
Research Experience: I do work-study in the Cohen Lab, working there around 8 hours a week which includes training, completing tasks, lab meetings, and attending speaker series. My tasks in the Cohen Lab include things like data entry, MRI quality control, sorting/creating participant folders, and helping with recruitment. In the CIRCLE Lab, I volunteer through the WHALE study and mainly focus on helping run participants(4-7 year old kids) through the different tasks of the study and doing all sorts of data entry. Both of these experiences have given me not only tons of experience but also lots of valuable connections where I’ve learned of different paths after graduation. This summer I will also be doing my own independent research through the Moore Undergraduate Research Apprenticeship Program (MURAP).
Student Organizations/Clubs: Chapel Thrill Escapes, MURAP, McNair Scholars Program, Mi Pueblo
Also Happy to Chat about: Emailing Professors, Networking, Workstudy Opportunities, Fitting Research into a Busy Schedule, Finding/Keeping Track of Opportunities, Intersectional Interests
Random Fun Fact: I love boba!!!

How/Why Research? One of the factors that drew me to UNC was its esteemed reputation as a leading research institution, filled with opportunities for hands-on involvement. With a passion for advancing society’s collective knowledge while pursuing my interests in sports medicine, I recognized the importance of aligning my academic goals with my personal aspirations. Embracing the philosophy of learning by doing, I eagerly sought ways to immerse myself in research. Guided by an OUR ambassador, I reached out to professors whose work resonated with both my academic pursuits and personal passions. This approach led me to the PSI lab, where I found a supportive environment to cultivate my interests and make meaningful contributions to research!
Research Experience: Since my freshman year, I’ve been a part of the PSI Lab, initially focusing on examining the correlation between Upper Extremity Reaction Time and the duration since Anterior Cruciate Ligament Reconstruction (ACLR). Expanding on this foundation, my current research endeavors involve exploring the reliability of a portable method for assessing upper extremity reaction time, alongside investigating the potential benefits of Virtual Reality Mindfulness Meditation on Patient-Reported Outcomes post-ACLR. Through these studies, our lab aims to expedite ACLR recovery and proactively prevent injuries. Over the past two years, I’ve had the privilege of presenting abstracts at Undergraduate Research Celebration Day, and I look forward to continuing this engagement as a presenter throughout the remainder of my undergraduate journey.
Student Organizations/Clubs: Phi Delta Epsilon, Honors Carolina, PSI Lab
Also Happy to Chat about: Doing Research Outside Your Major/Minors
Random Fun Fact: I learned to wake surf last summer!

How/Why Research? As a student within the Humanities and Social Science fields, I have always been taught to question the ideas and existing systems that have created the societies in which we currently live. From micro-level topics such as why and how foreign-language learners develop the accents they do to the more distal ones such as prison overpopulation’s effects on inmate health conditions, it is imperative to study the world around us. After coming to UNC, within my general education social science courses I learned more about connecting issues abroad to similar problems within my community. Reaching out to my TAs and professors about opportunities to explore my interests outside of the classroom greatly moved me to become more involved in research.
Research Experience: Within my time at UNC, I’ve conducted two major research projects: one focusing on how prison conditions in France impact inmate health, and the other being a phonological comparison between the Québécois French accent and the general American English accent. The first project has been greatly informative about the French carceral system and how patterns of policing and imprisonment are beginning to reflect those of the United States. My second project taught me about how settlement in Québéc and the history of the territory since has created and maintained a unique linguistic culture despite its distance from the rest of the Francophone world, and how geographic proximity between the United States and Québéc has altered the phonology of Québécois French.
Student Organizations/Clubs: UNC CJAA, Affirmative Action Coalition, Les Francophiles
Random Fun Fact: I am trilingual! I fluently speak English, Russian, and French but hope to learn more.

How/Why Research? I’ve always been really interested in how the human body works, especially when it comes to different diseases. Cardiovascular research caught my attention because I wanted to understand more about heart and blood vessel problems that affect so many people. When I was looking for research opportunities, I reached out to several labs that focused on this area. This particular lab got back to me and seemed like a great fit. I met with the lead researcher, and they explained what kinds of projects they work on, things like studying proteins, microRNA, how the aorta responds to mechanical forces and inflammation, and identifying biomarkers for different types of aortic aneurysms.
Research Experience: My research experience revolves around developing diagnostics and therapeutics for cardiovascular diseases. I have studied protease expression, microRNA regulation, and how the aorta responds to mechanical forces and inflammation. A key focus has been identifying biomarker profiles to distinguish different types of aortic aneurysms. This work aims to create affordable and accessible solutions that can improve cardiovascular care and address healthcare disparities.
Student Organizations/Clubs: Blossom Together
Random Fun Fact: I’m from Egypt

