Faculty Mentor Spotlight – Sylvia A. Frazier-Bowers, D.D.S, Ph.D.

-Written by Daijha Copeland

-Edited by Monica Richard

Meet Dr. Sylvia A. Frazier-Bowers, a native of Chicago, an associate professor, dentist, researcher, and mentor. Frazier-Bowers came to University of North Carolina-Chapel Hill in 1993.

As a child, Frazier-Bowers visits to her dentist inspired her to pursue dentistry.

Sylvia Frazier-Bowers

Sylvia Frazier-Bowers

Frazier-Bowers said, “For better or worse, I visited my dentist often so the comfort and ease I felt during my visits soon turned into intrigue. I later realized that unlike some health professional fields, the dentist seemed to be very solution-oriented and definitive in dealing with patients’ dental needs.”

In high school, Frazier-Bowers enrolled in the Chicago Health and Medical Careers Pre College Program. During the program, the ins and outs of the health profession and biomedical research were introduced to Frazier-Bowers, sparking an interest in research that never left her. Frazier-Bowers received her undergraduate degree from University of Illinois at Urbana-Champaign, but worked for a year in research and development before continuing her journey in to the dental profession. While attending dental school at the University of Illinois at Chicago, Frazier-Bowers was actively involved in the research projects of her professors. Serendipitously, she opened a flier in the mail about a fellowship program at the National Institute of Dental and Craniofacial Research (formerly National Institute of Dental Research) summer fellowship, applied and was accepted.

Dr. Frazier-Bowers and dental assistant with patient at UNC School of Dentistry Faculty Practice

Dr. Frazier-Bowers and dental assistant with patient at UNC School of Dentistry Faculty Practice

The experience was transformative. During the fellowship, Frazier-Bowers got the opportunity to listen to guest speakers who gave glimpses into their scientific work and medical practices. Frazier-Bowers said, “I was completely captivated by this environment of scientists.” It was during these talks that Frazier-Bowers realized that most of the problems and anomalies that patients face arise from facial proportions, which are largely inherited. It was obvious that these anomalies had a genetic route. Dr. Frazier-Bowers believed that by knowing what these genetic processes were a more holistic perspective could be given to patients’ conditions and their care could be improved.

Frazier-Bowers sought out a National Institute of Health training grant that would allow her to obtain a specialty in her field and pursue a PhD. Finding such a program at UNC-Chapel Hill, Frazier-Bowers packed her bags and moved to North Carolina. Obtaining a certificate in orthodontics and her PhD in genetics and molecular biology, focused and motivated, it was not long before Frazier-Bowers became an associate professor at the UNC School of Dentistry, where she now conducts her own research.

The Frazier-Bowers story does not end here. It is at UNC that Frazier-Bowers experienced a great need to “give back” in respect to all of the great mentors she had along the way. Frazier-Bowers believes that, “A mentor can help students combat the negatives in life, whether inside or outside of the lab or classroom, and draw inspiration from their experiences which can help them improve and succeed.”

When asked about the most challenging moments of mentoring students, Frazier-Bowers said, “There seems to always be a scheduling conflict. It is hard to ensure one-on-one time…That one-on-one time is crucial to the mentoring process.” But beyond the challenges, it is the energy and excitement about the science that young mentees bring into the lab that Frazier-Bowers enjoys most. Frazier-Bowers said, “Having that presence produces a spirited atmosphere that nurtures the ultimate goal – creating new knowledge – a product, I enjoy seeing come to life.”

 

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From Miami to Chapel Hill – One SMART-T Alumna’s journey

-written by Virginia Perello B.A. Chemistry 2014

-edited by Daijha J. Copeland

Virginia Perello during her SMART-T poster session

Virginia Perello during her SMART-T poster session

I am a Latina and a Cuban immigrant, raised in Chile. I moved to the United States in 2006 with my family and the dream of being the first woman in my family to become a doctor. After graduating from the two-year Honors College at Miami Dade College, I decided to continue my education at the University of North Carolina at Chapel Hill for all of the incredible research opportunities it has to offer. This decision forced me to look beyond what had become familiar, my home state of Florida, and move to North Carolina. At UNC, I grew not only academically, but also on a personal level. I found the classes to be much more challenging and demanding than in my prior school, but I believe that the experience made me a better student. Along with adjusting to UNC’s demanding atmosphere, I gained a greater sense of inquiry and desire to do more outside of the classroom.

