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Alumnus Skiey Hardin (BS Forensic Chemistry 2015) is now a 2nd year resident and was featured at her residency recently

Posted on: May 10th, 2023 by nhammer

OB-GYN Resident’s Potential Is ‘Skiey’ High

A smiling doctor wearing a white coat in front of windows in a hospital corridor

Skiey Hardin changed her career ambitions from homicide detective to physician after graduating from college. There’s certainly no crime in that.

There’s also no crime in providing reproductive care to people who need it, she believes.

Hardin, who is in her second year as an OB-GYN resident at RUSH University, is passionate about reproductive rights and gender-affirming care, especially for people from underserved communities. She recently talked about the role her upbringing played in her career choice, the current state of abortion rights and the comradery among the OB-GYN residents at RUSH.

Tell us about your background.

Skiey Hardin: I was born and raised in New Augusta, Mississippi, a small town that has only one traffic light and lots of trees. I then went to the University of Mississippi, where I received an undergraduate degree in forensic chemistry. I always wanted to be a homicide detective or something similar.

But that changed after an internship at the Mississippi Forensics Laboratory, where I got to spend some time in the morgue. I thought, “This is really cool.” So I then wanted to work in forensic pathology, which you need a medical degree for. I switched gears and went to med school at the University of Mississippi, but I really hated pathology. I decided to remain open-minded at that point.

I really loved OB-GYN when I did my med school clinical rotations. That’s what I decided to pursue, and that’s how I ended up at RUSH.

What else motivated you to pursue a career in medicine?

SH: With OB-GYN, I was partly motivated by Mississippi’s high rate of teen pregnancy. I grew up in an area where there are a lot of teen pregnancies, and the majority of those teen moms are African American. And during medical school, a lot of the patients I saw on my rotation were also African American, so I felt a special connection to them. I come from an area where we don’t really talk about sexual education, so I felt like I owed it to my community to be in a specialty that allowed me to help educate them.

I saw a lot of myself in the patients I was seeing. I wasn’t a teen mom, but I related to their backgrounds. Black women have the highest maternal mortality rate, and I want to be part of changing that.

What are your thoughts on the current state of abortion rights?

SH: When Roe v. Wade was overturned, our OB-GYN group was very emotional and sad. But the saddest part was nobody was surprised.

It’s going to be a very challenging for providers across the nation to provide effective care to their patients. Physicians will be afraid to lose their license and won’t really know what to do. Their morale will be challenged.

I’m glad I’m currently in a state that prioritizes women’s health and finds it important to continue to provide abortion care. I’m glad I’m getting the training but sad that I might one day be in a state where I can’t provide these services. That’s really hard to explain to patients. Patients already feel very judged when they get an abortion. I think that judgment is going to increase, which is going to play a role on people’s mental health.

There are so many reasons that people get abortions. It’s not all just elective. We as a nation need to dig a little deeper and do more research into the need for abortion care before we write it off and judge it. Sometimes people need abortions to save their own lives, and we need to prioritize the lives of patients as much as we prioritize the life of a fetus.

Why did you choose RUSH for your residency training?

SH: I always thought I would stay in the South for my residency. But I have a friend who is also doing their residency in Chicago, and she convinced me to look more closely at the area. I was reluctant to live in a large city, but my virtual recruitment during the earlier days of the COVID-19 pandemic changed my mind.

I had to rely a lot on social media to learn about different institutions, because med students couldn’t make in-person visits at the time. On RUSH’s OB-GYN Instagram page, there were photos of residents hanging out — not just at work but also outside of work. Hanging out at work is one thing, but if you’re hanging out outside of work, that’s a choice. I wanted to be in a program where the people I worked with felt like family. That’s something that sets our program apart. We’re really good friends.

And when I interviewed here, I talked to the program director, Sloane York. We got into a topic she was very passionate about. I was passionate about it too. I remember telling myself, “Wow, I really need to be in that program.”

How do you feel about Chicago now that you’ve been here for a bit?

SH: My very first time in Chicago was when I moved here for my residency, and it has been amazing. I’ve been able to meet so many friends. I have a dog, and this is a very dog-friendly city. There is always something going on in Chicago.

