Talmage Participants
2026 Talmage Cohort
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2026 Participants
Jacob Anderson
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Adam Woolley
Mentor: Laurel Smith
Research: I contributed to research in the Woolley Lab by developing and characterizing porous resins for 3D-printed microfluidic devices. My work supported my mentor's research on mosquito-borne virus RNA capture. We characterized the resins using dye flow analysis, scanning electron microscopy (SEM), Brunauer–Emmett–Teller (BET) theory surface area analysis, and fluorescence microscopy to evaluate porosity and microfluidic performance. Our research could lead to more accessible diagnostic tools for mosquito-borne viruses, improving disease monitoring and public health.
A bit about me: In my free time I enjoy reading, learning about world history, playing video games, and spending time with friends and family.
Faculty Advisor: Dr. Adam Woolley
Mentor: Laurel Smith
Research: I contributed to research in the Woolley Lab by developing and characterizing porous resins for 3D-printed microfluidic devices. My work supported my mentor's research on mosquito-borne virus RNA capture. We characterized the resins using dye flow analysis, scanning electron microscopy (SEM), Brunauer–Emmett–Teller (BET) theory surface area analysis, and fluorescence microscopy to evaluate porosity and microfluidic performance. Our research could lead to more accessible diagnostic tools for mosquito-borne viruses, improving disease monitoring and public health.
A bit about me: In my free time I enjoy reading, learning about world history, playing video games, and spending time with friends and family.
Jeffrey Carson
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Wally Paxton
Mentor: Nick Bair
Research: This summer I worked in Dr. Paxton's lab conducting research in Lipid Nanoparticles (LNPs). LNPs are a leading experimental non-viral delivery system for RNA therapeutics with applications in vaccines, genetic disorders, and cancers treatments. My mentor designed an amazing plan that gave me something to focus on and a road map of how to do it but still gave me freedom to experiment and try things for myself. The project was the addition of the surfactant O-Methyl-serine dodecylamide hydrochloride (MSDH) to the established lipid formulations of the Pfizer and Moderna LNPs. We hypothesized that the addition of MSDH would improve the performance of the known LNPs. We made many interesting observations. While our results did not definitively prove that MSDH produces more effective LNPs, they were promising and indicated that additional research is needed in this area.
A bit about me: When I'm not in the lab, I love to be outdoors and doing anything active. During this internship I have gone to Zions National Park twice, paddle boarding in Tibble Fork Reservoir and Salem Pond, rock climbing in Rock Canyon, and climbing Kyiv Peak and Mount Timpanogos. I also like playing pickleball, going to the movies, and enjoy a sauna or cold plunge.
Faculty Advisor: Dr. Wally Paxton
Mentor: Nick Bair
Research: This summer I worked in Dr. Paxton's lab conducting research in Lipid Nanoparticles (LNPs). LNPs are a leading experimental non-viral delivery system for RNA therapeutics with applications in vaccines, genetic disorders, and cancers treatments. My mentor designed an amazing plan that gave me something to focus on and a road map of how to do it but still gave me freedom to experiment and try things for myself. The project was the addition of the surfactant O-Methyl-serine dodecylamide hydrochloride (MSDH) to the established lipid formulations of the Pfizer and Moderna LNPs. We hypothesized that the addition of MSDH would improve the performance of the known LNPs. We made many interesting observations. While our results did not definitively prove that MSDH produces more effective LNPs, they were promising and indicated that additional research is needed in this area.
A bit about me: When I'm not in the lab, I love to be outdoors and doing anything active. During this internship I have gone to Zions National Park twice, paddle boarding in Tibble Fork Reservoir and Salem Pond, rock climbing in Rock Canyon, and climbing Kyiv Peak and Mount Timpanogos. I also like playing pickleball, going to the movies, and enjoy a sauna or cold plunge.
Nicey Diansay
Undergraduate Institution: Brigham Young University - Hawaii
Faculty Advisor: Dr. Paul Joshua Hurst
Mentor: Dr. Hurst
Research: I worked alongside the Hurst Lab team, where we investigated ring-opening polymerization and how polymer dispersity influences self-assembly. Our research focused on synthesizing polymers mainly working with d-valerolactone as our primary monomer and employing different catalysts to study how we can systematically control and increase polymer dispersity. Our ulitmate goal is to develop a framework for using polymer dispersity as a design tool to control self-assemble polymers and optimize future drug delivery systems! This research is exciting and has the potential to improve how drugs are delivered, making treatments more efficient and target specific.
A bit about me: Most days, you’ll find me in the lab, but outside of work I enjoy recharging by watercoloring and spending time outdoors—especially hiking. During this internship, I also discovered a love for canyoneering and rappelling. This summer was full of adventure! Even though my sea-level lungs were constantly screaming adjusting to the altitude. I had an amazing time exploring incredible places, embracing my inner science gremlin, and making great new friends along the way!
Faculty Advisor: Dr. Paul Joshua Hurst
Mentor: Dr. Hurst
Research: I worked alongside the Hurst Lab team, where we investigated ring-opening polymerization and how polymer dispersity influences self-assembly. Our research focused on synthesizing polymers mainly working with d-valerolactone as our primary monomer and employing different catalysts to study how we can systematically control and increase polymer dispersity. Our ulitmate goal is to develop a framework for using polymer dispersity as a design tool to control self-assemble polymers and optimize future drug delivery systems! This research is exciting and has the potential to improve how drugs are delivered, making treatments more efficient and target specific.
A bit about me: Most days, you’ll find me in the lab, but outside of work I enjoy recharging by watercoloring and spending time outdoors—especially hiking. During this internship, I also discovered a love for canyoneering and rappelling. This summer was full of adventure! Even though my sea-level lungs were constantly screaming adjusting to the altitude. I had an amazing time exploring incredible places, embracing my inner science gremlin, and making great new friends along the way!
Melanie Rojas
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor: Dr. David Michaelis
Mentor: Gregoria Villarreal
Research: During the summer, I conducted undergraduate research in the Michaelis Laboratory, where I synthesized and characterized heterobimetallic palladium-copper complexes for cross-coupling catalysis. I performed air-sensitive syntheses using a nitrogen-filled glove box, purified products through column chromatography, monitored reactions by TLC, and analyzed compounds using NMR spectroscopy to confirm product structures and calculate yields. Throughout the project, I developed strong laboratory skills in organometallic synthesis, data analysis, and troubleshooting while collaborating with graduate students and faculty. This research contributed to the development of more efficient catalytic systems for carbon-carbon bond formation with potential applications in pharmaceutical, materials, and synthetic chemistry.