After searching for research opportunities both online and through conversations with professors, and getting nowhere, I received an unexpected email stating I had been recommended to participate in the Science and Math Achievement Resourcefulness Track for Transfer students (SMART-T) program. I was immediately drawn to investigate what the program was about, as I had never heard of it before. The more I read about it, the more eager I was to apply. I submitted my application to Dr. Gidi Shemer, SMART Program Director, who paired me with Dr. Mike Kulis. Dr. Kulis is a Research Assistant Professor in the department of Pediatrics. This was a good match for me, because my ultimate goal was to become a pediatrician and work with Doctors Without Borders.

Peanut products cause the most common food allergy causing skin-based, stomach, respiratory symptoms, and even life-threatening anaphylaxis.

Peanut products cause the most common food allergy causing skin-based, stomach, respiratory symptoms, and even life-threatening anaphylaxis.

Dr. Kulis worked in the Food Allergy Lab, which gave me the opportunity to contribute to the research on immunotherapy for food allergies. This research assesses whether or not the antibody isotype, IgG, can be a factor of decreasing allergic reaction and prevention of anaphylactic shock. The significance of this project is that it will provide a better understanding of the role of IgG in immunotherapy for allergic subjects. Thus, it will contribute to the diagnosis and therapy for peanut allergies. The ultimate goal of this project is to assess whether or not histamine release from the basophil is inhibited as a result of IgG, which is directly proportional to peanut allergen exposure over time as a result of immunotherapy. Peanut allergy accounts for the vast majority of life threatening and fatal allergic reactions to foods and affects approximately 3 million Americans and 3.9% of the pediatric population.

Under Dr. Kulis’ mentorship, my SMART-T experience has helped me view the clinical side of medicine from a completely new perspective. Dr. Kulis taught me about important laboratory techniques such as the Enzyme Linked Immunosorbent Assay (ELISA) method and provided me with the tools to become a better researcher and future doctor. I was able to see the interconnection between scientific research and individual wellbeing in a healthcare based laboratory, since allergies affect a person’s physical and social welfare. I used to think researchers only worked in a lab and did not have much patient exposure, but I have learned that it is possible to work in a lab setting and still have the essential patient interaction. My summer in the SMART-T program solidified my decision to become a pediatric physician, who is involved in clinical research.

My SMART-T experience has taught me that for anyone thinking that it is too late to get involved in research or think there isn’t enough time, trust me there is a research opportunity out there for you! Summer research fellowships are the perfect programs as they do not get in the way of courses during the regular fall and spring terms and you can apply during any point of your undergraduate career. I highly recommend just taking the time to apply once you find an opportunity that suits you, as I did, because who knows how these opportunities may shape your career goals.divider

Adding Undergraduate Research to your UNC Bucket List

-written by Kirsten Consing B.S. Psychology/ Chemistry minor 2016

Kirsten regular pic

Kirsten Consing

-edited by Daijha J. Copeland

It was the summer of 2013. I was selected to be a part of the Illinois Summer Neuroscience Institute at the University of Illinois at Urbana-Champaign (UIUC). My weeklong visit at UIUC was a great introduction to neuroscience research as well as to exploring all that the field had to offer. The program included presentations by neuroscience faculty, laboratory exercises, interactions with graduate and medical students pursuing careers in neuroscience, and tours of the campus and research facilities.One of the students that I had the pleasure of speaking with was a Carolina alumnus currently pursuing his MD/PhD at UIUC. The graduate student shared with me how his undergraduate research experience at UNC led to his work in Illinois. The experiences that I had in Illinois really inspired me to get involved in research, so I had to add conducting research to my Carolina bucket list.

Kirsten uncAfter I left Illinois, I spent the rest of my summer trying to connect with as many researchers on campus as I could before returning to UNC. First, I looked at many department websites for faculty members doing research and their research interests. After making a list of faculty members whose work I was interested in, I emailed them my information and stated why I was interested in their work. It did take time for some faculty to respond, but luckily I found a lab that would take me on as a volunteer.

