What really gets Jason excited, is that the Duke PhD will give him the skills to be a successful scientist. Not just the hard skills to be a great researcher, but the soft skills to present and communicate, to creatively solve problems, and to work collaboratively.
Jason came to Duke from Case Western Reserve, after studying retinol pathway regeneration as an undergraduate. What’s different about Duke is that he knows he has the university resources behind him and feels confident that he’s not isolated in the lab. His experiences so far have led him to realize that his level of achievement in researching spatial regulation protein synthesis is proportional to the amount of effort he puts in. With Jason’s work ethic, he’s on an exciting and successful career trajectory.
Jason works in the Nicchitta Lab and studies the spatial regulation of protein synthesis and the differences in translation that occur by cytosolic or ER-localized ribosomes.
It wasn’t such a stretch for Grace to move from a small college in mid-central Florida to Duke. She knew she had to go big, if she wanted to make significant contributions in the area of molecular mechanisms of transcription regulation and structural biology. It was Duke’s collaborative environment that lured her north and that would help her develop a tool kit of professional skills, learn about diverse fields in biochemistry, and other department’s research.
Grace came into the department through Cell and Molecular Biology (CMB), one of Duke’s many interdisciplinary training programs. She has found a home at Duke and a close community through programs and organizations that support underrepresented minorities in STEM, including the Duke Chapter of the Society for the Advancement of Chicanos and Native Americans in Science (SACNAS) and the Duke BioCoRE program.
She’s glad she moved to Durham with its great restaurant and farm-to-table scene. But she also enjoys living close to Duke Forest and the state parks where she can escape on a Saturday morning.
Grace does research in the Brennan Lab where she elucidates mechanisms of antibiotic resistance in pathogenic bacteria and researches the role these transcriptional regulators play in bacterial survival during host infection.
Skyler Cochrane came to Duke from Rhodes College in Memphis, where she studied synthetic organic chemistry with a focus on drug development. Her work involved the synthesis of dopaminergic derivates to investigate the specificity and activity of SULT1A3, a sulfotransferase which processes dopamine in the body. Now at Duke, she’s working in the Zhou lab and takes a chemical/structural biology approach to try and understand the mechanisms of Lipid A biosynthesis and, consequently, how to target therapeutics to treat gram-negative infections.
Skyler’s motivation to become a scientist is rooted in her desire to give back and make a difference in the world. She knows that by attending Duke, she will gain the skills and techniques necessary to become a better chemist and biochemist, and a more well-rounded scientist. She believes scientific discovery and medical-based research is the path to accomplishing these goals. And even if she’s not the one to, let’s say, find the cure for cancer, she hopes others will be inspired to build on her research to find it themselves.
Skyler loves that Duke, and especially its science departments, encourage collaborations. This ethos goes hand-in-hand with her belief that the best, most complete scientific narratives and discoveries can only happen when researchers are willing to look outside of their own specialty. Thus, she’s been able to work closely with a variety of chemistry faculty who, because of their different lab and life experiences, can solve problems in ways she wouldn’t think of.
Coming from Memphis, Skyler has had to adjust to life in a smaller city, but does love the dichotomy of Durham. When it comes to day-to-day life, it can feel very quiet, but if you know where to look, you can find a bustling community with tons of activities, concerts, and art. Plus, she doesn’t have to go far to find amazing food, local breweries, and thrift stores!
Catherine received her Bachelor of Science in Chemistry and Biochemistry at Old Dominion University as well as her Master of Arts in Chemistry with a concentration in Biological Chemistry at the University of Virginia. As an undergraduate she studied the effects of binding an inhibitor to a human rhinovirus' protease using Nuclear Magnetic Resonance in a structural biology lab. As a Master’s candidate, she furthered her interest in thermodynamics and broadened her structural biology skills in a crystallography lab.
She is now working towards a PhD in biophysics and structural biology, with an interest in computational protein redesign. She joined the Donald Lab because of the opportunity to learn both computational biology skills and the third main structural biology technique—Cryo-EM. She is currently studying the binding mechanism of broadly neutralizing antibodies (bnAbs) to the membrane proximal external region (MPER) of the HIV-1 glycoprotein 41.
Catherine thinks Duke’s Biochemistry department is a great fit for her, considering the number and diversity of structural biology laboratories. It will also help her achieve her long-term goals—to acquire new biophysical skills and specialize in the fields of HIV and cryo-EM research while collaborating with world experts. Duke and the department also foster a collaborative environment, and she has no doubt that while here, she will have many valuable opportunities to network and prepare herself to work in industry after graduation.
She thinks Durham is a great place to live—there is always something interesting to do, and it’s not expensive or crowded! There are many young professionals moving to the area, and there are direct flights to Paris when she returns home. Plus, as a hiking and scuba diving enthusiast, she’s always less than 2 hours away from her next outdoor adventure.
Stephanie Gu came from Caltech, where she studied chemical engineering, specifically DNA’s non-biological properties and their ability to be leveraged for cancer detection. At Duke, she wants to obtain a predictive understanding of DNA dynamics and DNA replication, which is a crucial property in cell division.
Stephanie has become quite comfortable in the biochemistry department where she takes advantage of the highly collaborative environment and feels that everyone is open and available for discussion. She does research in the Al-Hashimi Lab, which doesn’t have expertise in proteins. But Stephanie wants to understand DNA dynamics in the context of polymerases—proteins that make sure DNA replicates. With the department’s open door policy and the close proximity of the labs, she is solving problems with help from another PI, Maria Schumacher, who has experience in protein-DNA complexes. There, Stephanie’s most basic questions are discussed, such as when to induce protein expression, while Maria ensures she firmly grasps the concepts.