A bit about me: I enjoy spending time with my family and friends, and I like staying active by playing sports and exploring new places. I also enjoy learning new things, especially in science, and spending time doing research and hands-on laboratory work.
Faculty Advisor: Professor: Dr. David Michaelis
Mentor: Gregoria Villarreal
Research: During the summer, I conducted undergraduate research in the Michaelis Laboratory, where I synthesized and characterized heterobimetallic palladium-copper complexes for cross-coupling catalysis. I performed air-sensitive syntheses using a nitrogen-filled glove box, purified products through column chromatography, monitored reactions by TLC, and analyzed compounds using NMR spectroscopy to confirm product structures and calculate yields. Throughout the project, I developed strong laboratory skills in organometallic synthesis, data analysis, and troubleshooting while collaborating with graduate students and faculty. This research contributed to the development of more efficient catalytic systems for carbon-carbon bond formation with potential applications in pharmaceutical, materials, and synthetic chemistry.
A bit about me: I enjoy spending time with my family and friends, and I like staying active by playing sports and exploring new places. I also enjoy learning new things, especially in science, and spending time doing research and hands-on laboratory work.
Brecken Shakespeare
Undergraduate Institution: Southern Utah University
Faculty Advisor: Dr. Daniel Austin
Mentor: Hillary Owuor
Research: This summer I contributed to the research in the Austin Lab where we investigated particle-surface interactions using a novel high-speed-rotor. We used this instrument, as well as techniques such as growing, sporulating, and removing spores from the rotor surfaces to elucidate the fundamental forces at the particle-surface interaction. This fundamental knowledge will help in many diverse applications, ranging from sterilization of medical devices to space exploration and analysis.
A bit about me: When I’m not in the lab, you’ll probably find me skateboarding at a local skatepark, playing soccer, playing pickleball with my wife, playing guitar, playing chess, or reading a Brandon Sanderson book. I love to be active both physically and mentally, so I enjoy most activities. The two genres that have got me through long, tedious data analyses, are jazz and indie rock. Bob Dylan was especially helpful throughout this internship.
Faculty Advisor: Dr. Daniel Austin
Mentor: Hillary Owuor
Research: This summer I contributed to the research in the Austin Lab where we investigated particle-surface interactions using a novel high-speed-rotor. We used this instrument, as well as techniques such as growing, sporulating, and removing spores from the rotor surfaces to elucidate the fundamental forces at the particle-surface interaction. This fundamental knowledge will help in many diverse applications, ranging from sterilization of medical devices to space exploration and analysis.
A bit about me: When I’m not in the lab, you’ll probably find me skateboarding at a local skatepark, playing soccer, playing pickleball with my wife, playing guitar, playing chess, or reading a Brandon Sanderson book. I love to be active both physically and mentally, so I enjoy most activities. The two genres that have got me through long, tedious data analyses, are jazz and indie rock. Bob Dylan was especially helpful throughout this internship.
Brock Sherwood
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. James Moody
Mentor: Jacob Averett
Research: During the course of my internship, I was able to contribute to the Moody Lab’s efforts to expand the use and understanding of the crystallization chaperone protein TELSAM. We have used TELSAM to more efficiently crystallize proteins which we can then use to solve for the structure of the protein. I was fortunate enough to design and make new mutations of TELSAM to deepen our understanding of the TELSAM protein to enable better engineering of the crystallization system.
A bit about me: I’m a free spirit that likes to jump from one hobby to the next. I really enjoy gaining skills both in and out of the lab. I also love reading and when I’m not in the lab I was either in the library or asleep at my apartment.
Faculty Advisor: Dr. James Moody
Mentor: Jacob Averett
Research: During the course of my internship, I was able to contribute to the Moody Lab’s efforts to expand the use and understanding of the crystallization chaperone protein TELSAM. We have used TELSAM to more efficiently crystallize proteins which we can then use to solve for the structure of the protein. I was fortunate enough to design and make new mutations of TELSAM to deepen our understanding of the TELSAM protein to enable better engineering of the crystallization system.
A bit about me: I’m a free spirit that likes to jump from one hobby to the next. I really enjoy gaining skills both in and out of the lab. I also love reading and when I’m not in the lab I was either in the library or asleep at my apartment.
Russell Springer
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Kara Stowers
Mentor: Adele Chalmers
Research:
This summer I contributed to the research in the Stowers lab where we investigated MOF thin film growth on hierarchical supports using carboxylated polymers on gamma alumina for our support. We used a variety of analytical techniques to quantify the MOF thin films effectiveness as an adsorbent for phosphates. Our findings could allow for a new green method to control and limit the effects of eutrophication.
A bit about me:
When I’m not in the lab, I love rock climbing and rappelling. I love pushing myself to do harder hikes and I love being outdoors with my friends. When I’m too busy or tired to get outside, you can find me playing video games, painting, reading, or playing volleyball. I love listening to audio books and folk music to get through the really tiring days in lab.
Faculty Advisor: Dr. Kara Stowers
Mentor: Adele Chalmers
Research:
This summer I contributed to the research in the Stowers lab where we investigated MOF thin film growth on hierarchical supports using carboxylated polymers on gamma alumina for our support. We used a variety of analytical techniques to quantify the MOF thin films effectiveness as an adsorbent for phosphates. Our findings could allow for a new green method to control and limit the effects of eutrophication.
A bit about me:
When I’m not in the lab, I love rock climbing and rappelling. I love pushing myself to do harder hikes and I love being outdoors with my friends. When I’m too busy or tired to get outside, you can find me playing video games, painting, reading, or playing volleyball. I love listening to audio books and folk music to get through the really tiring days in lab.
Zachary Tucker
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Kenny Lee
Mentor: Emmanuel Dare
Research: This summer I worked with the Lee group on insulin aggregation studies using mass spectrometry (MS). I was interested in the toxicity of insulin aggregates when exposed to minocycline, so with the help of my mentors, I experimented with several ways to form these insulin amyloids and treated them with minocycline. I learned several techniques within the field of native MS to help me to analyze this interaction. My findings were somewhat different from previously hypothesized methods of the interaction, so I had the opportunity to continue experimenting in order to develop a new proposed method for this phenomenon.
A little about me: Outside of the lab, I love woodworking. I enjoy spending long hours working on a wood lathe making bowls and vases. I'm also a martial artist and use taekwondo for exercise.