How/Why Research? I was admitted into the Accelerated Research program as a freshman and took IDST 184. I made office hours with a professor who connected me to two graduate students in the Nye lab, and offered to mentor a 395 independent research project for credit. With support from the Nye lab, I applied for a SURF to continue research in the summer.
Research Experience: I am studying how climate change related temperature changes are affecting fish populations along the South Atlantic Bight (NC to FL coast). My research experiences have involved working in computer programs (Excel, R, ArcGIS), and writing and presenting research. I will be continuing this research on site at the UNC Morehead City Institute for Marine Sciences field site.
Student Organizations/Clubs: Epsilon Eta professional environmental fraternity, Honors Carolina
Also Happy to Chat about: 395 classes, finding a research mentor
Random Fun Fact: I studied abroad on a sailboat!

How/Why Research? I got involved in gene therapy research because of its potential to treat and even cure genetic diseases that were previously thought to be untreatable. The idea of being able to improve people’s lives, especially those who may not have any other treatment options, really motivated me to pursue this kind of research, especially as someone who wants to pursue a career in medicine. I attended various OUR workshops at the beginning of my freshman year where I learned how to network and cold email professors. I cold-emailed all the professors who work in the UNC School of Medicine’s Gene Therapy Center, and I was lucky enough to be offered an undergraduate research position. I have now since been involved in the Fu Lab for more than two years.
Research Experience: Throughout my time at UNC, my main research involvement was with the Fu Lab. Here, I’ve learned a multitude of skills ranging from molecular biology techniques to scientific writing to data analysis. Through this lab, I did two semesters of BIOL 395, where I pursued an independent research project focusing on a subtype of MPS, MPS IIID. I wrote a 10-page research paper for the first semester and presented a research poster for my second semester. I am now hoping to pursue an honors thesis during my senior year continuing the work that I’ve already done. In addition, during the summer of 2023, I interned at Labcorp as a research and development intern where I developed an assay to test for a rare skin condition. Now for this upcoming summer, I will be interning at the Duke Clinical Research Institute where I will get exposure to clinical research and pediatric research.
Student Organizations/Clubs: Alpha Epsilon Delta (UNC’s pre-health honor society), Carolina Scientific, Buckley Public Service Scholars, South Orange Rescue Squad
Also Happy to Chat about: Making research posters, gaining clinical experience, applying to biotech internships, clinical research
Random Fun Fact: I used to live in Singapore for seven years!

How/Why Research? I got involved in research because I wanted to see how what I was learning in my coursework could help people in the real world. I began by choosing a discipline I was drawn too, at the time being Analytical Chemistry, and finding labs at Carolina that aligned with what I was interested in. After reading various papers I contacted the labs I thought would be the best fit.
Research Experience: My research experience involved synthesizing nitric oxide particles and then characterizing them through various analytical methods. After that, I would use them in assays with various bacteria to asses their bactericidal activity. One major benefit of doing research was becoming very resilient. It is easy to become defeated after experiments don’t work as planned, but it is more important to keep going. After completing two semesters of CHEM 395, and being awarded a Summer Undergraduate Research Fellowship, I have gained a much greater understanding of the research community. It was extremely rewarding to present my work at the UNC Summer Undergraduate Research Symposium.
Student Organizations/Clubs: PHIDE, Chemistry Peer Mentoring, Biology Peer Mentoring
Random Fun Fact: My favorite animal is an elephant.

How/Why Research? I was truly interested to see what the life of a researcher is like, and was keen on contributing to the field of biology, which is what led me to enter the field of research. I first got involved in high school, by reaching out to professors that were involved in research that I was interested in. I used my experiences to connect with professors at UNC, and after a couple interviews, am working at the Scherrer Lab at the UNC Neuroscience Center.
Research Experience: I am currently published in the “Neuroscience Letters” journal for my paper on “The role of TRP channels in pruritus.” I have also conducted an independent research project where I studied the potential of rapamycin to mitigate the negative effects of a high-fructose diet on lifespan. This research allowed me to gain insight and experience in the research world, which has proven to be very useful at UNC Chapel Hill. I am much more familiar with reviewing literature, and know how to record/present data.
Student Organizations/Clubs: Scherrer Lab, Shen Lab
Also Happy to Chat about: Emailing Professors, Pre-Health Career Path, Talking with Professors, Networking, Finding a mentor, Exploratory Majors
Random Fun Fact: I love playing ping pong and tennis.

