Faith Longnight has been selected as the first recipient of the Chemistry and Biochemistry Department’s Percy Julian Scholarship, a new department scholarship award for chemistry and biochemistry majors at the University of Oregon.
Established in 2020 by a generous donation, the Percy Julian Scholarship seeks to support talented undergraduate scientists in their pursuit of a career in chemistry and recognizes their contributions to promoting diversity, equity, and inclusion in STEM and their potential for further academic achievement.
Faith Longnight
We asked Faith to tell us a little about herself and her science.
I was born in California, but I was raised in Eugene for most of my life! I am a junior this year and am double majoring in Chemistry and Sociology. The part of science that I love most is the aspect of discovery. It feels like I am using the skills I have learned to solve a puzzle each time I answer a question and it is such a rewarding process!
Current Research
I am in the joint Darren Johnson and Haley lab under the supramolecular anion recognition project. I first got into a research lab spring term of my freshman year but once I found my true place within the chemistry department, I joined the Johnson and Haley lab. I have been in this lab since March of 2020 and have loved every minute of it. I am currently working on a project that studies the kinetics of a reaction with hydrosulfide (HS–) with and without the addition of a supramolecular sensor. The goal of the project is to see if the presence of noncovalent interactions slow down the reaction with HS–. This would give insight in how our bodies might slow down reactions with HS–, which is a highly reactive molecule that is essential to our bodies’ function.
What’s next?
I am still undecided in what I exactly want to do in the future, but I know that I want to pursue higher education within chemistry. No matter what I end up doing I want to find somewhere where I can use chemistry and research to help benefit the community around me. I want to pursue research so that I can show others that might feel alone that they are worthy and to show that researchers of color are valid, and that diversity is vital within the sciences. I am currently very passionate about both pharmacology and forensic chemistry and I hope to learn more about both career fields while I am finishing out my time here at UO.
The Chemistry and Biochemistry department is pleased to introduce the recipients of our 2020 undergraduate scholarships!
This years’ recipients are Amanda Linskens, Maya Pande, Daria Wonderlick and Dylan Galutera. We asked them to tell us a little about themselves and their research experience.
Amanda Linskens Faith Van Nice Scholarship Recipient
The Faith Van Nice Scholarship is dedicated to the legacy of alumna Faith Van Nice, and recognizes exceptional UO undergraduate students majoring in Chemistry or Biochemistry.Amanda says that she feelsdeeply grateful and honored to receive an award that honors such a successful and inspirational researcher.
My name is Amanda Linskens and I grew up in a small town called Seymour just outside of Green Bay, Wisconsin. I am currently a junior majoring in Biochemistry, and I became interested in biochemistry and molecular biology when I took a biochemistry class in high school. What inspires me about science is the problem solving involved in research and how much there is yet to learn and discover.
About her research: I have been involved in research since my junior year of high school when I decided to do an independent research project with my biochemistry teacher. At the start of my freshman year at the University of Oregon, I joined the Doe Lab and have been with the lab ever since. Currently I am performing research regarding what type of neuroblasts the MDN and Pair1 neurons arise from and what transcription factor window these neurons are born in. MDN controls backwards crawling and walking in fruit flies and Pair1 neurons control stopping in larvae. This research is important for better understanding the development of neurons and for further research into neurodegenerative diseases.
What’s next? My plans after my completing my undergrad degree include graduate school for molecular biology or biochemistry and pursuing a career in molecular genetics or another type of biomedical research.
Maya Pande Kuntz-Swinehart Scholarship Recipient
The Kuntz-Swinehart Memorial Scholarship recognizes academic excellence in our majors, and was established by former UO Chemistry students in honor of two professors whose instruction, influence and inspiration had a significant impact on their career paths. Maya shares that it is such an honor to be recognized through this award.
My name is Maya Pande and I am in incoming Senior at UO! I’m from Portland, Oregon and I started school here in the fall of 2017. I am double majoring in biochemistry and political science. I like science because it represents innovation and progress. It centers around principles that you can observe in daily life, and I love the prospect of using my knowledge to one day better the lives of others.
About her research: I am a member of Andy Marcus’s Lab! The Marcus lab studies the physical properties surrounding the movement of macromolecules in biological environments. One project I’ve worked on within the lab looks to characterize the conformations DNA takes under different sets of biological conditions. I cannot imagine my time at UO without the chemistry department. I’ve been lucky to be surrounded by the most supportive students and faculty I could have asked for.