Faculty Advisor: Dr. Kenny Lee
Mentor: Emmanuel Dare
Research: This summer I worked with the Lee group on insulin aggregation studies using mass spectrometry (MS). I was interested in the toxicity of insulin aggregates when exposed to minocycline, so with the help of my mentors, I experimented with several ways to form these insulin amyloids and treated them with minocycline. I learned several techniques within the field of native MS to help me to analyze this interaction. My findings were somewhat different from previously hypothesized methods of the interaction, so I had the opportunity to continue experimenting in order to develop a new proposed method for this phenomenon.
A little about me: Outside of the lab, I love woodworking. I enjoy spending long hours working on a wood lathe making bowls and vases. I'm also a martial artist and use taekwondo for exercise.
Wyle Young
Undergraduate Institution: Brigham Young University - Hawaii
Faculty Advisor: Dr. Roger Harrison
Mentor: Perpetua Okonkwo
Research: This summer I conducted research in the Harrison Lab, where I synthesized and characterized magnetic iron oxide nanoparticles for bacterial capture applications. I explored multiple synthesis methods, including co-precipitation, hydrothermal synthesis, and thermal decomposition, and used scanning electron microscopy (SEM) to evaluate the nanoparticles. I also performed bacterial capture studies to assess the nanoparticles' ability to bind and separate bacteria. This work contributes to the development of magnetic nanomaterials for rapid bacterial detection and biomedical applications.
A bit about me: I enjoy spending time with my wife and toddler, traveling, and trying out new recipes in the kitchen. I also love reading sci-fi books and watching movies. When I'm not in the lab, you'll probably find me exploring a museum, hiking a nearby trail, or searching for my next adventure. One thing that surprised me this summer was discovering how much I enjoy trying new things in the lab. Whether it was learning a new technique or troubleshooting an experiment, I found myself looking forward to the challenge. This internship taught me that research is as much about curiosity and persistence as it is about getting the "right" results.
Faculty Advisor: Dr. Roger Harrison
Mentor: Perpetua Okonkwo
Research: This summer I conducted research in the Harrison Lab, where I synthesized and characterized magnetic iron oxide nanoparticles for bacterial capture applications. I explored multiple synthesis methods, including co-precipitation, hydrothermal synthesis, and thermal decomposition, and used scanning electron microscopy (SEM) to evaluate the nanoparticles. I also performed bacterial capture studies to assess the nanoparticles' ability to bind and separate bacteria. This work contributes to the development of magnetic nanomaterials for rapid bacterial detection and biomedical applications.
A bit about me: I enjoy spending time with my wife and toddler, traveling, and trying out new recipes in the kitchen. I also love reading sci-fi books and watching movies. When I'm not in the lab, you'll probably find me exploring a museum, hiking a nearby trail, or searching for my next adventure. One thing that surprised me this summer was discovering how much I enjoy trying new things in the lab. Whether it was learning a new technique or troubleshooting an experiment, I found myself looking forward to the challenge. This internship taught me that research is as much about curiosity and persistence as it is about getting the "right" results.
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2025 Talmage Cohort
2025 Participants
Kelly Balane
Undergraduate Institution: Brigham Young University - Hawaii
Faculty Advisor: Dr. Kenneth Lee
Mentor: Ebunoluwa Oluwakemi Kukoyi
Research: This summer, I conducted research in Dr. Kenneth Lee’s lab, focusing on the gas-phase complexation of per- and polyfluoroalkyl substances (PFAS) with proteins such as bovine serum albumin (BSA), human serum albumin (HSA), myoglobin, and hemoglobin. We used Cyclic Ion Mobility Mass Spectrometry (cIM-MS) for data collection and analysis, along with Collision-Induced Unfolding (CIU) to investigate the structural effects of PFAS-protein interactions. Our findings aim to contribute to the development of analytical tools that enhance our understanding of PFAS toxicity, which will enable targeted drug development in the future.
A bit about me: Outside the lab, I enjoy playing video games and pickleball. I also like going to the park with my family.
Faculty Advisor: Dr. Kenneth Lee
Mentor: Ebunoluwa Oluwakemi Kukoyi
Research: This summer, I conducted research in Dr. Kenneth Lee’s lab, focusing on the gas-phase complexation of per- and polyfluoroalkyl substances (PFAS) with proteins such as bovine serum albumin (BSA), human serum albumin (HSA), myoglobin, and hemoglobin. We used Cyclic Ion Mobility Mass Spectrometry (cIM-MS) for data collection and analysis, along with Collision-Induced Unfolding (CIU) to investigate the structural effects of PFAS-protein interactions. Our findings aim to contribute to the development of analytical tools that enhance our understanding of PFAS toxicity, which will enable targeted drug development in the future.
A bit about me: Outside the lab, I enjoy playing video games and pickleball. I also like going to the park with my family.
Briton Blood
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Jeremy Johnson
Mentor: Matt Lutz
Research: This summer I worked in the Johnson lab characterizing the THz frequency generation of different crystals, particularly BNAS and MNAS. I was also heavily involved in developing and testing new ways to both passively and activity cool the crystals to raise their damage threshold under incident laser power. Being able to increase the power of the laser hitting the crystal without melting or otherwise damaging would allow for more THz generation and is of great interest to increase the effectiveness of our research. This would also allow for larger and more powerful lasers to be used. I was successful in prototyping and applying a Peltier/liquid cooling assembly that can be used to accomplish this.
A bit about me: Outside the lab, I enjoy rock climbing, hiking, and camping. I also like working with 3D printers and electronics, building and programming devices with microcontrollers like Arduino. During my internship, I had a blast going repelling and enjoyed working with the faculty and students. I discovered a passion for engineering and rapid prototyping, learning 3D modeling as I designed and printed components for our cooling devices.
Faculty Advisor: Dr. Jeremy Johnson
Mentor: Matt Lutz
Research: This summer I worked in the Johnson lab characterizing the THz frequency generation of different crystals, particularly BNAS and MNAS. I was also heavily involved in developing and testing new ways to both passively and activity cool the crystals to raise their damage threshold under incident laser power. Being able to increase the power of the laser hitting the crystal without melting or otherwise damaging would allow for more THz generation and is of great interest to increase the effectiveness of our research. This would also allow for larger and more powerful lasers to be used. I was successful in prototyping and applying a Peltier/liquid cooling assembly that can be used to accomplish this.
A bit about me: Outside the lab, I enjoy rock climbing, hiking, and camping. I also like working with 3D printers and electronics, building and programming devices with microcontrollers like Arduino. During my internship, I had a blast going repelling and enjoyed working with the faculty and students. I discovered a passion for engineering and rapid prototyping, learning 3D modeling as I designed and printed components for our cooling devices.