Under the direction of Audrey Verde, a MD/PhD candidate at UNC, I volunteered with the Cognition & Addiction Biopsychology Laboratory (CABLAB) run by Dr. Charlotte Boettiger. I also had an opportunity to volunteer in the Neuro Image Research Analysis Laboratories (NIRAL) run by Dr. Martin Styner. While working with Audrey, I was exposed to different neuroimaging techniques such as structural magnetic resonance imaging and diffusion tensor imaging. As I learned new techniques, I was able to apply what I learned in my classes to the rationale behind each one. Volunteering in the CABLAB and NIRAL, I learned a great deal and truly grew as a student. Dr. Styner witnessed this growth and suggested that I apply for the Summer Undergraduate Research Fellowship (SURF) through the Office for Undergraduate Research (OUR). With Dr. Styner’s help, I composed a research proposal that was soon selected, and I am now spending summer 2014 as a SURF participant!

Kirsten Consing during Holi Moli 2014

Kirsten Consing during Holi Moli 2014

Currently, I am working on my very first independent research project at the NIRAL lab with Dr. Styner. My project is titled, “Analysis of Subcortical Structures in Infants with High Familial Risk for Autism.” I am focusing on the examination of subcortical structures in the brain across infants at 12 and 24 months with high familial risk for autism via 3D structural statistical shape analysis. I am proud of all the effort that I have put forth this summer and cannot wait to see the results of my project!

My advice, to any undergraduate student who is unsure of whether or not to do research at Carolina, is to really try it and stick with it for at least a semester. Ask other undergraduate students, especially upperclassmen, about their experiences and take advantage of the OUR website to really start off on the right foot. At the beginning, finding a research opportunity may seem daunting, but I find that pursuing research is something that one should definitely include on the Carolina bucket list, along with rushing Franklin Street, participating at Holi Moli, etc…divider

Letters from Panama, Summer 2014

Brianna Osinski, who graduated from Carolina in May with a major in Biology, in is Panama on a research internship with the Smithsonian Tropical Research Institute. As an undergraduate, Brianna studied phenotypic plasticity in spadefoot toads in the lab of Dr. David Pfennig. Brianna has been sharing her experiences with her mentor, Dr. Peter White, and agreed to let us publish the following excerpts. Thanks, Brianna!

From: Osinski, Brianna
Sent: June 7, 2104, 4:20 pm
To: White, Peter S
Subject: Panama, week 1 review

So, wow, Panama! How have I never been here before!?!? It is so verdant and life is brimming everywhere you look. My alarm clock here consists of a chorus of green parrots that roost outside my window and the occasional trio of tamarind monkeys. Then there are the agouti that just stroll through the backyard eating our mangoes and the iguanas zipping about around them. I think so far I’m most captivated by the leaf-cutter ants. Their sheer numbers are amazing and their industrious nature is simply admirable. Also, the trees here are breathtaking. I just keep stopping to gape at all the buttress roots and staring up into the canopy trying to take in the enormity of the nature surrounding me.Brianna trees

The scientific community here is wonderful, too. I’ve yet to meet an unkind soul and the best part is that everyone here is in love with what they’re studying. So, when I ask questions, a LOT of questions, I’m met with excitement and joy, because they want to talk about what they’re studying just as much as I want to hear about it. We had our first “frog talk” yesterday, which is when all the people here studying frogs gets together and present their research, and it was heavenly! I’ve found my niche, and it is amongst biologists.

Our research with the Tungara frogs is going well. We start at 7:30 pm and collect pairs for about 2 hours at various sites. Then we take them back to the lab, run the females through some phonotaxis tests in our sound chamber to observe their mate preference, we weigh/measure/and toe clip them (toe clipping took some getting used to :/), and last but not least we put them back where we found them before the sun comes up. Ideally, we’re done by 3:30 am, but some nights, like last night, run long and we were working till 6:30. But, since I love what I’m doing, it’s really not so bad when it goes late. If I had infinite energy levels and didn’t require that whole sleep thing, I’d do research all day long.

Week Two in review.

Week 3 was as grand as could be!

Animals galore during week 4!

Great to be alive during week 5!

Rhyming week 6 has me in a fix!

Note: If you are interested in learning more about Brianna’s research or about STRI itself, please feel free to contact Brianna: bosinski@live.unc.edu.