I feel like you can be whoever you want to be in this city. There’s not a lot of judgment here, and I love that. I’m very passionate about the LGBTQ community, and I want to work in gender-affirmative surgery. This is a perfect city to support my goals.

How do you see your career playing out after your residency?

SH: I plan to do a fellowship in pelvic reconstructive surgery. I really want to work with the LGBTQ community. And a big part of that is gender-affirmation surgery and care. I know RUSH is moving toward doing a lot more with affirming care, so I’m excited to be part of that.

What advice would you give to someone who might be following a similar path?

SH: I would tell them not to doubt yourself. I grew up with a lot of insecurities because I came from such a small town. I didn’t feel like my educational foundation was as strong as a lot of my peers even though I performed as well as everyone around me.

So always shoot for the stars. You are your biggest limitation, so if there’s something that you want to do, just go for it. It’s OK to fail. Just pick yourself back up and keep going. Lean on supportive people around you. I always wanted to figure things out by myself, so I didn’t utilize my support system as much as I should have.

And I would tell myself a million times that you’re amazing no matter what anyone ever says to you. As long as you think you’re amazing, then you are amazing. You will accomplish anything that you put your mind to because you’re special and one of a kind.

Biochemistry Major Named to UM Hall of Fame

Posted on: April 18th, 2023 by nhammer

The 2023 Hall of Fame members at the University of Mississippi are (top, from left) Preston D. Antes, Jilkiah L. Bryant, Andy Flores, Kelly Li and Preston McWilliams, and (bottom, froom left) Rabria M. Moore, Cecil Sepp, Logan C. Thomas, Margaret Lynn Walker and Morgan B. Whited. The honoreed were announced Friday (April 14) in a ceremony at the Gertrude C. Ford Center for Performing Arts. Photos by Thomas Graning/Ole Miss Digital Imaging Services

 

OXFORD, Miss. – The University of Mississippi honored students for their leadership, academic achievements, service and potential on Friday (April 14) as they announced this year’s Hall of Fame class.

Each of the honorees was recognized during a special ceremony held at the Gertrude C. Ford Center for Performing Arts.

Ten UM seniors have been inducted into the university’s 2022-23 Hall of Fame, one of the highest honors given to Ole Miss students. Inductees were selected by a committee in accordance with policy developed by the Associated Student Body. Selections are based on outstanding contributions in all aspects of campus life. BA Biochemistry major  Morgan Whited was one of those named.

This year’s Hall of Fame members are Preston D. Antes, of Frontenac, Missouri; Jilkiah L. Bryant, of Macon; Andy Flores, of Ocean Springs; Kelly Li, of Hattiesburg; Preston McWilliams, of Ridgeland; Rabria M. Moore, of Durant; Cecil Sepp, of Southaven; Logan C. Thomas, of Ridgeland; Margaret Lynn Walker, of Suwanee, Georgia; and Morgan B. Whited, of Marion, Arkansas.

“I’m very proud of this year’s Hall of Fame inductee class,” said Brent Marsh, assistant vice chancellor for student affairs and dean of students. “They are a diverse group of student leaders who have made significant contributions on the University of Mississippi campus, the LOU community and well beyond.

“Being recognized as a Hall of Fame inductee is one of our university’s highest honors, and these students are most deserving of this special recognition.”

Chemistry Professor Honored as UM Teacher of the Year

Posted on: April 18th, 2023 by nhammer

Jason Ritchie receives Elsie M. Hood Award at annual Honors Convocation

Jason Ritchie, associate professor of chemistry and biochemistry, leads a freshman chemistry class in Coulter Hall. Ritchie is the 2023 recipient of the university’s Elsie M. Hood Outstanding Teacher Award. Photo by Srijita Chattopadhyay/Ole Miss Digital Imaging Services

 

OXFORD, Miss. – Jason Ritchie has received many awards and honors in his 23 years of teaching at the University of Mississippi. But the 2023 recipient of the Elsie M. Hood Outstanding Teacher Award says the latest ranks as his most rewarding.