James Cosman
Undergraduate Institution: Southwestern University - Texas
Faculty Advisor: Dr. Barry Willardson
Mentor: Aaron Wilson
Research: This summer, I conducted research on the interactions between the CCT anti-carin β complex and the MLST8 protein to better understand how these components function together in the cell. We characterized the CCT complex by purifying it, imaging its structure, and examining how anti-carin β inhibits ATPase activity. In parallel, we investigated the folding pathway of MLST8 within CCT by purifying the MLST8-CCT complex, imaging folding intermediates, and identifying mechanisms of formation in both regulated and up-regulated pathways. By clarifying the dynamics of MLST8 folding and CCT activity, this work contributes to a deeper understanding of protein misfolding and aggregation, with potential applications in identifying new biomarkers and therapeutic targets for diseases, including cancer.
A bit about me: I am a military kid who grew up all over the United States, and I graduated from a small town in rural Nevada. Outside the lab, I can be found swimming, eating cucumbers, playing violin or organ, or working as a beekeeper. This summer, I have enjoyed spending time with my labmates, including movie nights, hiking, and getting together for dinner. During this internship, the most impressive thing was attending my labmates' defense of her dissertation. She was successful and will receive her doctorate.
Faculty Advisor: Dr. Barry Willardson
Mentor: Aaron Wilson
Research: This summer, I conducted research on the interactions between the CCT anti-carin β complex and the MLST8 protein to better understand how these components function together in the cell. We characterized the CCT complex by purifying it, imaging its structure, and examining how anti-carin β inhibits ATPase activity. In parallel, we investigated the folding pathway of MLST8 within CCT by purifying the MLST8-CCT complex, imaging folding intermediates, and identifying mechanisms of formation in both regulated and up-regulated pathways. By clarifying the dynamics of MLST8 folding and CCT activity, this work contributes to a deeper understanding of protein misfolding and aggregation, with potential applications in identifying new biomarkers and therapeutic targets for diseases, including cancer.
A bit about me: I am a military kid who grew up all over the United States, and I graduated from a small town in rural Nevada. Outside the lab, I can be found swimming, eating cucumbers, playing violin or organ, or working as a beekeeper. This summer, I have enjoyed spending time with my labmates, including movie nights, hiking, and getting together for dinner. During this internship, the most impressive thing was attending my labmates' defense of her dissertation. She was successful and will receive her doctorate.
Lydia Ferguson
Undergraduate Institution: Snow College
Faculty Advisor: Professor: Dr. Kara Stowers
Mentor: Andrew Ralph
Research: In the lab this summer, I explored the structure-function relationship between metal organic framework (MOF) structure and electrochemical response. We worked on developing synthesis methods for different MOFs with varying pore sizes and used FTIR, BET, and cyclic voltammetry to characterize them. We hope to scaffold our MOFs onto a carbon structure to improve their stability and electrochemical response. Our research is enabling the use of MOFs in nonenzymatic glucose sensing.
A bit about me: Outside of the lab, I enjoy playing the piano and pipe organ, going for long walks, and adventuring with the people I love. I also love a good sci fi novel and discovering new things about the way the world works.
Faculty Advisor: Professor: Dr. Kara Stowers
Mentor: Andrew Ralph
Research: In the lab this summer, I explored the structure-function relationship between metal organic framework (MOF) structure and electrochemical response. We worked on developing synthesis methods for different MOFs with varying pore sizes and used FTIR, BET, and cyclic voltammetry to characterize them. We hope to scaffold our MOFs onto a carbon structure to improve their stability and electrochemical response. Our research is enabling the use of MOFs in nonenzymatic glucose sensing.
A bit about me: Outside of the lab, I enjoy playing the piano and pipe organ, going for long walks, and adventuring with the people I love. I also love a good sci fi novel and discovering new things about the way the world works.
Nathaniel Higgins
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. David Michaelis
Mentor: Daniel Odogwu
Research: This summer I contributed to research in the Michaelis Lab, where we investigated and screened cobalt–ligand complexes for retro-hydroformylation catalysis. We primarily used NMR to quantify products and glove box chemistry to create our complexes. Our research could provide a cheaper/renewable alternative building blocks for petroleum products.
A bit about me: When I’m not at work I like to hike or take walks with my wife. If I’m at home I enjoy reading, baking cookies, or napping.
Faculty Advisor: Dr. David Michaelis
Mentor: Daniel Odogwu
Research: This summer I contributed to research in the Michaelis Lab, where we investigated and screened cobalt–ligand complexes for retro-hydroformylation catalysis. We primarily used NMR to quantify products and glove box chemistry to create our complexes. Our research could provide a cheaper/renewable alternative building blocks for petroleum products.
A bit about me: When I’m not at work I like to hike or take walks with my wife. If I’m at home I enjoy reading, baking cookies, or napping.
Trever Inoue
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Josh Price
Mentor: Nate McMurray
Research: This summer, I had the opportunity to work alongside Nate McMurray in assisting him with his research regarding training and running an AI LLM to see amino acids as a language which for a number of desired peptides, able to output stable alpha helical novel AA sequences. I was able to learn how to use many instrumentations as well as techniques and further my coding knowledge. I took the AI produced sequence and synthesized it using a microwave and then purified it and analyzed it confirming predicted helicity. We are now working on specializing the AI to do specific tasks to improve folding, stability, and other motifs like beta sheets. I loved developing a relationship with my mentors and other pre-med research assistants in my lab. The experience of applying knowledge and just having an environment where you're welcomed and encouraged to be yourself and contribute to the group is something I really appreciated.
A bit about me: In my spare time, I enjoy rocketry, sports: volleyball and basketball, baking, hiking/outdoors, traveling (In the future when I have a big boy job), and watching Anime.
Faculty Advisor: Dr. Josh Price
Mentor: Nate McMurray
Research: This summer, I had the opportunity to work alongside Nate McMurray in assisting him with his research regarding training and running an AI LLM to see amino acids as a language which for a number of desired peptides, able to output stable alpha helical novel AA sequences. I was able to learn how to use many instrumentations as well as techniques and further my coding knowledge. I took the AI produced sequence and synthesized it using a microwave and then purified it and analyzed it confirming predicted helicity. We are now working on specializing the AI to do specific tasks to improve folding, stability, and other motifs like beta sheets. I loved developing a relationship with my mentors and other pre-med research assistants in my lab. The experience of applying knowledge and just having an environment where you're welcomed and encouraged to be yourself and contribute to the group is something I really appreciated.
A bit about me: In my spare time, I enjoy rocketry, sports: volleyball and basketball, baking, hiking/outdoors, traveling (In the future when I have a big boy job), and watching Anime.