SMART Program Alumna Spotlight

-written by Lauren Askew B.S. Biology 2016

-edited by Daijha J. Copeland

When I started my first year of college at UNC-Chapel Hill, undergraduate research or a research-related career had never crossed my mind. However, once I decided that I wanted to go to medical school my focus changed. I quickly discovered that it would be helpful to have some lab experience, so I found a research opportunity in Dr. Mara Duncan’s cell biology lab. As I gained more skills and summer approached, Dr. Duncan suggested that I apply for the Science and Math Achievement and Resourcefulness Track (SMART) summer research program. I was accepted into the 8-week program. I remember being both nervous and excited. Each week I spent about 40 hours in the lab and attended 3 meetings: lab meeting, a larger lab meeting with other labs, and a program meeting. I gave two presentations weekly and thus gained confidence in presenting scientific data. The first few weeks of the program were difficult because I was afraid to ask questions. I feared that lab members would think poorly of me. One day a graduate student took me under his wing and encouraged me to ask questions about my project and the projects of other lab members. I acted on the graduate student’s advice and my overall performance in the lab lead to an opportunity to do independent research my sophomore year.

Lauren

LB+ Ampicillin bacterial plate with DamLmnB transformed colonies.

I did research on autophagy in yeast and how it can be initiated during the summer and the following school year. Early in the school year though, I transitioned to a biochemistry lab, and gained a new prospective on the work that I had previously conducted.

During the summer, working in a lab every day was straightforward. Research was my sole responsibility. I found during the school year that conducting research was far more difficult. Expectations were higher and time management was crucial when working with longer experiments. And then there was school work, and other obligations. By the end of my sophomore year, I better understood my capacity, stopped spreading myself so thin, and could better schedule experiments and extracurricular activities.

Lauren Askew before her journal club meeting during her Summer Internship Program (SIP) and John's Hopkins.

Lauren Askew during her Summer Internship Program (SIP) at John’s Hopkins.

Currently, I am doing research at Johns Hopkins for 10 weeks through their Summer Internship Program (SIP). My research is on Hutchinson-Gilford progeria syndrome, a rare genetic condition that causes delayed developmental growth and is characterized by premature rapid aging of the face in early childhood. The goal of my project is to find novel interactions between Zmpste24, a gene that codes for a post-translational enzyme, and other regulatory proteins proven to be involved in premature aging syndromes. The research involves working with mammalian cells and performing a lot of cloning, both of which are new to me.

Getting involved in research has changed my career plans significantly. Instead of pursuing the M.D. path, I plan to obtain an M.D./Ph.D. dual degree in infectious diseases. Although it is possible to do research as an M.D., I want to gain the research skills provided by a doctoral degree to reach my maximum potential as a medical researcher. My research experiences have also made me more interested in academia in the future. I had amazing mentors, who have constantly encouraged me and helped me strive towards excellence. Using the mentoring techniques I gained from my mentors, I have been able to help fellow students in their research projects. I find joy in sharing my knowledge with others and would definitely like to make mentoring others a part of my career.divider

“When One Teaches, Two Learn”

-written by Rob Uche Onyenwoke

-edited by Daijha J. Copeland

Rob Uche Onyenwoke, PhD

Rob Uche Onyenwoke, PhD

My career in the sciences began at the University of Georgia in Athens, where I received a B.S. in Biology and conducted an honors thesis involving an evolutionary analysis of microbial tRNAs (transfer RNAs). From working on my senior thesis with my mentor Prof. William B. Whitman, I garnered an interest in microbiology and decided to stay on and pursue a Ph.D. I focused my studies in the areas of performing biochemical and microbial analyses of oxidoreductase enzymes and microbial metabolism and performing microscopy. One of my fondest memories of this time was due to my mentor, Prof. Juergen Wiegel, who helped me through the trying time of completing my Ph.D dissertation. Prof. Wiegel was the epitome of a great mentor and working with him led me to serve as an instructor of microbiology and later a teaching fellow during the final year of my Ph.D. work.

While completing my Ph.D., I spent a significant amount of my time as a researcher and teacher, mentoring undergraduate and graduate students in my respective departments. Having had a fantastic mentor, like Prof. Wiegel, I was eager to guide and counsel younger researchers through their journey. Based upon my own experiences, I learned to view mentoring as very important work.