The associate professor of chemistry and biochemistry was presented the coveted accolade by Chancellor Glenn Boyce on Thursday evening (April 13) during the 80th annual Honors Day Convocation. Ritchie said he was overjoyed and humbled by the recognition.

“I’m extremely grateful that my students and colleagues have taken the time to nominate and recommend me for this award,” Ritchie said. “I try very hard to be the most effective classroom teacher I can be, and I’m glad that my students recognize that.”

Ritchie joined the Ole Miss faculty as an assistant professor in 2000. Over the past two decades, he has been promoted to associate professor. Ritchie also runs a research laboratory studying polymer electrolytes for fuel cells and batteries, with both graduate student and undergraduate researchers.

“Dr. Ritchie has a longstanding commitment to teaching excellence,” said Patrick Alexander, associate professor of English and African American studies and chair of the selection committee.

Jason Ritchie

 

“Nominators have described him as both brilliant and caring; that is, he has been dedicated to sharing with students both his vast knowledge of the subject of chemistry and his genuine interest in contributing meaningfully to students’ overall learning experiences in every class session.”

One student described Ritchie as “an absolutely amazing professor.” Another said that he “creates a welcoming environment … making himself readily available for questions and exploring the real-world applications of chemistry. His enthusiasm for his subject infiltrates students’ attitudes.”

Ritchie credited several colleagues for his career success at the university.

“Maurice Eftink has been a mentor for me since arriving at Ole Miss,” he said. “We’ve collaborated on big projects like the regional and state science fairs.

“I’ve also really enjoyed working with Dr. Josh Eyler in the Center for Excellence in Teaching and Learning – especially on active learning techniques in the classroom – and Stephen Monroe from writing and rhetoric, who just recently brought me into serving on the Common Reading Selection Committee.”

A nomination letter from one student notes that, “Of the 17 freshman courses I have taken, none stand out more than the chemistry courses taught by Dr. Ritchie. He is not just a good teacher; he is a good person. He cares.”

Another from a student who has taken his classes for three consecutive semesters said that Ritchie “not only can guide a class through abstract concepts, but he can accomplish this task at two different levels simultaneously since he instructs both a general and an honors section. This versatility in his teaching techniques should be commended.”

When asked about role models in education, Ritchie said he has paid attention to Carl Wieman, a Nobel laureate in physics who focused a much of his post-Nobel Prize efforts on encouraging faculty to engage with active learning techniques in the classroom.

“He’s convinced a lot of university faculty of the need to change the way we traditionally taught college science classes and to use proven techniques for increasing student learning,” Ritchie said. “I took my first POGIL training after reading one of his papers about the effectiveness of active learning techniques in the STEM classroom.”

Chancellor Glenn Boyce (left) congratulates Jason Ritchie, associate professor of chemistry and biochemistry, as the 2023 recipient of the Elsie M. Hood Outstanding Teacher Award at the university’s Honors Day Convocation. Photo by Thomas Graning/Ole Miss Digital Imaging Services

 

Process Oriented Guided Inquiry Learning, or POGIL, is an active learning teaching technique where students work in groups on a structured exercise that leads them through an inquiry process that helps them to build their own framework for understanding concepts in the course.

Ritchie earned a bachelor’s degree in chemistry at the University of California at San Diego in 1994, and a doctorate in inorganic chemistry at the University of Texas in 1998. He also did a postdoctoral research appointment at the University of North Carolina.

“I learned science with lots of other students in lecture halls listening to professors talk, and it’s a miracle we survived to get our degrees,” he said. “We’ve learned so much about how students actually learn the material in the course, and giving them a chance to actively try problems and work with the material in the classroom is an incredible boost to their understanding and problem-solving ability.”

Ritchie is the co-author of 20 refereed articles and more than a dozen chapters, and he has been the principal or co-principal investigator on external research grants totaling more than $7 million.

Teaching in the Sally McDonald Barksdale Honors College the past several years also has been fulfilling for Ritchie.

“I love seeing my students succeed, but I also really love it when I am able to reach a student who may be struggling and help them to become successful in my class,” he said. “It’s really a great feeling to see struggling students learn to be able to connect the dots for themselves and become successful in a college science class.”

Each year since 1966, the university has recognized excellence in teaching by presenting the Elsie M. Hood Outstanding Teacher Award.