How/Why Research? Coming into UNC, I knew I wanted to be involved in research that prioritized addressing health outcomes. When I heard about Dr. Manga’s work in finding sustainable and scalable solutions to treating wastewater, I knew I had to learn more! After reading more about his work, I set up a meeting with Dr. Manga to discuss his research in addressing pathogen flow and using biochar as a method of wastewater treatment and my interest in addressing issues undermining rural health outcomes. Afterward, Dr. Manga introduced me to two graduate students in his lab whose work reflects my passion for public health, and I have been a part of Dr. Manga’s lab ever since!
Research Experience: I first developed an interest in studying public health in high school where I studied the implications of redlining on fresh food access in Durham. Over the past semester, I have worked with Chimdi Muoghalu in the microbiology lab to study the efficiency of biochar in treating wastewater by examining the presence of E.coli after treatment. Through this role, I have developed valuable dry lab and wet lab skills, such as the streak plate technique, filtration, and measuring the concentration of phosphate, chemical oxygen demand, and nitrogen across samples.
Also Happy to Chat About: I’m happy to talk about imposter syndrome and branching out to different fields!
Student Organizations/Clubs: UNC AMWHO, AED, HCSA, and DTH
Random Fun Fact: I love playing Minecraft and Papa’s Cupcakeria!

How/Why Research? I knew I would like to fit into a research career as I like the vibe of being in a lab, so I actively looked for research opportunities once I entered UNC. I first got involved in research at UNC through the application on the Opportunity Database website, where lab coordinators usually put up recruiting information. I found my current research position by emailing a professor to express my interest in her research topic and kindly asking if I can get involved in this lab. When the lab had opening positions for the next semester, I was notified and participated in the interview, then I happily became a part of their team!
Research Experience: I am currently volunteering in the Cognitive Neuroscience of Memory Lab for about 7 hours per week, where I recruit participants and run independent experiment sessions by explaining research protocols to participants. I learned how to design my study via talking with my mentor, and I am looking forward to applying for PSYC 395 for my upcoming semester. Moreover, I volunteered in the Institution of Brain-like Economy at Shandong University in the Summer of 2023 and gained hands-on experience operating fNIRS. I also took NSCI 277 and performed RNA extraction, RNA purification, qPCR, and data analysis, and I also presented at UNC’s Celebration of Undergraduate Research with my group. My involvement in research helps me to build more skills and have a better understanding of the academic community.
Student Organizations/Clubs: Honors Carolina Program, FACSS, Magic of Science
Also Happy to Chat about: How to find a research position and tips for interview, International Student Experience
Random Fun Fact: I have perfect pitch!

How/Why Research? I decided to pursue research as an undergraduate because I firmly believe that early exposure to fields of interest can greatly assist students in discovering their true passions, leading to greater success in the long run. Specifically, I joined a neonatal nutritional research lab in January after reaching out to the principal investigator and going through two rounds of interviews to see if I was a good fit.
Research Experience: I research necrotizing enterocolitis (NEC), a severe intestinal disease in premature babies, by utilizing mouse models to better understand NEC’s development and potential treatments. By observing mice with a similar condition to NEC, my PI gains insight into the disease’s mechanisms and is able to explore ways to improve diagnosis, treatment, and prevention.
Student Organizations/Clubs: Arab Student Organization, Tri-Beta
Also Happy to Chat about: Emailing Professors, Pre-Health Career Path, First Generation Student Experience, Networking, Fitting Research into a Busy Schedule, Figuring out/narrowing down the process of finding research one wants to pursue
Random Fun Fact: I have never broken a bone in my body.

How/Why Research? I was interested in working with genetics after participating in a high school summer research program and taking a genetics course during my senior year of HS. I explored my combined interest in plants and genetics by working with the Jones Lab over the summer between my freshman and sophomore year here. I wanted to continue working with plants and participate in research for credit during my last two years of undergraduate studies. I cold emailed my current PI (through the department of biology faculty page) after reading about interesting projects the lab was currently undertaking and have been working on my project since being accepted!
Research Experience: In the Reed lab, I study the effects of CRISPR-Cas9 generated mutations in two redundant genes (ARF6/8) that encode ARF transcription factors, which work in the presence of Auxin to regulate Arabidopsis thaliana flower maturation timing and development. This research uncovers the collective effect of ARF transcription factors with its repressors (Aux/IAA repressors encoded by IAA genes) on various plant developmental processes, and this could be broadly applied to cereal crops. I have learned a lot of lab techniques, how to critically analyze data and troubleshoot, and how to present my research in front of different audiences!
Student Organizations/Clubs: Chemistry ULA, Alpha Chi Sigma, Sigma Delta Pi, UNC Bharat Sangeet
Random Fun Fact: I can speak 4 languages! (English, Spanish, Tamil, and Korean)