I accepted a post-doctorate fellowship from the University of North Carolina at Chapel Hill, after completing my teaching fellowship and Ph.D. work. UNC gave me the opportunity to work with Prof. Jay Brenman in the Neuroscience Center and Lineberger Cancer Center studying and identifying novel metabolic targets involved in the progression of diabetes and cancer/neuroblastoma. Soon I began developing my own areas of research and went on to further characterize a calcium channel intimately involved with metabolic disease using high-content imaging.

(B) Representative image of wild-type da neurons expressing an Actin::GFP fusion transgene in a second instar larva. (C) ampka mutants display enlarged plasma membrane domains (arrows) in sensory neuron dendrites, but not axons. (D) A wild-type ampka transgene expressed autonomously within da neurons completely rescues the dendrite phenotype.

(B) Representative image of wild-type da neurons expressing an Actin::GFP fusion transgene in a second instar larva. (C) ampka mutants display enlarged plasma membrane domains (arrows) in sensory neuron dendrites, but not axons. (D) A wild-type ampka transgene expressed autonomously within da neurons completely rescues the dendrite phenotype. Images from: Swick, L. , & Kazgan, N. , & Onyenwoke, R. U., & Brenman, J. E. (2013). Isolation of AMP-activated protein kinase (AMPK) alleles required for neuronal maintenance in Drosophila melanogaster.. Biology Open, 1321-1323.

Dr. Brenman on occasion also served as a faculty mentor to a program offered at UNC called the Science and Math Achievement and Resourcefulness Track program (SMART). I participated as a mentor. The SMART program paired undergraduates with mentors. Students were expected to commit a minimum of 30 hours a week during the summer to complete a research project. Thanh Bui (B.A. Chemistry ’14) was my mentee last summer. I helped her navigate the ins and outs of the lab in order to complete her project examining the relationship between the enzyme AMPK, gene TRPML1, and the target of rapamycin complex 1 (TORC1) pathway. I am proud to say that we have plans to include her work in a revised manuscript to be submitted to the journal Science Signaling. Bui will begin her graduate studies at UNC-Chapel Hill’s School of Pharmacy in the fall.

Dr. Rob Uche Onyenwoke is an independent Principal Investigator with the Biomanufacturing Research Institute and Technology Enterprise (BRITE), a part of North Carolina Central University (NCCU) in Durham as a Research Assistant Professor/Core Facility Manager. NCCU’s BRITE is primarily a training institute and seeks to mentor and train the next generation of scientists.divider

The Methods of your Research Madness

-written by Daijha J. Copeland

OUR - Graham Memorial

OUR – Graham Memorial

This past spring, the Office for Undergraduate Research (OUR) petitioned the University’s Education Policy Committee to request a course expansion for its Carolina Research Scholar Program (CRSP). The expansion includes UNC research methods courses, which are courses that teach the techniques and tools that scholars use to ask and pursue research questions. Students new to research can take courses to learn the methods involved in asking questions within their discipline, and students already involved in research have an avenue to better tailor the tools used to conduct their own original projects.

Dr. Krista Perreira, OUR Director and Associate Dean said, “For many disciplines or majors, students must learn fundamental research methods or techniques to pursue more intensive research activities.  We wanted to provide Carolina Research Scholars with the opportunity to receive recognition for developing their skills in research techniques appropriate for their discipline.  Though some courses may be listed as both research-intensive courses and research methods courses, we anticipate that this change will expand the number of course options available to students who want to become research scholars.”

from: Communication Currents vol. 7 issue 4

from: Communication Currents vol. 7 issue 4

As early as June 2014, UNC-Chapel Hill students pursuing the Carolina Research Scholar designation will have more choices for meeting the program’s course requirements, which previously included completing one multidisciplinary course, at least two research-intensive courses, and presenting one’s research to a public audience. The expansion means that students can now pair a methods course with a research-intensive course to meet the requirements listed on the CRSP page.

Students can now begin receiving credit for methods courses such as CLAR 411: Archaeology Field Methods, AMST 202: Approaches to American Studies, and BIOL 452: Mathematical and Computational Models in Biology.  For a full list of research methods courses check-out the database of research methods courses.  Keep a look out for the addition of more research methods courses in the fall.