Anna Nguyen
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Steve Castle
Mentor: Gracie Damstedt
Research:
I have been working on the total synthesis of thioenamide as part of a broader effort to determine the stereochemistry of prethioviridamide, an anti-cancer peptide whose proposed structure has been called into question by computational studies. The project requires a complex 6-step synthesis and relies on techniques such as column chromatography, thin-layer chromatography (TLC), NMR spectroscopy, and mass spectrometry to purify and characterize intermediates. Ultimately, this work has the potential to contribute to a publication and deepen our understanding of thioviridamide’s bioactive structure and therapeutic promise.
A bit about me:
Outside the lab, I enjoy hiking Y, visiting Sand Hollow, and spending time in the temple. This summer I discovered how much I enjoy cooking new recipes—it feels like lab work, where small changes matter. I relax by listening to alternative rock while doing dishes, and one of my favorite internship memories was our lab’s football game and cookout. It’s been such a fun, supportive group to be part of.
Faculty Advisor: Dr. Steve Castle
Mentor: Gracie Damstedt
Research:
I have been working on the total synthesis of thioenamide as part of a broader effort to determine the stereochemistry of prethioviridamide, an anti-cancer peptide whose proposed structure has been called into question by computational studies. The project requires a complex 6-step synthesis and relies on techniques such as column chromatography, thin-layer chromatography (TLC), NMR spectroscopy, and mass spectrometry to purify and characterize intermediates. Ultimately, this work has the potential to contribute to a publication and deepen our understanding of thioviridamide’s bioactive structure and therapeutic promise.
A bit about me:
Outside the lab, I enjoy hiking Y, visiting Sand Hollow, and spending time in the temple. This summer I discovered how much I enjoy cooking new recipes—it feels like lab work, where small changes matter. I relax by listening to alternative rock while doing dishes, and one of my favorite internship memories was our lab’s football game and cookout. It’s been such a fun, supportive group to be part of.
Stone Smith
Undergraduate Institution: Utah Valley University
Faculty Advisor: Dr. Ryan Kelly
Mentor: Sachini Moratuwage
Research: In the Kelly Lab, I’ve been working on method development for single-cell proteomics. This summer, I contributed to a project aimed at processing 2,000 cells per day using Tandem Mass Tag (TMT) labeling. I operated a modified Opentrons OT-2 liquid handler, adapted to precisely transfer fluids in the nanoliter range. To improve sample throughput, I designed a protocol for pooling TMT-labeled samples prior to mass spectrometry analysis.
A little about me: I’m happiest outdoors—you’ll usually find me boating, golfing, camping, summiting peaks, or flying RC planes. I used to be a sneakerhead until prices took off, so I pivoted: I learned to make custom Air Jordan 1s from scratch. When I’m not out in the wild, I’m usually indoors, crouched in front of a sewing machine, building my next pair of handmade shoes.
Faculty Advisor: Dr. Ryan Kelly
Mentor: Sachini Moratuwage
Research: In the Kelly Lab, I’ve been working on method development for single-cell proteomics. This summer, I contributed to a project aimed at processing 2,000 cells per day using Tandem Mass Tag (TMT) labeling. I operated a modified Opentrons OT-2 liquid handler, adapted to precisely transfer fluids in the nanoliter range. To improve sample throughput, I designed a protocol for pooling TMT-labeled samples prior to mass spectrometry analysis.
A little about me: I’m happiest outdoors—you’ll usually find me boating, golfing, camping, summiting peaks, or flying RC planes. I used to be a sneakerhead until prices took off, so I pivoted: I learned to make custom Air Jordan 1s from scratch. When I’m not out in the wild, I’m usually indoors, crouched in front of a sewing machine, building my next pair of handmade shoes.
Parker Snedaker
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. JC Price
Mentor: Coleman Nielsen
Research: This summer I spent time trying to renovate the lipidomics analysis workflow by aziridinating double bonds in omega-species lipids. This allows us to determine the species of omega-type lipids using LC-MS. We also spent time implementing a nano mode to a mass spec, allowing us to use less solvent, less sample, for a greater signal and interpretation. The implementation of this workflow will help us to understand the lipid turnover rates in mice with alzheimers, helping us to characterize the lipid context of this disease.
A bit about me: I enjoy playing piano and guitar, mountain and street biking, running, hiking, fishing, and just about anything else outdoors! Once the sun goes down, you'll probably find me at home reading or watching movies with friends.
Faculty Advisor: Dr. JC Price
Mentor: Coleman Nielsen
Research: This summer I spent time trying to renovate the lipidomics analysis workflow by aziridinating double bonds in omega-species lipids. This allows us to determine the species of omega-type lipids using LC-MS. We also spent time implementing a nano mode to a mass spec, allowing us to use less solvent, less sample, for a greater signal and interpretation. The implementation of this workflow will help us to understand the lipid turnover rates in mice with alzheimers, helping us to characterize the lipid context of this disease.
A bit about me: I enjoy playing piano and guitar, mountain and street biking, running, hiking, fishing, and just about anything else outdoors! Once the sun goes down, you'll probably find me at home reading or watching movies with friends.
Caitlin West
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Dr. Brandon Gassaway
Mentor: Morgan Payne
Research:
Improper repair of DNA damage, including double stranded breaks (DSB), can lead to the development of diseases, including cancer. This summer I worked in the Gassaway lab investigating the role of BAZ1B phosphorylation in DSB repair in mammalian cells. Through
this project, I gained hands-on experience using PCR, bacterial transformation, and immunofluorescence to work towards relevant data collection.
A bit about Me:
Outside of the lab, I’m an avid baker who loves spending hours in the kitchen making pastries, watching movies, and jamming to musicals. I also enjoy being with my family and spending time
trying out a variety of hobbies, with my recent favorites being softball and tap dance.
Faculty Advisor: Dr. Brandon Gassaway
Mentor: Morgan Payne
Research:
Improper repair of DNA damage, including double stranded breaks (DSB), can lead to the development of diseases, including cancer. This summer I worked in the Gassaway lab investigating the role of BAZ1B phosphorylation in DSB repair in mammalian cells. Through
this project, I gained hands-on experience using PCR, bacterial transformation, and immunofluorescence to work towards relevant data collection.
A bit about Me:
Outside of the lab, I’m an avid baker who loves spending hours in the kitchen making pastries, watching movies, and jamming to musicals. I also enjoy being with my family and spending time
trying out a variety of hobbies, with my recent favorites being softball and tap dance.