What’s next? I am planning on taking a gap year after graduation, during which I’ll be applying to medical school. I am currently interested in becoming an oncologist, and I would love to one day work at St. Jude. I am also interested in one day working in science policy.
The Anita and Friedhelm Baitis Scholarship is new this year and provided funding for two undergraduate students to conduct research during the summer in a chemistry or biochemistry laboratory at the University of Oregon, under the mentorship of a Chemistry and Biochemistry department faculty member. Award recipients are chosen from among students that are nominated by department faculty. Daria says she’s grateful for the Chemistry and Biochemistry Department’s commitment to valuing and supporting undergraduate research. Dylan shares that he is very grateful to receive this award because it has allowed him to pursue research during the summer and focus on his education – a unique opportunity to relax and invest more time in his future plans, rather than having to work.
Daria Wonderlick Baitis Scholarship Recipient
My name is Daria Wonderlick. I am a Biochemistry major from Portland, Oregon, entering my senior year at UO. I have been fascinated by the molecular underpinnings of life for as long as I can remember. In high school, I had the opportunity to study the genetic disease PKU at the Oregon Heath & Science University during the summers. From this early exposure to biomedical research, I became enthralled with the creativity and diligence behind scientific discoveries. I chose to attend UO for the well-respected honors college and opportunities for undergraduate research.
About her research: On the first day of my freshman year at UO, I walked into Mike Harms’s Honors Biology class and immediately fell in love with the course material and his teaching style. I officially joined the Harms Lab after a tour during a science open house. The Harms Lab studies relationships between biochemistry and evolution. My research project aims to characterize how mutations in RNA molecules interact at a biophysical level. Mutational interactions complicate our ability to predict the evolution of existing RNA and proteins and hinder efforts to design new biomolecules for medicine and technology. I am looking at a simple RNA system to learn how its ensemble of structures generates these mutational interactions.
What’s next? I plan to pursue in PhD in biophysics. I hope to contribute to the biomedical field by designing therapeutic proteins as a research professor.
Dylan Galutera Baitis Scholarship Recipient
My name is Dylan Galutera and I am currently a junior studying biochemistry with a focus in pre-med at UO and the Clark Honors College. I was born and raised in California and I moved around from there, to the Philippines, and finally settled down in Beaverton, OR. Ever since I can remember, the natural sciences have enamored me because of how far humans have come in terms of characterizing the physical world with its very intricate systems. Although the sciences have always interested me, I believe that it was piqued during my fourth-grade year. I remember witnessing a family member going through a medical emergency for the first time; my grandmother suffered from a stroke one night. Since then, it’s been my goal to pursue a career in medicine and further my own interests in biochemistry. With my focus on biochemistry and the human body, I hope to contribute to how we understand and interact with the complex human body.
About his research: I am in the Widom lab and I have been doing research with them since fall of my sophomore year. Before then, I did a term of research with the Dave Johnson lab as an option for completing the Research Immersion Course during the spring term of my freshman year. In the Widom lab, we use various spectroscopic methods to study the folding mechanisms of RNA molecules. Understanding the structures of these bio molecules contributes to the study of crucial RNA functions such as gene regulation. I am very honored to receive this research award. The scholarships and opportunities available to UO undergraduates have provided me with more opportunities than I could ask for.
What’s next? After I graduate, I hope to attend OHSU where I plan to pursue my medical degree. It has always been my long-term goal to become a doctor and specialize in a field of surgery of some sort. Currently, I have my plans set on specializing in cardiothoracic surgery, but I’m open to other options as I discover the right one for me during medical school.
The 10th annual Undergraduate Research Symposium will take place this Thursday, May 21, 2020. The virtual format will include research work conducted by 18 chermistry and biochemsitry majors.
The presentations will be a mix of live-stream, pre-recprded and Zoom events. Zoom events require an RSVP by Wednesday, May 20 at noon. See the virtual Symposium navigation guide for details.