CRSP was developed to enable students to pursue individual research tracks within a curriculum, build an undergraduate community based on research, and then for students to receive formal acknowledgement. Currently there are over 1300 registrants pursuing the CRS designation and 245 students have received the designation as of January 2014.  Carolina Research Scholars have gone on to participate UNC’s research community by serving as peer advisors offering support to students preparing research proposals; student representatives introducing UNC research opportunities through their own experiences to new students at Orientation; and as student government representatives developing specific programs to promote and support undergraduate research.  Learn how you can become a part of this influential community by visiting the CRSP page. divider

Irish Flute-ing

Kieran McCarthy Fell at the Cliffs of Moher, Ireland

Kieran McCarthy Fell at the Cliffs of Moher, Ireland

-written by Kieran McCarthy Fell class of 2013

-edited by Daijha J. Copeland

As a flute performance major, I am passionate about participating in and hearing music from around the world. One of the most gratifying aspects of musical performances is creating a bridge of communication between people of different cultures. Though most of my training and studies have been in the classical settings of symphonies, wind ensembles, and orchestra pits, I am always eager to absorb musical influences from new sources, like my recent experience with the indigenous music of Ireland.

This past summer, I received funding for a research proposal that allowed me to visit a few regions in Ireland to hear a variety of performances in Irish settings such as local public houses and community centers.  There were also festivals to attend throughout the year, like the Fleadh Cheoil na Mumhan at the University of Limerick, which encourages the preservation of heritage. By interacting with the musicians in these environments, I hoped to discover whether or not inflection, embellishment, and dramatic interpretation of traditional (trad) tunes vary from region to region, as dialects do, and what Irish flute technique and interpretation has in common with classical performance.

Through my training and practicing I learned that the most integral aspects of Irish trad music are: (1) understanding the specific time signature end feel of each tune type; the steady, fast 4-4 drive of the reel, the quick 6-8 lit of the jig, and the bouncy hornpipe, and (2) learning the unique ornamentations and including them in tunes spontaneously throughout a session. In traveling to several counties in Ireland, I learned that musical differences between regions have more to do with the types of tunes played than the embellishments used. Reels, Jigs, and hornpipes are frequently heard in most places, but in counties like Cork, Kerry, and Limerick, the most common types of tunes are slides and polkas.  Regarding ornamentations, the basic types are consistent between regions, yet vary from player to player as part of the musician’s individual style.  Because of the impromptu nature of trad music, the selected ornamentations that are added are different every time a tune is played.

Reel Tune

Jig Tune

Hornpipe Tune

One public session during the Fleadh Nua

One public session during the Fleadh Nua

Due to the variety of differences in playing techniques, my research did not result in a concrete way to link classical and traditional flute playing.  However, my time immersed in trad music and Irish culture made me fully aware of how powerful music is, despite its apparent simplicity.  The intuition and originality of each individual musician produced a vital, sparkling, almost tangible music characterized by a sense of joy and abandon in the quick tunes that contrasts with the achingly, compelling depth of the slow airs.

Irish music is not tied to the classical concert hall, but is deeply intertwined with daily life in close-knit communities.  Trad tunes and instrumental accompaniment for dancing, singing, and storytelling have been passed down through generations in homes, community centers, churches, public houses, and festivals.  It was through these public sessions that I truly allowed myself to become swept up in trad music.  The height of my learning of trad music came during the annual Fleadh Nua (“new festival”). The Fleadh Nua helped me understand that taking advantage of every chance to play for someone else, whether in a session or at a competition, is even more integral to learning trad than taking frequent lessons or practicing alone.  Soon I could say that I am a real trad player.

Another session during the Fleadh Nua

Another session during the Fleadh Nua

                    

Kieran McCarthy-Fell is currently a programming and productions intern at the Irish Arts Center, in New York City.

McCarthy-Fell received partial funding through a Summer Undergraduate Research Fellowship (SURF) offered through UNC-Chapel Hill’s Office for Undergraduate Research, the 2013 Witten Travel Award, the Class of 1938 Fellowship Endowment committee, and the Chapel Hill Music Department Mayo Award.