How/Why Research? I wanted to get involved in research because it’s a great way to for me to elicit learning where I am at the forefront of my education in an academically enriched environment that is not a basic lecture room. I became involved in research by applying to labs through the OUR database and cold emailing professors! More importantly, I spent a lot of time finding opportunities and professors that aligned with my own research interests and crafted applications and emails for those opportunities that highlighted how I would serve as an asset to the project and learn from it.
Research Experience: Since fall 2022, I have been an undergraduate research assistant (FreeSurfer analyst) at the CIRCLE Lab, a psychology and neuroscience-based lab at UNC that aims to understand the impacts of different life experiences on behavior and the developing brain. As a FreeSurfer Analyst, I aid in the neuroimage editing of MRI scans via the FreeSurfer software for various studies including the Youth Emotion Study (YES) and Study of Toddler to Teenager Anxiety and Resiliency (STTAR) for better measurement of brain cortical thickness.

Additionally, I have been an undergraduate research assistant for Dr. Stephanie Martin at the UNC Gillings School of Public Health in the nutrition department since summer 2023. This research experience is in collaboration with CFK Africa and uses qualitative data from transcribed interviews from adolescents, administrators, parents, healthcare workers and nutritionists in Kenya. For this project, I use those qualitative measures to identify underlying factors that contribute to adolescent malnutrition via a software called ATLAS.ti – a qualitative data analysis tools that enables me to organize all the text data we have received from the transcripts.

Working at the CIRCLE Lab and alongside Dr. Stephanie Martin has allowed me to develop unique skills needed for my professional goals in an academically enriched environment where learning happens through experience. I have gained a plethora of first-hand experiences with MRI imaging, quantitative and qualitative data, data management, knowledge on psychological and nutritional interventions as well as developing and executing my own research studies. Not only have these opportunities and skills helped contribute to my academic passions of research, neuroscience, and nutrition, but also my goal of becoming a physician outside of a classroom.
Student Organizations/Clubs: Carolina Scientific
Also Happy to Chat about: Pre-med
Random Fun Fact: I was born on the same day as my mom!

How/Why Research? My goal with research is to apply my computer science skills in various fields to foster innovation. I got involved in research by finding suitable labs and then cold-emailing professors.
Research Experience: I have limited research experience in theoretical mathematics, and I have quality experience in computational neuroscience where I used R programming to conduct a data analysis. The latter experience highlighted a correlation between bipolar disorder and innate human systems.
Student Organizations/Clubs: Computer Science for Social Good, Quantitative Finance Association, HackNC, Club Tennis
Random Fun Fact: I enjoy playing tennis.

How/Why Research? I first was introduced to the idea of research through an IDST198 class I was in last year. We had many guest speakers talk about research and about how to get involved. I started really thinking about my interests, and that definitely allowed me to be successful in finding a lab. I got involved in research by actively looking into opportunities offered on our university’s research page. After locating a lab that matched my interests, I sent a cold email to the principal investigator, expressing my enthusiasm and outlining my relevant abilities and goals. After a successful interview, I was asked to join the lab. Since then, I’ve really enjoyed contributing to our initiatives as well as the lab’s collaborative environment.
Research Experience: For the majority of my research experience, I’ve worked in the Schisler Lab doing gel electrophoresis and PCR, applying ideas and principles from my biology and neuroscience courses to real-world scenarios. This hands-on experience not only improved my understanding of what was learned in class, but it also allowed me to look at research from a professional and career-oriented standpoint, outside of the limits of regular class-based labs.
Student Organizations/Clubs: Carolina Neuroscience Club, Carolina Cancer Association, HCSA, Arab Student Organization
Also Happy to Chat about: Time Management
Random Fun Fact: I am bilingual in Arabic and have family in Egypt.

How/Why Research? I’ve always been passionate about research because it’s a continuous cycle of learning, discovery, and sharing insights with the broader community. I’ve primarily gotten involved through reaching out to professors and networking with mentors and professionals in the field! After coming to UNC, I streamlined my research interests and identified professors who conducted research aligning with my interests.
Research Experience: My research has spanned genomics, protein biochemistry, cancer biology, and immunology at various institutions such as the UNC School of Medicine, the Johns Hopkins Applied Physics Laboratory, the National Cancer Institute (NIH/NCI), and Astrazeneca, to name a few. With aspirations toward a PhD, I’ve been working to cultivate a comprehensive understanding of research within academic, governmental, and industrial spheres to better inform my career goals.
Student Organizations/Clubs: UNC Loreleis, The Health Humanities Journal, JOURney
Random Fun Fact: I used to be in a rock band!