Based on nominations from both students and faculty, the award includes a personal plaque and a cash award. Recipients’ names are also engraved on a plaque listing previous winners, which is displayed in the J.D. Williams Library.

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Chemistry Major Named Fulbright awardee!

Posted on: April 7th, 2023 by nhammer

Congratulations to Manuel Campbell for being named a Fulbright awardee!

B.S. Chemistry Major Receives 2023 Goldwater!

Posted on: April 7th, 2023 by nhammer

Congratulations to Noah Garrett for being awarded the prestigious Goldwater Scholarship!

Two Senior B.S. Chemistry Majors Receive 2023 NSF Graduate Research Fellowships!

Posted on: April 7th, 2023 by nhammer

Congratulations to B.S. Chemistry Majors Ethan Lambert &  Mary Beth VanLandingham for Receiving 2023 NSF Graduate Research Fellowships!

Chemistry Doctoral Graduate Named Finalist for Prestigious Award

Posted on: January 23rd, 2023 by nhammer

Dr. Leigh Anna Hunt honored at national graduate student awards symposium

Leigh Anna Hunt, who completed a doctorate in chemistry in May from UM, is a finalist for awards presented by the American Chemical Society and the Journal of Physical Chemistry. Submitted photo

Leigh Anna Hunt, who completed a doctorate in chemistry in May from UM, is a finalist for awards presented by the American Chemical Society and the Journal of Physical Chemistry. Submitted photo

 

A University of Mississippi doctoral student’s research that may help harness solar power earned her a spot as a finalist for awards presented by the American Chemical Society and the Journal of Physical Chemistry.

Leigh Anna Hunt, of Grenada, was honored at the recent ACS Physical Chemistry Experimental and Theory Graduate Student Award Symposium. Hunt, who earned her doctorate in chemistry in May, was selected based on her dissertation on photo-induced electron transfer dynamics in dye-sensitized solar cells.

Hunt describes her research as focusing on the electronic characterization of complex systems using laser-based and time-resolved molecular spectroscopy.

“More specifically, the spectroscopic characterization of photo-induced charge separation and electron transfer processes in heterogeneous environments that are of critical importance for efficient chemical and solar-to-electric energy conversion,” she said. “That’s a complex way of saying that I use light to study chemical systems that are designed to generate and/or store energy from sunlight.”

Nathan Hammer, UM professor of chemistry and biochemistry and Hunt’s adviser, nominated her for the award.

“Dr. Hunt thrived in my research group for over five years, having not only the passion for learning the advanced mathematics and physics necessary for our research, but also the aptitude, enthusiasm and patience to learn how to use new advanced instrumentation,” Hammer said.

Hunt served as Hammer’s lead graduate student, moving the group in new directions. Hunt introduced transient absorption spectroscopy into the research group, resulting in almost 20 publications in top journals, many of which contributed to her dissertation, he said.

Jared Delcamp, associate professor of chemistry and biochemistry and a frequent collaborator with Hunt, found her input to be invaluable in his work with solar cell and solar-to-fuel devices.

“Her research was incredibly helpful in pinpointing problems inside of devices,” Delcamp said. “She is relentless in her pursuit of knowledge, which is very important in chemistry; you have to be able to press on in spite of setbacks.

“And she is fearless, able to take on very challenging work. Dr. Hunt is a good representative of what Ole Miss is capable of doing.”

Hunt’s recognition by the ACS is significant in showing that Ole Miss research and graduate students compete with top students across the country, Hammer said. The other finalists in this year’s ACS competition were from MIT; Harvard, Texas A&M and Yale universities, the universities of Illinois and Texas.

“When people see names like MIT or Yale or Harvard, they generally associate them with both academic excellence and top-class scientific research,” Hunt said. “I think it’s important for people to be able to see Mississippi and think the same.

“I put a lot of time and effort into my Ph.D. research and it’s really gratifying to see this finally recognized. It’s certainly a proud moment to be considered for something among such an elite group of early career scientists.”

Hunt is continuing her work on a prestigious postdoctoral appointment at Uppsala University in Sweden with professor Leif Hammarström, one of the world’s leading spectroscopists.