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In With the New – OUR Welcomes New Ambassadors

UNC - Chapel Hill with Graham Memorial in the background

The University of North Carolina – Chapel Hill
with Graham Memorial in the background

-written by Daijha J. Copeland

As nine ambassadors turned their tassels to officially become Carolina alumni in May, we welcome a new group of highly-qualified and enthusiastic undergraduate researchers. With experiences ranging in disciplines from Art History to Biology to Political Science, our new ambassadors offer a diversity of experiences to share with the Carolina community. These ambassadors have worked on timely projects such as: how specific RNA molecules distribute controls the division of zygotes, the role of suicide in the plays of William Shakespeare, further development in C. elegans, and the development of a thermoelectric vaccine cooler. Check out the ambassadors’ page to get to know all of our ambassadors and the other enriching projects that they have been a part of.

The ambassadors program was created for undergraduate researchers to be used as a resource to advocate for undergraduate research to university leaders and to serve as peer mentors. Ambassadors frequently host meet-and-greets with fellow students and give presentations on research opportunities offered through OUR and the greater university. And of course ambassadors are here to provide information, make faculty introductions, or answer any questions, so feel free to contact them for any assistance navigating Carolina’s research filled world.

If you have research experiences that you would like to share with other undergraduates and would like to apply to be an OUR ambassador, look for the call to apply in early spring. Below are the OUR ambassadors for 2014-2015.

Lauren Askew Biology /Spanish for the Medical Professions Minorlaskew@live.unc.edu

Jordan Bishop Chemistryjwbishop@live.unc.edu

Emily Cerciello Health Policy and Management & Economicscerciello@live.unc.edu

Sarah Cooley Geoscience-Geophysics/ Math and Religious Studies Minorsswcooley@live.unc.edu

Clark Cunningham Chemistry & Biologychcunnin@live.unc.edu

Sarah Faircloth History & Art Historyscfaircl@live.unc.edu

Blake Hauser Environmental Health Sciences & Biologybmhauser@live.unc.edu

David Joyner Political Science & Englishdbjoyner@live.unc.edu

Sloane Miller Environmental Health Science & Engineeringskm0709@live.unc.edu

Rizul Naithani Clinical Laborarory Science/ Chemistry Minor

Layla Quran Global Studies/ Journalism Minorlaylaquran@gmail.com

Sam Resnick Biology/ Chemistry Minor sresnick@live.unc.edu

Jay Zhang Biostatistics & Quantitative Biology/ Chemistry Minor- jczhang@email.unc.edu

Zijian (Larry) Zhou Chemistry/ Computer Science Minorzzhou1@live.unc.edu

 

Alumni Spotlight: Zachary Phillips

-written by Zachary Phillips

The Old Well   The University of North Carolina at Chapel Hill

The Old Well
The University of North Carolina at Chapel Hill

My time doing undergraduate research was the highlight of my education at UNC, and has opened up pretty much every opportunity I have had since graduation. I worked in the Optical Coherence Imaging Lab for my final two years on experiments and equipment for new and novel breast cancer imaging methods using Optical Coherence Tomography. When I came to UNC I had no plans to start working on research or even major in engineering, but as I settled on my major I took the recommendation of some older classmates and joined the lab group of one of my professors.

I started off doing basic tasks such as cell culture and some mechanical design under the close supervision of graduate students. This allowed me to get a gradual introduction into a new field, and develop a working relationship with several graduate students who would later become my mentors. My lab work gave me the opportunity to explore many of the things I learned as a Biomedical Engineering major outside of the normal confines of the classroom. As my classes became more advanced and I became more experienced, I started to take on a more autonomous role where I came up with my own problems to solve in the context of our research. While at UNC I learned that doing research is hardly ever easy, but it’s also one of the most rewarding things I’d ever done.

My senior year I set out to design and build a small-scale cellular incubator for use with our OCT system. I designed the mechanical shell, the control circuit, and the software for the microcontroller. This device has allowed our lab to image samples over a long period of time without the risk of contamination or mechanical stress due to dehydration. I wrote a senior honors thesis about the design and functionality of the incubator and was fortunate to graduate with Highest Honors. This project directly led to two job opportunities after graduation and was a major learning experience moving forward. This project taught me how to think like an engineer as well as a scientist and gave me a better appreciation of working on the intersection of several fields.

I currently work as a full time Associate in Research in the Electrical and Computer Engineering Dept. at Duke University, designing and building gigapixel cameras for defense applications. My research experience at UNC was crucial to my successes in the past year and has opened up many opportunities that I would otherwise have never known about. I have recently been accepted to several Ph.D. engineering programs and would attribute this directly to my experience doing undergraduate research at UNC.divider