Chemistry and Biochemistry Research Presentations
Stacey Andreeva – Chemistry
Faculty Mentor(s): Carl Brozek
Session 5: The Bonds that Make Us
Title: Metal-Ligand Bond Dynamics in Metal-Organic Frameworks Confirmed by Variable
Temperature Vibrational Spectroscopy
Dylan Bardgett – Chemistry
Faculty Mentor(s): Dave Johnson | Danielle Hamann
Session 6: Interact & React
Title: The Reactions Between Iron and Selenium
Zack Basham – Biochemistry
Faculty Mentor(s): David Garcia
Session: Pre-recorded Poster Presentation
Title: Influence of a prion protein on the TOR pathway in Saccharomyces Cerevisiae
Lejla Biberic – Biochemistry
Faculty Mentor(s): Amber Rolland | James Prell
Session: Pre-recorded Poster Presentation
Title: Determining detergent dependence of Cytolysin A oligomeric state through native mass
spectrometry
Anabel Chang – Biochemistry
Co-Presenter(s): Maya Pande
Session: Pre-recorded Poster Presentation
Faculty Mentor(s): Andrew Marcus
Title: Characterizing the Conformational Fluctuations of DNA Under Physiological and SaltStabilized Conditions
Emmalyn Leonard – Biochemistry
Faculty Mentor(s): Cristopher Niell | Philip Parker
Session 5: The Wonders of the Brain
Title: Determining the role of the pulvinar in visual attentional control
Tristan McKibben – Biochemistry
Faculty Mentor(s): J. Josh Snodgrass
Session 5.5: McNair Scholars Presentations
Title: The Evolution of Coronaviruses: Cross-Species Transfers and Mechanisms of Infections
Matthew Nardoci – Biochemistry/Biology
Co-Presenter(s): Jewlyssa Pedregon
Faculty Mentor(s): Santiago Jaramillo
Session: Pre-recorded Poster Presentation
Title: Characterization of sound-evoked responses of photo-identified auditory striatal neurons
Jake Olsen – Chemistry and Mathematics
Faculty Mentor(s): Marina Guenza | Jake Searcy
Session 1: It’s a Science Thing
Title: The Atomistic Reconstruction of Coarse-Grained Polymeric Systems via Machine Learning
Techniques
Maya Pande – Biochemistry, Political Science
Co-Presenter(s): Anabel Chang
Faculty Mentor(s): Andrew Marcus
Session: Pre-recorded Poster Presentation
Title: Characterizing the Conformational Fluctuations of DNA Under Physiological and SaltStabilized Conditions
Madelyn Scott – Chemistry, Physics
Faculty Mentor(s): Kelly Wilson | Cathy Wong
Session 2: Cells R Us
Title: Quantifying the spatial morphology of organic films through polarization-dependent
imaging
Nathan Stovall – Chemistry
Faculty Mentor(s): Shannon Boettcher | Raina Krivina
Session 5: The Bonds that Make Us
Title: Ultrathin Iridium Oxide Catalyst on a Conductive Support for the Oxygen Evolution
Reaction in Acid
Eric Strand – Biology/Biochemistry
Faculty Mentor(s): Joshua Barker
Session: Pre-recorded Poster Presentation
Title: Rational Design of s-Indacene-cored Small Molecule Organic Semiconductors as a
Paradigm to Tune Electronic Characteristics
Ian Torrence – Biochemistry
Faculty Mentor(s): Sean Fontenot
Session 2: Cells R Us
Title: Sensors and Materials for In-field Aqueous Analysis of Nitrate and Other Ions
Dan Tudorica – Biochemistry
Faculty Mentor(s): Arden Perkins
Session 3: The Substance of Us
Title: The role of the Chemoreceptor Zinc-Binding Domain in bacterial signal transduction
Nicole Wales – Chemistry and Physics
Faculty Mentor(s): Mark Lonergan | Zack Crawford
Session 5: The Bonds that Make Us
Title: Quantification of Point Defects in Perovskite Solar Cells
Daria Wonderlick – Biochemistry
Faculty Mentor(s): Mike Harms
Session 5: The Bonds that Make Us
Title: Ensembles link RNA thermodynamics and molecular evolution
The [GRFP] program recognizes and supports outstanding graduate students in NSF-supported science, technology, engineering, and mathematics disciplines who are pursuing research-based master’s and doctoral degrees at accredited United States institutions. Fellows benefit from a three-year annual stipend of $34,000 along with a $12,000 cost of education allowance for tuition and fees (paid to the institution), opportunities for international research and professional development, and the freedom to conduct their own research at any accredited U.S. institution of graduate education they choose. As the oldest graduate fellowship of its kind, the GRFP has a long history of selecting recipients who achieve high levels of success in their future academic and professional careers.