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2024 Talmage Cohort
2023 Talmage Cohort
2023 Participants
Iris Benitez Zambrano
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Yuxin “Andrew” Chen
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Austin
Research: This summer I explored the dissociation pattern when molecules impact a surface at high speed (5km/s or higher). I helped assemble and calibrate the vacuum chamber for the project and collected data for analysis. Knowing the disintegration pattern helps scientists better analyze the data collected from space.
Faculty Advisor: Professor Austin
Research: This summer I explored the dissociation pattern when molecules impact a surface at high speed (5km/s or higher). I helped assemble and calibrate the vacuum chamber for the project and collected data for analysis. Knowing the disintegration pattern helps scientists better analyze the data collected from space.
Leonardo Correa
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Van Ry
Research: This summer in the Van Ry Lab, I learned how to staining skeletal muscle tissue from mouse models that had either been treated with a protein therapy or with a placebo. The muscle tissue of mice was prepared on slides and analyzed using various staining methods to determine the relative fat content and overall quality of the muscle fibers. The obtained images were then processed with software for quantification, allowing us to assess the response of treated mice to a novel treatment compared to the non-treated group.
Faculty Advisor: Professor Van Ry
Research: This summer in the Van Ry Lab, I learned how to staining skeletal muscle tissue from mouse models that had either been treated with a protein therapy or with a placebo. The muscle tissue of mice was prepared on slides and analyzed using various staining methods to determine the relative fat content and overall quality of the muscle fibers. The obtained images were then processed with software for quantification, allowing us to assess the response of treated mice to a novel treatment compared to the non-treated group.
Fidelie Futi
Undergraduate Institution: North Park University
Faculty Advisor: Professor JL Price
Research: This summer I worked in the JL Price lab on price on protein synthesis. I have used the one pot solid phase technic through the deprotection and activation of amino acid and coupling. I have been able to purify my protein sequences through lyophilization and I have been able to confirm the success of my synthesis through mass spectroscopy.
Faculty Advisor: Professor JL Price
Research: This summer I worked in the JL Price lab on price on protein synthesis. I have used the one pot solid phase technic through the deprotection and activation of amino acid and coupling. I have been able to purify my protein sequences through lyophilization and I have been able to confirm the success of my synthesis through mass spectroscopy.
Angela Per Moreno
Undergraduate Institution: Northwest Missouri State University
Faculty Advisor: Professor Andersen
Research: This summer I worked in Dr. Andersen's lab studying a protein called TNK1 which was linked to inflammatory signaling pathways and cancer development. My project consisted of discovering the interaction between TNK1 and a protein related to inflammation through the activation of inflammatory transcriptional pathways. I was also in charge of identifying the specific sequence within TNK1 that is required important protein-protein interactions.
Faculty Advisor: Professor Andersen
Research: This summer I worked in Dr. Andersen's lab studying a protein called TNK1 which was linked to inflammatory signaling pathways and cancer development. My project consisted of discovering the interaction between TNK1 and a protein related to inflammation through the activation of inflammatory transcriptional pathways. I was also in charge of identifying the specific sequence within TNK1 that is required important protein-protein interactions.
Gerome Romero
Undergraduate Institution: Brigham Young University - Hawaii
Faculty Advisor: Professor JC Price
Research: For my summer research I am working with mice liver tissues that express different versions of the human ApoE protein to measure changes in protein concentration and turnover. Our hypothesis is that ApoE genotype increases the risk for disease by making an individual more susceptible to insults. Hence, we are going to generate data to investigate how ApoE isoforms modulate liver proteostasis.
Faculty Advisor: Professor JC Price
Research: For my summer research I am working with mice liver tissues that express different versions of the human ApoE protein to measure changes in protein concentration and turnover. Our hypothesis is that ApoE genotype increases the risk for disease by making an individual more susceptible to insults. Hence, we are going to generate data to investigate how ApoE isoforms modulate liver proteostasis.
Bradley Serage
Undergraduate Institution: Utah Tech University
Faculty Advisor: Professor Kelly
Research: This past summer I worked in the Kelly lab converting a liquid handling robot to work on the nL scale. I tested its precision and accuracy on that level and did a series of experiments to demonstrate its affordable use in single cell proteomics.
Faculty Advisor: Professor Kelly
Research: This past summer I worked in the Kelly lab converting a liquid handling robot to work on the nL scale. I tested its precision and accuracy on that level and did a series of experiments to demonstrate its affordable use in single cell proteomics.
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2022 Talmage Cohort
2022 Participants
YuCheng "Sam" Hong
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Andrus
Research: This summer, I worked on synthesizing a new asymmetric micellar catalyst in the Andrus lab. This catalyst was modified with a MacMillan catalyst attached to its tail. I optimized the steps for producing the modified MacMillan catalyst as well as all purification and characterization of the new material.
Faculty Advisor: Professor Andrus
Research: This summer, I worked on synthesizing a new asymmetric micellar catalyst in the Andrus lab. This catalyst was modified with a MacMillan catalyst attached to its tail. I optimized the steps for producing the modified MacMillan catalyst as well as all purification and characterization of the new material.
Haeun Gim
Undergraduate Institution: Utah Valley University
Faculty Advisor: Professor Van Ry
Research: This summer, I worked with the tissue engineering team in the Van Ry lab for organotypic tissue formation in a lung alveolar model in soluble extracellular matrix (ECM). I worked on testing available ECM substitute, Culture X and Decellularized lung tissue, for Matrigel, the pure basement membranes. For the 3D culture method of creating lung organoids, I grew triculture cell aggregates in soluble ECM.
Faculty Advisor: Professor Van Ry
Research: This summer, I worked with the tissue engineering team in the Van Ry lab for organotypic tissue formation in a lung alveolar model in soluble extracellular matrix (ECM). I worked on testing available ECM substitute, Culture X and Decellularized lung tissue, for Matrigel, the pure basement membranes. For the 3D culture method of creating lung organoids, I grew triculture cell aggregates in soluble ECM.
Joshua Jackson
Undergraduate Institution: Brigham Young University - Hawaii
Faculty Advisor: Professor Andersen
Research:
Faculty Advisor: Professor Andersen
Research:
Siao Tong "Marina" Jhu
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Harrison
Research: This summer I worked on improving water treatment development in the Harrison lab. Wastewater produces toxic hydrogen sulfide gas, so I used zeolite and metal to absorb hydrogen sulfide as much as possible via analyzing the production of sulfur from a well combination of nickel (metal) and zeolites.
Faculty Advisor: Professor Harrison
Research: This summer I worked on improving water treatment development in the Harrison lab. Wastewater produces toxic hydrogen sulfide gas, so I used zeolite and metal to absorb hydrogen sulfide as much as possible via analyzing the production of sulfur from a well combination of nickel (metal) and zeolites.