How/Why Research? I got involved in research to gain a clearer understanding of what I want to do post grad and how my degree will help me get there. I enrolled in a research focused class here at UNC, and spoke with one of the researchers who presented about her research. She recommended a lab to me that aligned with my individual interests, and, after speaking to the PI, I began to volunteer.
Research Experience: Conducting research at UNC has turned me into a much more diligent and persistent student, as I have learned to thrive in a laboratory atmosphere where problem solving within a team and time management are essential skills. My research investigates MDMA and its prosocial effects as a baseline for the development of similar therapeutic drugs, which could alleviate the antisocial effects of a variety of neurological conditions.
Student Organizations/Clubs: Alpha Phi Omega, Zeta Tau Alpha
Also Happy to Chat about: Emailing Professors, Talking with Professors, Fitting Research into a Busy Schedule
Random Fun Fact: I’ve never lost a water bottle.

How/Why Research? I was interested in pursuing research at UNC after completing an independent research project and loving the investigative nature of the work! I obtained my position at UNC Medical School and my first project at the CPC by cold emailing my current PIs. I found my summer internship through the funded research opportunities database.
Research Experience: Since starting at UNC my research experience has focused on analyzing the effects of social structures on a population’s biological health. This summer, I will be working at the Carolina Population Center under Dr. Robert Hummer on The National Longitudinal Study of Adolescent to Adult Health, a longitudinal study of a nationally representative sample of over 20,000 participants. I will be assisting with various aspects of Wave VI collection of rich demographic, socioeconomic, and biological data from participants, along with assessing data and summarizing published works using the database. At the Knittel Lab, I have completed transcription and data reduction, and created a codebook and manuscript to analyze and visualize trends regarding a resource to assist providers with patient-centered approaches to carceral health. On a previous project at the CPC, I worked with geographic data from the FBI hate crime database for a project that was analyzing the effects of structural racism on Alzheimer’s Disease and related dementias. All of these projects work to create insight into how our societal structures and institutions affect health, from reproductive health in carceral settings to racism and aging across the life course. These projects give us a better understanding of how our world impacts us and how public health interventions can be effective.
Student Organizations/Clubs: Community Justice Abolition and Antiracism Collective, Carolina Housing
Random Fun Fact: I have been vegetarian for about 10 years!

How/Why Research? I got involved in research because it is a great way to take what you learn in the classroom and see it applied in the real-world. I also love the problem-solving aspect of research. I have gotten both of my lab positions by cold-emailing PI’s of labs that I found by searching for labs at UNC that matched my specific interests and looking through departmental websites.
Research Experience: When I first started at the Rau Lab, I was doing computational work processing genetic data using R. I then moved to doing more wet lab work, specifically using fluorescent antibodies and microscopy to visualize different tissues in the heart. Through my research experience, I have learned many different techniques for collecting and processing data. I have also gained many soft skills such as perseverance, problem-solving, and collaborating with others. Through actively getting involved in research, I have been able to hone in on (and ended up changing) my interests and career path.
Student Organizations/Clubs: UNC Health Volunteers.
Also Happy to Chat about: Emailing Professors, Pre-Health Career Path, Fitting Research into a Busy Schedule.
Random Fun Fact:  I’m a twin.

How/Why Research? I knew coming into college that I wanted to get involved in a very interdisciplinary field because I was not entirely sure of the path I wanted to take at Carolina. My lab, the Axtman lab, fits perfectly into that because it has aspects of neuroscience, biology, and chemistry all intertwined, allowing me to see the different sides of their research pursuit. I did a lot of research on the BBSP (Biological and Biomedical Sciences Program) website until I found a few labs that I was interested in. From there, I emailed professors (both in graduate and undergraduate school) until eventually I received an email back, inviting me to meet with them and eventually join their group.
Research Experience: In my lab, I study the application of chemical probes on cell-based assays and the effect of these chemicals on the cells’ viability and signaling, which can be later utilized to optimize drug production and find cures for different diseases like Alzheimer’s Disease or ALS. This process is teaching me a lot about this specific topic but also the overall scientific method and how research looks in a professional setting (something very different than what I thought it would look like initially).
Student Organizations/Clubs: Alpha Epsilon Delta (pre-health society), Sigma Rho Lambda (Jewish-interest Sorority)
Also Happy to Chat about: Emailing/talking to PIs, fitting research into a busy schedule, research for credit, finding research opportunities, gene therapy
Random Fun Fact: I can do a front walkover!