“Dr. Hunt’s selection as a finalist highlights the important role graduate students play in advancing science at the University of Mississippi and other research institutions across nation,” said Annette Kluck, dean of the UM Graduate School.

This work was supported by National Science Foundation awards CHE-1954922 and OIA-1757220.

Chemistry Major Among New Stamps Scholars for 2022

Posted on: November 9th, 2022 by nhammer

Stamps Scholars are selected based on academic excellence, leadership experience and exceptional character. UM freshmen in the Class of 2026 cohort are (front, from left) Mary-del Jansen, Amber Amis and Ryleigh Johnson; (second row) Yasmine Ware, Olivia Bacon and Dymond Mitchell; (third row) Jasmine Sanders, Layla Ashley, Carolena Graham and McKenzie Cox; and (fourth row) Ethan Roberts, Hayden Walker and Andrew Nichols. Photo by Bill Dabney/UM Foundation

The Stamps Scholars Program awards scholarships based on academic excellence, leadership experience and exceptional character. The program awarded 247 scholarships this year to students at 31 partner institutions across the U.S. and the United Kingdom.  Jasmine Sanders, a biochemistry major from Prosper, Texas, is one of the 13 new scholars.

The new class brings the number of Stamps Scholars at Ole Miss to 58, making the university the second-largest in the program.

At UM, each scholarship covers the full cost of attendance, along with a $12,000 stipend for enrichment activities such as study abroad, academic conferences and leadership training.

The complete roster of freshmen UM Stamps Scholars is:

  • Amber Amis, an economics major from Clinton
  • Layla Ashley, a public policy leadership major from Chicago
  • Olivia Bacon, an English major from Atlanta
  • McKenzie Cox, a journalism major from Concord, North Carolina
  • Carolena Graham, a civil engineering major from Columbus
  • Mary Jansen, a mechanical engineering major from Brandon
  • Ryleigh Johnson, an international studies major from Olive Branch
  • Dymond Mitchell, a sociology major from Prosper, Texas
  • Andrew Nichols, a public policy leadership major from Monroe, North Carolina
  • Ethan Roberts, an engineering major from Paducah, Kentucky
  • Jasmine Sanders, a biochemistry major from Prosper, Texas
  • Hayden Walker, a public policy leadership and engineering major from Oxford
  • Yasmine Ware, an international studies major from Madison

Ashleen Williams, a fellow in the Sally McDonnell Barksdale Honors College, serves as an academic mentor for the scholars. She said that this year’s class is poised to do great things.

“I hope that they will learn to ask big questions and seek answers to them, and to extend their ideas of what is possible,” Williams said.

Georgia native Roe Stamps and his late wife, Penny, launched the Stamps Scholarship in 2006. Though Penny Stamps died in 2018, her legacy continues through the Stamps Scholars community, which has grown into an international network of more than 2,600 scholars and alumni.

“The Stamps family and organization are true partners in helping identify students that want to think creatively and solve big problems,” said Katie Morrison, director of foundation relations and strategic partnerships at UM. “What we have been able to grow together – a supportive scholar community that enriches our whole campus culture – is a testament to what higher education should deliver.

“We appreciate their investment that has made the Ole Miss program the second-largest Stamps Scholars collective. Our students live out their dreams because of Roe and Penny Stamps’ vision and generosity.”

For more about this class of Stamps Scholars, visit https://www.stampsscholars.org/. To learn more about supporting scholarship programs at UM, contact Morrison at katie@olemiss.edu.

STEM Facility Construction Nears Halfway Point

Posted on: November 1st, 2022 by nhammer

Largest academic building in university history to feature innovative lab spaces, TEAL classrooms

The Jim and Thomas Duff Center for Science and Technology Innovation, in the university’s Science District, is on track to open in fall 2024. Construction began a year ago and is approaching the halfway point.

 

Imagine standing in the atrium of the largest academic building in the history of the University of Mississippi‘s main campus. Looking up, four floors of laboratories and lecture halls are all dedicated to increasing STEM student success and teaching.

This vision is quickly becoming a reality as the Jim and Thomas Duff Center for Science and Technology Innovation is approaching 50% complete, and on track to open in fall 2024.