Nhat Minh Tu Nguyen
Undergraduate Institution: Missouri State
Faculty Advisor: Professor J Hansen
Research: This summer, I modeled the use of broadband cavity-enhanced absorption spectroscopy in the Hansen lab to determine whether it is possible to detect HO2 radicals. The first kinetic simulation I built in Python showed the implausibility of HO2 detection from the conversion of HO2 to ClO. We are now building a second simulation to test the plausibility of converting HO2 to NO2 for HO2 detection. I have learned to calibrate inexpensive particle sizers against well-established instruments such as a TEOM and an optical particle sizer.
Faculty Advisor: Professor J Hansen
Research: This summer, I modeled the use of broadband cavity-enhanced absorption spectroscopy in the Hansen lab to determine whether it is possible to detect HO2 radicals. The first kinetic simulation I built in Python showed the implausibility of HO2 detection from the conversion of HO2 to ClO. We are now building a second simulation to test the plausibility of converting HO2 to NO2 for HO2 detection. I have learned to calibrate inexpensive particle sizers against well-established instruments such as a TEOM and an optical particle sizer.
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2021 Talmage Cohort
2021 Participants
Lucas Eggers
Undergraduate Institution: Dominican University
Faculty Advisor: Professor Christensen
Research: This Summer, I worked with the parasite attributed to African Sleeping Sickness, Trypanosoma Brucei. The parasite exists in two forms, one while living in the fly that transmits it's stomach and one while in the bloodstream of its host. My project focused on understanding the bloodstream form's ability to regulate the pH level of its glycolytic organelle, the glycosome.
Faculty Advisor: Professor Christensen
Research: This Summer, I worked with the parasite attributed to African Sleeping Sickness, Trypanosoma Brucei. The parasite exists in two forms, one while living in the fly that transmits it's stomach and one while in the bloodstream of its host. My project focused on understanding the bloodstream form's ability to regulate the pH level of its glycolytic organelle, the glycosome.
Marcus Hayden
Undergraduate Institution: Utah State University
Faculty Advisor: Professor Savage
Research: I built glycan antigens for vaccines of S. pneumoniae. I synthesized and purified various sugar intermediates for glycan antigens in a certain S. pneumoniae serotype. Glycan antigen synthesis allows for more prevention of infectious disease.
Faculty Advisor: Professor Savage
Research: I built glycan antigens for vaccines of S. pneumoniae. I synthesized and purified various sugar intermediates for glycan antigens in a certain S. pneumoniae serotype. Glycan antigen synthesis allows for more prevention of infectious disease.
Hanbin Kim
Undergraduate Institution: BYU - Hawaii
Faculty Advisor: Professor Michaelis
Research:
Faculty Advisor: Professor Michaelis
Research:
Heitor Nagliati
Undergraduate Institution: BYU-Idaho
Faculty Advisor: Professor Woolley
Research: This summer I worked with a team developing a device that can run a test capable of determining to which antibiotics a specific bacterium is or isn’t resistant too. We used microfluidics to incubate bacteria in droplets inside micro channels in a PDMS chip. This method does not require an amplification step which makes it a lot faster than current methods. This test could aid physicians in getting a more efficient treatment quickly for patients with sepsis.
Faculty Advisor: Professor Woolley
Research: This summer I worked with a team developing a device that can run a test capable of determining to which antibiotics a specific bacterium is or isn’t resistant too. We used microfluidics to incubate bacteria in droplets inside micro channels in a PDMS chip. This method does not require an amplification step which makes it a lot faster than current methods. This test could aid physicians in getting a more efficient treatment quickly for patients with sepsis.
Josh Pinder
Undergraduate Institution: BYU-Idaho
Faculty Advisor: Professor Woolley
Research: My time was spent developing a diagnostic tool capable of identifying nine biomarkers in maternal serum in order to identify levels of preterm birth risk. The microfluidic chips were 3D printed and electrophoresis was used to separate and identify the biomarkers.
Faculty Advisor: Professor Woolley
Research: My time was spent developing a diagnostic tool capable of identifying nine biomarkers in maternal serum in order to identify levels of preterm birth risk. The microfluidic chips were 3D printed and electrophoresis was used to separate and identify the biomarkers.
Ximena Sanchez Avila
Undergraduate Institution: BYU-Idaho
Faculty Advisor: Professor Kelly
Research: During the summer, I worked in Dr. Kelly’s lab doing nanoscale proteomics on human skin tissues. I processed the samples and analyzed the data from the MS to know the main proteome implications of aging. The results will be used to develop skincare products.
Faculty Advisor: Professor Kelly
Research: During the summer, I worked in Dr. Kelly’s lab doing nanoscale proteomics on human skin tissues. I processed the samples and analyzed the data from the MS to know the main proteome implications of aging. The results will be used to develop skincare products.
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2019 Talmage Cohort
2019 Participants
Liahona Angelie
Undergraduate Institution: BYU-Hawaii
Faculty Advisor: Professor Andruss
Research: We worked on synthesizing chiral auxiliaries from L-phenylalanine for Intramolecular Styryl Diels Alder (ISDA) reactions.
Faculty Advisor: Professor Andruss
Research: We worked on synthesizing chiral auxiliaries from L-phenylalanine for Intramolecular Styryl Diels Alder (ISDA) reactions.
Aimee Brown
Undergrad: UVU
Faculty Advisor: Professor Sevy
Research Summary:
Faculty Advisor: Professor Sevy
Research Summary:
Rebecca Burlett
Undergraduate Institution: Southern Virginia University
Faculty Advisor: Professor Price (JC)
Research: This past summer I worked in the JC Price lab on method development of muscle proteomics. I worked on creating and updating protocols for sample pulverization and preparation for the mass spectrometer. I then analyzed the data collected for protein turnover rates and concentrations of the muscles.
Faculty Advisor: Professor Price (JC)
Research: This past summer I worked in the JC Price lab on method development of muscle proteomics. I worked on creating and updating protocols for sample pulverization and preparation for the mass spectrometer. I then analyzed the data collected for protein turnover rates and concentrations of the muscles.
Maliea Holden
Undergraduate Institution: Dixie State University
Faculty Advisor: Professor Hansen
Research: My summer research centered on improving the conversion of biomass into biofuels by method of anaerobic digestion.
Faculty Advisor: Professor Hansen
Research: My summer research centered on improving the conversion of biomass into biofuels by method of anaerobic digestion.
