Graduate Students

I grew up in a small town in western Russia and earned my bachelor’s degree at Sechenov Medical University in Moscow, where I developed a strong interest in bio- and tissue engineering, particularly in biodegradable scaffolds for traumatic brain injury. My diverse research internships in Europe, China, and the U.S. fueled my passion for molecular neuroscience, leading to a master’s degree in Neurobiology at Caltech. I then joined Dr. Thomas Südhof's lab to study synaptic adhesion molecules and their roles in synapse dynamics.

At MCP, I am excited to be part of a diverse scientific community that aligns with my research interests. Outside the lab, I enjoy mentoring fellow scientists, engaging in science outreach, and adventuring on mountain slopes.

I chose MCP for both the research and the culture. The research interests and scientific approach of the labs in this department are geared towards solving problems that span across the molecular, cellular and tissue levels for a deeper understanding of how life works.  More Meanwhile, the small size and collaborative environment of MCP means we all know one another and I don’t feel like just another cog in the wheel. I’ve gained more insight into how I learn and work as an individual and how groups of researchers work together as teams as a result of being a part of the MCP research community. I feel like the mentors around me in MCP truly care about me and the other MCP students and are willing to work closely with me to help me succeed. 

             I am the MCP Home Program representative in the Stanford Biosciences Student Association (SBSA), and a few of us MCP students just started as FAST mentors for high school students in San Jose. I went to UT Austin for my undergraduate degree and majored in Neuroscience. AT UT, I worked for 3 years in the Aldrich lab as a volunteer and then as a full-time research assistant for a 4thyear after graduation before coming to Stanford. Outside of science, I’m an avid concert/festival-goer & nature-lover. Once a competitive soccer-player, I now keep my hospital bill down by sticking to yoga, jogging and hiking. I also like to cook, paint with watercolors, road-trip and go camping.

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I am a cell and structural biologist with programming skills, focused on enhancing cryo-electron tomography and advanced microscopy to study complex cellular pathways. I spent two years in Mary Dasso's lab at the National Institute of Child Health and Human Development, investigating the modularity of nuclear pore complex components. Collaborating with Doreen Matthies and Mario Borgnia, I helped establish our institute's first end-to-end in-situ cryo-electron tomography pipeline.

Outside of research, I enjoy exploring cuisines, cooking, playing the tuba, basketball, and spending time with my cat. I'm currently learning to make Laghman, a Uyghur noodle dish, and as a San Jose native, I'm excited to explore the Bay Area's Asian restaurants.

I grew up traveling, so while I went to high-school in northern Virginia I often call Massachusetts home! I attended the University of Chicago, where I researched cell biology and protein-protein interactions in neurodevelopment with Robert Carrillo for four years. Post-graduation, I joined Feng Zhang's lab at the Broad Institute of MIT and Harvard and investigated novel targeted methods for protein and nucleotide delivery. My research interests are broadly structural and developmental, and I chose MCP primarily because of the faculty's specific research on protein roles in disease. Additionally, I loved how every student I met had a clear passion for research even beyond their own projects; the community was tight-knit, friendly, and excited about both science and extracurriculars.  Outside of research, I love reading sci-fi, sailing, sewing, and hiking. As a long-term East-coaster (and short term Midwesterner), I'm excited to explore the West Coast (and escape harsh winters)! 

I graduated from Davidson College in 2023 with a B.S. in biology, and I am now pursuing my PhD in MCP in the Huttenhain Lab. The small, collaborative, and diverse community of MCP has helped broaden my understanding of how carefully regulated processes enable proteins to orchestrate complex signaling pathways. Thus, my current research interests are to understand how members of the extensive GPCR family, which detect and respond to environmental cues, including many drugs, drive signaling pathways that shape cellular responses. I am excited to use proximity labeling and quantitative proteomics as a powerful approach to explore these complex signaling events. Outside of research, I enjoy hiking, weightlifting, cooking, and exploring the vibrant food scene of the Bay Area!

Born in South San Jose, I would often visit Stanford for events and tennis matches and I fell in love with the atmosphere. I was fortunate to attend UCSD, close to home but not too close, and graduated with a molecular biology degree. I was offered a scientist position at a Silicon Valley bio startup, and through this opportunity, I continually met outstanding scientists from Stanford University. Given a keen interest in understanding cellular mechanisms and the orchestration cells play in tissue function in creating a viable organism, I knew MCP would be a great fit where collaborations are encouraged and leading experts are in every lab

I attended the University of Michigan-Dearborn and graduated with a major in Microbiology and a minor in Hispanic Studies. In undergrad, I worked in a chemistry lab on a project to generate metal-silica, core-shell nanostructures. At Stanford,  More I joined Lynette Cegelski’s lab, which uses biophysical techniques to study complex biological systems.  My thesis focuses on the extracellular matrix of Escherichia coli biofilms, more specifically investigating the structure and function of phosphoethanolamine modified cellulose, the first discovered naturally chemically modified cellulose! My hobbies include watching movies and playing intramural basketball, softball, volleyball, and soccer.

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I grew up in a small town about an hour outside of Denver, Colorado. Some of my favorite things are hiking, crocheting, reading, and my cat Machiavelli!
I graduated from a small liberal arts college, Colorado Christian University, with my bachelor’s in biology in 2023. There I studied the regulation of a protein that is involved in loading cohesin onto sister-chromatids during S phase of the cell cycle. I also worked in a lab at CU Anschutz on and off for 2 ½ years studying Microtubules. My main project focused on the regulation and maintenance of the tubulin pool.
I chose MCP because of the wide-ranging interests and expertise of the faculty, as well as the tight-knit community. I especially like the department’s focus on protein function and their roles in disease.

 I completed my undergraduate degree at the University of Maryland, traveled to the University of Cambridge to attain my MPhil, and am now pursuing a joint PhD in MCP and a MS in the BMI as a Knight-Hennessy Scholar. Outside of research, I enjoy basketball, exercising, and tennis.  More My interests in science have certainly changed over time but I am currently interested in understanding the basic, macromolecular principles that govern basic processes such as protein-protein or RNA-protein interactions. I believe that this can uncovered through a mixture of bioinformatics and informed biophysical measurements. I hope to engage and learn as much as I can while I am at Stanford, so please feel free to reach out whenever!

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I graduated from Reed College in Portland, Oregon in 2020 and have called the Pacific Northwest home ever since. During my undergraduate thesis in Dr. Shivani Ahuja’s lab, I became interested in the structural changes that accompany receptor transmission of extracellular signals to intracellular actions. After graduation, I worked as a research assistant in the Mansoor lab at Oregon Health and Sciences University, structurally and functionally characterizing the response of ion channel P2X7 to competitive and noncompetitive agonists and antagonists by electrophysiology and cryoEM. Broadly, my research interests include structural biology, cell biology, and microbiology. I chose MCP because this program offers both the intellectual freedom to pursue my evolving research interests and exceptional support along the way. In my free time, you can find me at a local coffee shop, trying new restaurants, or scouring vintage shops for a new outfit!