Our 2020 recipients:
PhD
Alison Chang
Marc Foster
Khoa Le
James May
Alison Chang
Marc Foster
Khoa Le
James May
Undergraduates
Madi Scott
Makenna Pennel
Casey Bisted – 2019 grad, now in PhD program at UW
Madi Scott
Makenna Pennel
Casey Bisted
Our Honorable Mentions:
PhD
Julia Fehr
Grace Kuhl
Gabrielle Warren
Undergraduate
Dylan Bardgett
Julia Fehr
Grace Kuhl
Gabrielle Warren
Dylan Bardgett
This is our department’s highest number of GRFP fellowship recipients and honorable mentions to date. Special thanks to faculty members Shannon Boetcher, Mike Pluth, Amanda Cook, Julia Widom, and Chris Hendon for the great job they’ve done teaching the CH 401/601 Fellowship Application Skills workshop.
Biochemistry major Emma Mullen is one of four undergraduate science majors awarded a 2019 University of Oregon ESPRIT Scholarship (Experiencing Science Practices through Research to Inspire Teaching). The UO ESPRIT Scholarships Program is funded by the National Science Foundation through the NSF’s Robert Noyce Teacher Scholarship Program. Recipients each receive $35,000 in support that includes a two-year scholarship for their senior undergraduate year and the UOTeach Program, a highly focused one-year master’s level teacher licensure program designed to produce highly qualified teachers with advanced instructional and classroom expertise. The ESPRIT Scholarships Program is a collaborative effort between the College of Arts and Sciences and the College of Education involving STEM CORE, the Center for STEM Careers through Outreach, Research, and Education, and the Department of Education Studies.
Emma presenting her research from Lawrence Livermore National Laboratory
Now in her senior year, Emma says she has always been interested in teaching. In high school, she found herself in the role of informal tutor for a group of classmates, and enjoyed being a part of the “ah-ha!” moment when one of her peers grasped a tricky concept that had eluded them. As a SuperChem Peer Learning Assistant at the UO, Emma continues to build her skills as an educator.
Emma took her first step on the ESPRIT pathway by participating in an ESPRIT-sponsored summer research experience at Lawrence Livermore National Laboratory in Livermore, California this past summer. During her eight weeks in the Biosciences & Biotechnology Division, she worked on optimizing the crystallization of nanolipoprotein particles (NLPs).This furthered the development of NLPs as a platform for vaccine delivery and for x-ray crystallographic characterization of membrane proteins.
Once she had completed her summer research experience, Emma became eligible to apply for the ESPRIT Scholarship to the UOTeach Program and was selected for the award. Her acceptance was celebrated during a signing ceremony for the ESPRIT recipients at the College of Education on Thursday, November 21st. Prof. Michael Pluth, in whose lab Emma is currently doing undergraduate research, presented her award.
2019 ESPRIT Signing Ceremony at the UO College of Education
Emma plans to pursue the Secondary Education track in her master’s studies, in preparation to teach high school chemistry. She appreciates the opportunity teaching provides to share a subject that she is passionate about. Learning how things work at a fundamental, nittty-gritty level has always fascinated her and, she explains, “Chemistry does that. It changes the way you look at things when you begin to think about the world around you on a molecular level. I’m excited to share that.”
After graduating from UOTeach, ESPRIT Scholars go on to teach in a high-need school district for four years. This could take Emma anywhere in Oregon, but she hopes to eventually end up somewhere near her hometown of Portland.
The Chemistry and Biochemistry department is pleased to introduce the recipients of our 2019 undergraduate scholarships!
Makenna Pennel, Rachel Lutz, Jake Olsen and Madi Scott are all in their senior year in the Clark Honors College.
The Faith Van Nice Scholarship is dedicated to the legacy of alumna Faith Van Nice, and recognizes exceptional UO undergraduate students majoring in Chemistry or Biochemistry. Makenna says she feels incredibly grateful and humbled to have been selected for an award that honors such an inspirational alumna.
Makenna Pennel Faith Van Nice Scholarship Recipient
Chemistry major Makenna Pennel grew up in Triangle Lake, Oregon, and says it was a high school internship at OSU that sparked her interest in nanotechnology and green chemistry. These interests, combined with a Stamps scholarship, brought her to the UO.
About her research: Makenna has been involved in undergraduate research since her freshman year, an opportunity which began when she met Jim Hutchison during a Run with a Researcher event. Makenna’s research in the Hutchison lab revolves around metal oxide nanocrystals—materials that have a wide array of applications, ranging from thin films in electronics to UV-protection in sunscreens. Her research specifically examines nanocrystal synthesis and the mechanisms behind their formation. This past summer she completed an internship at Northwestern University’s International Institute of Nanotechnology outside of Chicago, working with quantum dots— a class of semiconductor nanoparticles—in the field of quantum information science.