Sara "Madi" Johnston
Undergraduate Institution: BYU-Idaho
Faculty Advisor: Professor Kelly
Research: Research novel fluorescent staining techniques of HeLa cells to be integrated into a workflow for tandem mass spectrometry analysis.
Faculty Advisor: Professor Kelly
Research: Research novel fluorescent staining techniques of HeLa cells to be integrated into a workflow for tandem mass spectrometry analysis.
Andrew Ralph
Institution: University of Utah
Advisor: Adam Woolley
Research: My summer research focused on using analytical techniques in biochemistry to create a calibration curve for detecting low concentrations of DNA. The big picture application is to create a microfluidic device that is able to help detect 7 common antibiotic-resistant bacterial genes to allow for early sepsis detection.
Advisor: Adam Woolley
Research: My summer research focused on using analytical techniques in biochemistry to create a calibration curve for detecting low concentrations of DNA. The big picture application is to create a microfluidic device that is able to help detect 7 common antibiotic-resistant bacterial genes to allow for early sepsis detection.
Paul Roberts
Undergraduate Institution: Utah State University
Faculty Advisor: Professor Paxton
Research: This summer I worked on making hybrid polymer vesicles for use as micro-sized drug delivery vehicles. Once vesicles were created, worked to make them pH responsive to ensure they deliver their cargo under desired pH environments. This allows for greater specificity when delivering therapeutics such as chemo therapies.
Faculty Advisor: Professor Paxton
Research: This summer I worked on making hybrid polymer vesicles for use as micro-sized drug delivery vehicles. Once vesicles were created, worked to make them pH responsive to ensure they deliver their cargo under desired pH environments. This allows for greater specificity when delivering therapeutics such as chemo therapies.
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2023 Participants
Iris Benitez Zambrano
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Yuxin “Andrew” Chen
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Austin
Research: This summer I explored the dissociation pattern when molecules impact a surface at high speed (5km/s or higher). I helped assemble and calibrate the vacuum chamber for the project and collected data for analysis. Knowing the disintegration pattern helps scientists better analyze the data collected from space.
Faculty Advisor: Professor Austin
Research: This summer I explored the dissociation pattern when molecules impact a surface at high speed (5km/s or higher). I helped assemble and calibrate the vacuum chamber for the project and collected data for analysis. Knowing the disintegration pattern helps scientists better analyze the data collected from space.
Leonardo Correa
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Van Ry
Research: This summer in the Van Ry Lab, I learned how to staining skeletal muscle tissue from mouse models that had either been treated with a protein therapy or with a placebo. The muscle tissue of mice was prepared on slides and analyzed using various staining methods to determine the relative fat content and overall quality of the muscle fibers. The obtained images were then processed with software for quantification, allowing us to assess the response of treated mice to a novel treatment compared to the non-treated group.
Faculty Advisor: Professor Van Ry
Research: This summer in the Van Ry Lab, I learned how to staining skeletal muscle tissue from mouse models that had either been treated with a protein therapy or with a placebo. The muscle tissue of mice was prepared on slides and analyzed using various staining methods to determine the relative fat content and overall quality of the muscle fibers. The obtained images were then processed with software for quantification, allowing us to assess the response of treated mice to a novel treatment compared to the non-treated group.
Fidelie Futi
Undergraduate Institution: North Park University
Faculty Advisor: Professor JL Price
Research: This summer I worked in the JL Price lab on price on protein synthesis. I have used the one pot solid phase technic through the deprotection and activation of amino acid and coupling. I have been able to purify my protein sequences through lyophilization and I have been able to confirm the success of my synthesis through mass spectroscopy.
Faculty Advisor: Professor JL Price
Research: This summer I worked in the JL Price lab on price on protein synthesis. I have used the one pot solid phase technic through the deprotection and activation of amino acid and coupling. I have been able to purify my protein sequences through lyophilization and I have been able to confirm the success of my synthesis through mass spectroscopy.
Angela Per Moreno
Undergraduate Institution: Northwest Missouri State University
Faculty Advisor: Professor Andersen
Research: This summer I worked in Dr. Andersen's lab studying a protein called TNK1 which was linked to inflammatory signaling pathways and cancer development. My project consisted of discovering the interaction between TNK1 and a protein related to inflammation through the activation of inflammatory transcriptional pathways. I was also in charge of identifying the specific sequence within TNK1 that is required important protein-protein interactions.
Faculty Advisor: Professor Andersen
Research: This summer I worked in Dr. Andersen's lab studying a protein called TNK1 which was linked to inflammatory signaling pathways and cancer development. My project consisted of discovering the interaction between TNK1 and a protein related to inflammation through the activation of inflammatory transcriptional pathways. I was also in charge of identifying the specific sequence within TNK1 that is required important protein-protein interactions.
Gerome Romero
Undergraduate Institution: Brigham Young University - Hawaii
Faculty Advisor: Professor JC Price
Research: For my summer research I am working with mice liver tissues that express different versions of the human ApoE protein to measure changes in protein concentration and turnover. Our hypothesis is that ApoE genotype increases the risk for disease by making an individual more susceptible to insults. Hence, we are going to generate data to investigate how ApoE isoforms modulate liver proteostasis.
Faculty Advisor: Professor JC Price
Research: For my summer research I am working with mice liver tissues that express different versions of the human ApoE protein to measure changes in protein concentration and turnover. Our hypothesis is that ApoE genotype increases the risk for disease by making an individual more susceptible to insults. Hence, we are going to generate data to investigate how ApoE isoforms modulate liver proteostasis.
Bradley Serage
Undergraduate Institution: Utah Tech University
Faculty Advisor: Professor Kelly
Research: This past summer I worked in the Kelly lab converting a liquid handling robot to work on the nL scale. I tested its precision and accuracy on that level and did a series of experiments to demonstrate its affordable use in single cell proteomics.
Faculty Advisor: Professor Kelly
Research: This past summer I worked in the Kelly lab converting a liquid handling robot to work on the nL scale. I tested its precision and accuracy on that level and did a series of experiments to demonstrate its affordable use in single cell proteomics.
Iris Benitez Zambrano
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Iris Benitez Zambrano
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Iris Benitez Zambrano
Undergraduate Institution: Brigham Young University - Idaho
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
Faculty Advisor: Professor Christensen
Research: This summer I contributed to the research in the Christensen Lab where we investigated protein-protein interactions involving CMG2, a type of cellular receptor. We used proteomics and western blot techniques to gain insight into how CMG2 inhibitors alleviate pain associated with endometriosis. Our findings could validate the use of CMG2 as a therapeutic target for managing endometriosis-related pain, potentially improving the lives of numerous women affected by this condition.
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