How/Why Research? Knowing that I was particularly interested in the pharmacoengineering specialization of biomedical engineering, I looked for labs working in this area through the BME department and the pharmacy school. This is when I came across Dr. Nguyen’s lab, and was most excited by her lab’s work with genetically-engineered microbes and auxetic patches for organ repair. I emailed Dr. Nguyen and met with her to talk about the lab’s research, after which she paired me with a graduate student working on 3D-printed patches and particles with yeast engineered to secrete therapeutic proteins.
Research Experience: In Dr. Nguyen’s lab, I have worked with 3D printing of hydrogel patches and conducted experiments on protein release, degradation, swelling of patches in a simulated therapeutic environment. I am currently working on optimization of culture media to improve growth and viability of yeast engineered to secrete therapeutic in patches and particles. These projects have also given me experience in data analysis, image processing programs, and optimization with Design of Experiment. This work has allowed me to gain valuable experience and inspired my continued interest in biomedical engineering. I was also able to learn more about live biotherapeutics, an approach to drug delivery that I was not aware of before. I was also inspired by my work with data analysis and statistics to pursue a statistics minor.
Student Organizations/Clubs: Honors Carolina, Helping Hand Project
Random Fun Fact: I enjoy art and singing!

How/Why Research? I chose to take advantage of the research opportunities offered at UNC because I wanted to gain more from my education outside of my classes; research provided an avenue to explore in greater detail the topics I’ve grown curious about. Finding the right lab at UNC can be challenging, especially given the breadth of research conducted across departments of the humanities and social sciences to the natural, physical, and life sciences. However, identifying my interest in chemistry and pharmaceuticals led naturally to my application to several labs within the Eshelman School of Pharmacy, simplifying the process. Contacting professors and other investigators via email to express interest in their work is important, so I’d recommend doing so!
Research Experience: My research experience involves hands-on, analytical, and methodological applications of the chemical sciences, which I’ve found to be the right fit given my interest in related coursework. Additionally, my work environment, enhanced by intelligent, creative, and unique researchers, has greatly influenced my view of the research behind the pharmaceutical industry and contributes to my curiosity for the pharmaceutical sciences.
Student Organizations/Clubs: University of North Carolina at Chapel Hill.
Also Happy to Chat about: I’m open to talk about non-major research initiatives, such as those involving different disciplines and schools across campus.
Random Fun Fact: I have an identical twin who goes to Duke!

How/Why Research? My research interests come from me having a strong interest in medicine and engineering, and wanting to take a computational approach to creating solutions for diagnosing and treating debilitating, particularly neurological, disorders. Getting involved in this type of research at Carolina was a lot of independent learning, putting myself out there, and interacting with faculty to learn more about the space.
Research Experience: My research has involved using computer vision, machine learning, natural language processing, and generative AI for applications in radiology and protein engineering. Essentially, I apply computational techniques to diagnose neurological disorders from an MRI, or engineer novel proteins or predict their properties, which helps in streamlining the process of diagnosis for radiologists and expanding possibilities for protein engineering.
Student Organizations/Clubs: UNC Bharat Sangeet, UNC Phi Delta Epsilon
Random Fun Fact: Rice Krispies are my favorite cereal

How/Why Research? I was involved in childhood trauma research during my senior year of highschool, and I wanted to explore my curiosity for that field as an undergraduate. I cold-emailed research labs the summer after my freshman year, and was fortunate enough to start working in the Linnsteadt Lab at the start of my sophomore year.
Research Experience: My projects center around collection and analysis of inflammatory blood metabolites post-childhood-trauma in rats. The majority of my work involves wet lab and analytical research methods. I have also presented my research at the Maixner Pain Symposium at Duke and at the UNC Trauma and Pain Department of Research. Being involved in research has not only allowed me to learn more about my academic interests, but also developed my personal skills and broadened my network!
Student Organizations/Clubs: Arts in Public Service, GlobeMed, SHAC, PORCH
Also Happy to Chat about: Service Opportunities, Presenting Research
Random Fun Fact: I love to dance!