What’s next? Future plans include grad school for chemistry or materials science, but her career plans are wide-open. Makenna says academia and industry are both possibilities. She has also enjoyed presenting science to the public as a volunteer at the Eugene Science Center so science communication, and interdisciplinary opportunities that blend science with other fields such as literature, are very appealing.
The Kuntz-Swinehart Memorial Scholarship recognizes academic excellence in our majors, and was established by former UO Chemistry students in honor of two professors whose instruction, influence and inspiration had a significant impact on their career paths. Rachel says that she is grateful to be recognized in memory of these two influential professors, and thankful to the donors for their support of the scholarship.
Rachel Lutz Kuntz-Swinehart Scholarship Recipient
Rachel Lutz, a Biochemistry major, is from Portland, Oregon. She had the opportunity early on to become involved in research at OHSU through the Partnership for Scientific Inquiry (PSI), a mentorship program that pairs high school students with research scientists in the Portland metro area. It was her work under her mentor MD-PhDs, and a family friend’s experience participating in a clinical trial to fight her cancer, that inspired Rachel’s passion for medical-related research. The ability to continue to do research as an undergrad factored highly into her choice to attend the UO.
About her research: At the encouragement of her Organic Chemistry instructor, Rachel applied to the PURS undergraduate research program and joined the Pluth lab in her sophomore year. Her research involves synthesizing hydrogen sulfide (H2S) donors to analyze how their structure relates to their activity. H2S is a gasotransmitter – a gaseous molecule that sends signals to cells – which triggers cellular events. Through her work, Rachel seeks to increase our understanding of these molecular processes, which has implications for improving treatments for diseases like diabetes and Alzheimers.
What’s next? Rachel plans to pursue a career in medicine as a doctor and possibly a researcher. She’s passionate about women’s health and empowering people to make informed and healthy choices to improve their quality of life.
The P-Chem Undergraduate Fellowship provides funding for students to conduct research during the summer in a physical chemistry lab at the University of Oregon, under the mentorship of a physical chemistry faculty member. This year, the fellowship was awarded to two majors.
Jake Olsen P-Chem Summer Research Fellowship Recipient
Jake Olsen is a double major in Chemistry and Math from Portland, Oregon. Jake says he chose the UO for its wide-range of science offerings and the chance to do research as an undergrad.
About his research: Jake says he finds research work inspiring because it offers opportunities to make a positive impact while doing something that you love. His interest in physical and theoretical chemistry led him to the Guenza lab, which he joined in the spring of his sophomore year. The lab uses computer simulations and analytical theory to investigate the dynamic and structural properties of polymer systems. Jake’s research builds upon the lab’s coarse-graining model by using a procedure known as backmapping – a timesaving method for reconstructing atomistic information from coarse-grained data. The resulting polymer models have applications in fields such as material design, speeding up the experimental process by identifying specific properties and predicting the behavior of polymer systems prior to synthesizing them in the lab. He sees his research work as creating a resource that allows chemists to more efficiently and economically design materials.
What’s next? Jake is applying to graduate school and is looking forward to continuing to work in a research environment.
Madi Scott P-Chem Summer Research Fellowship Recipient
Chemistry and Physics major Madi Scott grew up in Medford, Oregon, with a strong interest in math, science and medicine. The Honors College and the opportunity to combine a liberal arts education with research drew her to the UO.
About her research: Madi entered the UO thinking that she wanted to be a cardiologist, but her fall term General Chemistry course introduced her to what she describes as the ‘beauty of the mathematics’ involved in electron transfer, inspiring her to dig deeper by joining the Wong lab the following term. The lab uses laser spectroscopy to look at how light interacts with matter – specifically how molecules come together to form larger structures, and how they conduct electricity. Madi’s work involves building microscopes using lenses, irises, shutters and cameras to take molecular-level images of the semiconductor materials that they create in the lab. Measurements are then taken with a laser and used to analyze the molecular structures in the images. Madi’s goal is to make her measurement techniques more robust so that they can learn more about the behaviors of the molecular structures. Her research has applications for solar cells, LEDs and other materials.
What’s next? Madi plans to go to graduate school for physical chemistry, and then pursue a research career in academia, industry or a national lab.