Now that Stephanie has been on the east coast for a while, she’s taken a liking to Durham. After 22 years in Los Angeles, she finds that Durham has a better cost of living, is quieter, has less traffic, and cleaner air. She also thinks the food can be just as good when you know where to look. And location-wise, Durham is pretty central—the mountains, the ocean, and other states, are only a few hour’s drive, making it easy to get out and have fun whenever she has time.
In Yuze’s first year, he’s rotating through 3 labs to expose himself to different fields in biochemistry. He’ll eventually choose one to do his research, but right now, his goal is to work hard and learn new techniques, analytical methods, and interdisciplinary research.
Yuze came from the prestigious Peking University in Beijing, having majored in pharmaceutical sciences. He thinks Duke is a good fit because there are people from all over the world. About the program—he finds everyone is friendly. There is happy hour every Friday where he can socialize with different labs and sometimes with famous scientists that come discuss their research.
He likes Durham—it’ the antithesis of Beijing’s urban jungle. It’s quiet, with beautiful scenery and fresh air—plus Yuze thinks the food is pretty delicious.
Parasites were Megan’s passion at Washington University in St. Louis where she was a biology and chemistry major. Now at Duke, she’s part of the MD-PhD training program, studying chemical biology and drug development and hoping to build technologies that discover novel RNA-binding chemical scaffolds and accelerate the field of RNA-targeted small molecule drug development.
What does Megan love about Duke? Well—it’s the people. The students, faculty, and administration create an incredibly fun, engaging, and supportive environment, both inside and outside the lab. And living in Durham isn’t bad either. There’s lots of great food, dancing, music, and nature’s close by. Being in the middle of the state, it’s only a few hours to the beach and a little more for her to enjoy the mountains.
The graduate school’s career development has really impressed Hannah. They offer workshops on searching for a job in academia and starting a career in industry. They’ve also taught her how to prepare for her career and what recruiters are looking for.
Hannah is a Durham native and attended Davidson, a small liberal arts college just outside Charlotte. She likes how Durham has kept its small-town feel, even though it’s going through a major growth spurt. In the city or on-campus, there is always something to do—like taking dance classes at American Dance Festival (ADF), attending their performances in the summer, and going to shows all year at the Durham Performing Arts Center. She also sometimes stops in at Duke’s Arts Annex to take pottery and painting classes.
Hannah works in the Kuehn Lab and studies how bacterial outer membrane vesicles impact a plant's innate immune responses.
Blanca wants to be an independent researcher and to do this, she’s learning to approach scientific problems from an interdisciplinary perspective. Currently part of the Kuehn lab, her focus is on making discoveries that contribute to our understanding of how bacteria secrete RNA and DNA to modulate host-cell functions. Specifically, she’s examining the production of membrane vesicle-associated nucleic acids by pathogenic bacteria and the mechanisms by which those nucleic acids are recognized by recipient cells.
Her interest in biochemistry started as an undergraduate when she worked in a lab that elucidated the molecular mechanisms driving the assembly of small nuclear ribonucleoproteins in the spliceosome. Progressing in her studies, Blanca’s Master's thesis project determined the binding affinity of different types of synthetic RNAs to nanoparticles as potential gene-delivery platforms.
There were two reasons Blanca was drawn to Duke’s Biochemistry program—the stimulating research and collegial relationships between faculty and students. But where Duke really stand out in her eyes, are the efforts made by the Biochemistry Diversity & Inclusion Committee to create a welcoming and equitable environment for everyone. At the graduate school level, there are also BioCoRE and SACNAS, organizations that foster a supportive space for underrepresented students in biomedical research. They’ve both given Blanca the tools to fight against the ever-present Imposter Syndrome, which has helped her develop a strong sense of belonging at graduate school.
Blanca was pleasantly surprised when she arrived in Durham from Texas. It has cultural diversity, reflected in the variety of food options, especially the abundance of tasty and cheap Mexican restaurants and there’s the city’s beauty, especially Duke’s campus. There’s one activity that tops her list though—attending Duke Basketball games.
At University of Maryland, Baltimore County, Carly majored in biology and minored in Chemistry. Her undergraduate research studied the structure of the HIV-1 RNA 5'UTR and the dynamics of the Gag polyprotein using Nuclear Magnetic Resonance. Now at Duke, she hopes to research the structure and dynamics of biopolymers and in a broader sense wants to apply different biophysical methods to her project, formulate more thought-provoking questions in her personal research and weekly seminars, and learn to communicate her research in any setting.
Carly loves Duke's sense of community and the opportunities she has for collaboration and research growth with other departments at Duke, companies in nearby Research Triangle Park, and with UNC and NC State. She finds the biochemistry department is especially close, and feels comfortable asking professors and students for help. There really is an overall feeling within the department that everyone should succeed.
Being a graduate student, it’s no surprise Carly appreciates Durham’s lower cost of living, plethora of great local breweries and restaurants, and access to a variety of outdoor activities. She can cycle year-round, as well as hike, kayak, and play disc golf all within 20 minutes of her apartment. She loves Durham’s central location, with the airport being just 20 minutes away, the beaches within a two-hour drive and the mountains within three.
You Wang likes the Department of Biochemistry’s supportive environment—all the mentors work collaboratively, so he can leverage different areas of faculty expertise. His lab is an exciting place to do his research and will certainly help him reach his goal of solving a previously unknown structure.
His PhD is very different than his undergraduate experience, studying biotechnology and bioengineering at Jiaotong University. Duke is culturally diverse, which make him feel very welcome as an international student. And living in Durham? It’s a far cry from the streets of Shanghai. It’s taken him a bit to get used to—but now he likes that there are less people, an abundance of trees, and green all around.
You does research in the Beese Lab, solving the atomic structures of human cancer related proteins to develop new anti-cancer therapeutics.