How/Why Research? Before I got involved in research, I talked with a lot of older students to learn about their experiences with scientific research at Carolina and attended OUR’s “Getting Involved in Research” workshop in order to determine how my experience could look. After thinking about my research interests and potential career paths, I used the BBSP faculty database to come up with a list of specific labs, and after reading into their research and talking with current undergrads in their labs, I sent the PI an email expressing my interest. I am excited about research because it’s a way to investigate my own questions and improve the world.

Research Experience: I was lucky enough to start conducting genetics and bioengineering research in high school at NC State and through a program with the Boz Institute and UCSD. During my first year, I worked in the Strahl lab in the School of Medicine. The Strahl Lab investigates how post-translational histone modifications cause changes in gene regulation, which can lead to the development of human diseases, such as cancer. My project through the UNC SMART program looked at the binding specificities of ASH1L, a histone reader and methyl transferase that has been implicated in mixed lineage leukemias, which commonly affect children and are often acute and treatment-resistant. Somewhere in between, I realized that neuroscience research was so much more exciting and a better fit for my interests in both science and engineering. I currently work in the Shih Lab in the Department of Neurology. The Shih Lab combines multimodal MRI with cutting edge neuroscience tools to study neural circuitry and neurovascular coupling in rodent models. My project attempts to develop and integrate an ECoG recording system with these tools to investigate the underlying mechanisms of functional brain networks and their contributions to different cognitive processes and brain states. This summer, I will be working in the Pedram Lab at HHMI’s Janelia Research Campus. The Pedram Lab develops tools rooted in chemical biology, protein engineering, and microscopy that utilize the distribution of glycans on cell surfaces to further understanding of cellular functioning and pathology. My project will be visualizing the extracellular matrix in the brain.

Student Organizations/Clubs:UNC FEMMES, AMWA (undergraduates), working as a Resident Advisor, Buckley Public Service Scholars, Chancellor’s Science Scholars

Random Fun Fact:I have run or walked through almost every path or unlocked building on campus. They give away maps at UNC Student Stores, but you can also ask me.

How/Why Research? In the spring of my freshman year, I took Dr. Greg Gangi’s Environment and Society class, and his lecture on blue carbon sequestration really inspired me to learn more about ocean research and how we can mitigate the effects of greenhouse gas emissions. I immediately started looking for labs where I could learn about oceanography and ended up joining Dr. Harvey Seim’s lab in March of 2023 after cold emailing and meeting in person to discuss potential projects.
Research Experience: I joined the Seim Lab in 2023, where I began my own project using data collected from Dr. Seim’s autonomous underwater gliders from 2016-2017 to characterize the physical oceanography along the coast of North Carolina, and verify the existence of water mixing in the region using MATLAB. My research with Dr. Seim has given me extensive knowledge into oceanography and programming, which I will hope to use in my upcoming Research Experience for Undergraduates (REU) at Texas A&M University this summer.
Student Organizations/Clubs: Carolina Science Olympiad, Epsilon Eta Environmental Honors Fraternity, Vietnamese Student Association, Carolina Math Club
Also Happy to Chat about: Applying to REUs
Random Fun Fact: I used to volunteer at a waterfowl rescue sanctuary and would get chased by turkeys every week.

How/Why Research? I’ve always been into research, starting back in high school when I did two projects and really saw what I was learning come to life. When I came to college, I kept my interest by joining the Lai Lab, which I found through the OUR research opportunities database. After the grad student I worked with graduated, I found a research assistant job through Handshake, working with large sample sizes. It was interesting, but I realized I liked more detailed, hands-on experiments. Therefore, when I heard the Graves Lab was looking for undergraduates, I decided to join. I’m glad that I made the choice and have been enjoying the experience ever since
Research Experience: My first research in college involved antibody engineering, where I learned essential experimental procedures for proteins, including running Native Page Gel and setting up minipreps. I employed muco-trapping assays to assess the functionality of engineered proteins and their interactions with different formats. Additionally, I also served as a Student Research Assistant in the Chatham County COVID-19 Study, processing testing samples and analyzing data to contribute to the understanding of the pandemic’s local impact. My most recent project involved investigating the expression of hypocretin (hCRT) in zebrafish, focusing on its presence in the enteric nervous system. I used whole mount immunohistochemistry and confocal imaging to evaluate qualitatively and qPCR quantitively. Research makes me more detail oriented, and improves my critical thinking skills and manual dexterity.
Student Organizations/Clubs: Embracing Dental Research Journal Club, Carolina Cancer Association, Undergraduate Healthcare Club, Summer Undergraduate Research Fellowship, Carolina Research Scholar
Random Fun Fact: I like skiing.