“This space will be a fantastic space,” said Chad Hunter, associate university architect. “It’s an incredible building because of its function, but also simply because of its size.”

The 202,000 square-foot facility will support science, technology, engineering and math-related endeavors at the university. It will include classrooms with low student-instructor ratios, as well as state-of-the-art undergraduate lab spaces. The building is anticipated to be one of the nation’s top facilities for STEM education.

Kurt Shettles, president and CEO of McCarty Architects, is the project’s architect of record. He said the center stands out among other buildings at Ole Miss because of its interdisciplinary nature and the broad audience that it will serve.

It is unique in many ways, one of which is the teaching style that it supports.

The Duff Center will include more than 50 TEAL classrooms, traditional labs and classrooms to accommodate some 2,000 students at a time. The building will be equipped with technology to support a range of teaching methods and support interactive learning.

 

“We’ve used the term ‘Swiss watch’ when referencing the science labs in the building,” Shettles said. “They are extremely intricate and designed for flexible teaching pedagogy.

“We have ‘TEAL’ classrooms, which are technology-enabled active learning classrooms. They support a different method of instruction with less lecture and more demonstration and participation. The students learn through the technology and the process of interacting and collaborating with each other, while the professor is more of a participant in that process, as opposed to just standing in front of the classroom lecturing.”

The Center for Science and Technology Innovation will include more than 50 TEAL classrooms, traditional labs and classrooms to accommodate some 2,000 students at any given hour throughout the day, Hunter said. It will also have a dedicated center for success and supplemental instruction, study rooms, a food service venue, more than 60 faculty offices and a 3D visualization lab, which is like a small IMAX theater.

The building is in the heart of the UM Science District. Construction is presently focused on the exterior – tasks such as installing windows, weatherproofing, waterproofing and laying brick. Once the exterior walls and roof are completed in the next couple of months, construction will begin on interior walls and finishes.

Cristiane Surbeck, chair and professor of civil engineering, can see the construction from her office window. She is eagerly anticipating the opening, which will have a major impact on her department.

“I’ve been taking a photo of it almost every day,” Surbeck said. “It’s going to provide a big upgrade to the teaching spaces that we have now. There’s going to be a specific room for civil engineering students to work on their senior design projects. It’s laid out for them to be able to work together in a space that is dedicated just for them.

“We are also going to have a water resources engineering and environmental engineering teaching lab that our students are really going to be able to take advantage of. It can even be shared among different departments if they have students who are doing experiments with water and environmental pollutants.”

The center will be an asset to the university community – especially its students, Surbeck said.

Among the many features of the Duff Center is an environmental engineering teaching lab that will provide a major resource for civil engineering students and anyone conducting experiments with water and environmental pollutants.

 

“I’m proud that we will have such a modern building that we are going to use to educate our engineering students,” she said. “I believe our engineering students are going to feel the same way. They are going to feel confident to go out and practice as engineers, having been educated in a such a high-quality facility.”

A new animated walk-through of the building’s interior gives viewers a better sense of the layout.

“You can see all four floors from the atrium; you can orient yourself by standing in it,” Hunter said. “The laboratories also have large windows, so you can observe what’s going on inside.

“It was designed this way on purpose to promote collaborative and interdisciplinary teaching and learning.”

Shettles said he hopes that once the center opens, students will find a home there.

“As designers, the best compliment we could receive would be to see students using this building even if they don’t have a class there,” he said. “We would love it to be a hangout destination for students simply because of the quality of the interior and exterior spaces, and because it promotes engagement and collaboration.”

Brothers Jim and Thomas Duff, of Hattiesburg, have committed $26 million to the construction of the building. The total project cost is $175 million, with $135 million in construction expenses.

Hunter has been part of the project since it was first imagined some 10 years ago.

“It’s a major honor to be part of this project,” he said. “To work so long on something and then seeing it actually being built is amazing.”

Click here for the original story.

Chemistry Major Named 2022 Mentee for the Toxicology Mentoring Skills Development and Training Program

Posted on: October 4th, 2022 by nhammer

First-generation student Ember Suh, a senior chemistry major at the University of Mississippi, has been named a 2022 mentee for Toxicology Mentoring Skills Development and Training, a program that bolsters underrepresented populations in science, technology, engineering and mathematics fields. The program will allow the Southaven native to discover different applications of toxicology – the study of diagnosing and treating exposure to toxins – and find the niche she is most passionate about, Suh said. A member of the Sally McDonnell Barksdale Honor College majoring in forensic chemistry, Suh said she hopes to use the skills she picks up to help make a real-world impact on communities around her. 

Ember Suh, a senior forensic chemistry major, has been named a 2022 mentee for the Toxicology Mentoring Skills Development and Training program. The Southaven native hopes to use the skills she picks up to make a real-world impact on communities around her and to encourage other minorities to consider STEM career fields. Photo by Thomas Graning/Ole Miss Digital Imaging Services

“I actually was interested in lead being found in drinking water and other chemicals in water supplies in the past,” Suh said. “I became interested in that because I wanted to do something about the Jackson and Flint water crises.” 

Suh took a toxicology class in 2021 under Kristine Willett, professor of pharmacology and environmental toxicology and chair of the Department of Biomolecular Sciences, in 2021. It was Willett who encouraged Suh to apply for the mentorship program.

“She stuck out among her classmates because she got a 100% on everything – nobody gets a 100 on everything,” Willett said.

As a part of the program, Suh will attend a workshop at the University of California at Davis, meet monthly with her mentor and, if successful, be awarded a certificate of completion at Tuskegee University.

Each participant in the 2022 class of 25 mentees is assigned a mentor in their field of study. Suh will shadow Mike Peterson in his role as a principal at Gradient, an environmental and risk sciences consulting firm. 

Having an assigned mentor helps to bridge cultural gaps in education while alleviating some of the burden on underrepresented groups, Willett said.

“If you’re a first-generation or underrepresented student, you may not know all of the options,” Willett said. “If you happen to have one good mentor, they can do that for you. But that’s more of a luck, positional and potentially privileged thing.

“This will build community and help participants see the diversity of career pathways and options.” 

Funded by the National Institutes of Health, the Toxicology MSDT program provides career development opportunities for students of underserved backgrounds in the field, where there is a “critical lack” of diversity, the program’s description cites.

Eden Tanner, an Ole Miss assistant professor of chemistry and biochemistry, said she has noted a lack of diversity in STEM fields, and that the lack of different voices in research can have real-world effects, particularly on underserved populations.

“Diverse teams are more creative, better at their jobs, and they’re better at science,” Tanner said. “A lot of what we do stems from that diversity. A lot of the great ideas that our teams have happened because team members bring different life experiences to the table.

“… The critical lack of diversity in many fields, including toxicology, has hugely deleterious effects on people, and it goes some way to explaining health disparities.” 

Suh’s parents emigrated from South Korea in the 1990s. Growing up as a second-generation American and first-generation student, Suh said her South Korean background has influenced how she communicates with professors and peers.

“I’m still having problems talking with mentors and professors,” she said. “I think it’s a part of South Korean culture. If there’s someone older than us or in a higher position than us, we’re supposed to respect them.

“I think because of that mindset, I’ve been nervous talking to people older than me and in a higher position than me, especially professors. I think I’m still trying to find a way to relate to them and talk comfortably with them.” 

This problem is rampant among many underserved populations, Tanner said. Not having generational knowledge about higher education – how to apply for scholarships and graduate schools, different fields of study available, even not knowing about office hours – means some students never take advantage of university resources.

Finding a good mentor, someone who can open doors for students and nurture their passions, is at best a matter of luck, and at worst a matter of privilege, Tanner said. Programs such as Toxicology MSDT take luck out of the equation by partnering students with mentors directly.

As a toxicologist, Suh hopes to continue advocating for minority and underprivileged populations.

During her graduate research, Suh said she wants to analyze airborne pollutants in the Memphis area. This interest arose after she heard of a recent finding of an EPA-classified carcinogen in the air there, she said. 

“They may not know all of the resources they might have,” Suh said. “Having someone they can look to is one of the reasons I wanted to go into toxicology.”