How/Why Research? My research journey began with a curiosity for solving social issues, starting as a research assistant in the Wu Lab at UNC. Here, I applied my analytical skills to projects like the Eating Disorder Genetics Initiative. This experience fueled my interest in diverse fields, leading to subsequent roles where I utilized data management and cultural analysis skills across environmental and community health studies, deepening my impact and broadening my expertise.
Research Experience: Analyzing genetic data for eating disorders at the Wu Lab helped identify potential treatments and interventions. I’ve also developed evaluation methods for public health initiatives at UNC Kenan-Flagler, contributing to more effective community health strategies. In environmental research, I investigated the impact of toxic metals in drinking water, aiding in the improvement of water safety standards.
Student Organizations/Clubs: UNC Finance Society, Quantitative Finance Association, Carolina Political Review, UNC Women in Economics, AMWHO, etc.
Random Fun Fact: I am able to sleep soundly anywhere.

How/Why Research? While touring colleges my senior year of high school, research was constantly brought up to show the respective universities’ ground-breaking initiatives. Because of this, I knew that I wanted to be involved in research as quickly as possible once my first-year started. I got involved in research through my IDST198 class; OUR Ambassadors came and talked to our class about their research, and a specific ambassador’s research piqued my interest. I set up a meeting with this ambassador where we discussed the process to get involved in the Schisler Lab and shortly after that I met with the lab manager, had an interview, and started in the lab!
Research Experience: I’ve done mostly wet lab work in the Schisler Lab, including PCR, gel electrophoresis, mice handling and injections, and mice behavioral work. Through my research, I’ve been able to employ the concepts I’ve learned about in my biology and neuroscience courses in real-life scenarios. Our research is incredibly important to those diagnosed with age-dependent neuroinflammatory diseases as it aims to find a specific therapeutic target to reduce the effects/find a cure for these diseases.
Student Organizations/Clubs: Alpha Epsilon Delta (Pre-Health Honor Society), SOHP Undergrad Internship, HCSA
Random Fun Fact: I did goat yoga in Florida this past Easter break

How/Why Research? After I decided to study Biology, I realized that doing research could be one of my career pathways. When I tried to find a lab that studies the field I am interested in, I asked several friends for some useful advice. Besides that, I also made an appointment with one of the OUR student ambassadors. From that, I learned about how to get involved in doing research by taking classes, how to find interested labs from the database website, how to write emails to PIs with appropriate language, and how to talk and ask questions to PIs during interviews. Later, I started searching for my interested labs from the BBSP website and emailed PIs. Fortunately, I got an opportunity to be interviewed and joined the lab later.
Research Experience: I worked in the Alan Jones Lab as an unpaid intern in my first year. In the lab, I learned a lot of techniques and skills that will be mostly used in a plant lab, including screening Arabidopsis transgene via herbicide spray and transferring Arabidopsis and tobacco seedlings from sterile plates to soil with well-spaced growth conditions. Later, I joined the Jill Dowen Lab which investigates the relationship between genome organization and gene regulation. I have taken two semesters of BIOL 395. In the lab, I practiced lots of molecular biology techniques, including culturing cells, extracting RNA and making cDNA library from it, performing PCRs, cloning, and transformation.
Student Organizations/Clubs: Phi Beta Kappa
Also Happy to Chat about:  Emailing/Talking with Professors, Networking, Fitting Research into a Busy Schedule, International Student Experience and Study Abroad
Random Fun Fact: I have a very cute British Shorthair cat!

How/Why Research? After running cross-country and track in high school and developing a stress fracture in my foot during my senior year, I became interested in Exercise and Sports Science (EXSS) research, especially studies involving injury recovery. I cold emailed several professors in the EXSS department whose research interested me. I explained my interests and asked if there was a way I could get involved with their lab. I received an email back from my current PI, and ended up with a research position that’s perfect for me.
Research Experience: I work in the Psychology of Sports Injury Lab at the Motion Science Institute in the EXSS department. I assist with data collection and analysis for a study on neurocognitive function, psychological responses, and physical function in individuals after ACL reconstruction. I help with collecting data by walking participants through a series of physical tasks involving technology such as the FitLight vision board to test reaction time and the Senaptec Sensory Station. Our research aims to gain more information about the outcomes of ACL reconstruction and possibly develop treatments that could improve those outcomes.
Student Organizations/Clubs: Health Careers Club, TriBeta Biological Honors Society, Phi Epsilon Kappa EXSS Honors Society, Undergraduate Branch of American Women’s Medical Association chapter, Biology Ambassadors, Honors Carolina, Learning Center Peer Tutoring program
Random Fun Fact: I’m a certified Scuba Diver!