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Trainee Spotlight: Megna Tiwari

Megna Tiwari is a second-year Ph.D. trainee in the laboratory of Diego Huet. She is originally from Newport Beach, California and completed her undergraduate degree in Cell, Molecular and Developmental Biology at the University of California, Riverside (UCR). While at UCR, she worked as an undergraduate researcher in the fungal genomics lab of Dr. Jason Stajich for 2 years and co-founded Women in STEM Engaging Riverside (WISER). After graduation, she worked as a blood bank lab technician at LifeStream Blood Bank where she screened for and routinely found blood samples positive for understudied pathogenic parasites. Her fascination with pathogenic parasites led her to seek a thesis-based Master of Science in Biology at California State University, Fullerton under the supervision of Dr. Veronica Jimenez. During this period, Megna worked on understanding the functional and structural relationship of mechanosensitive ion channels found in T. cruzi and cemented her passion for molecular parasitology.

Megna has been awarded a CTEGD T32 Training Fellowship. She currently serves as Vice-president of CTEGD’s Graduate Student Association and New Student Liaison for the Department of Cellular Biology’s Graduate Student Association.

Why did you choose UGA? 

My master’s research in parasitology reaffirmed my passion for research in unconventional parasitic pathogens. Therefore, I applied for doctoral programs that would allow me to remain in the field of cell and molecular parasitology and the CTEGD at UGA was the perfect place for me to obtain the best possible training as a parasitologist.

What is your research focus/project and why are you interested in the topic? 

The over-reaching research goal of the Huet lab is the investigation of the highly divergent metabolic adaptations of apicomplexans. My research interests in the lab have led me to study the role of the ATP synthase in the apicomplexan Toxoplasma gondii, the causative agent of toxoplasmosis. For my project, I am examining the role of apicomplexan-specific ATP synthase subunits and how they might contribute to the regulation of the ATP synthase function in the parasite.

What are your future professional plans?  

Following graduation from UGA, I hope to continue on for a postdoctoral research position in parasitology.

What do you hope to do for your capstone experience? 

For my capstone experience, I want to gain an outside perspective and understanding of foreign research culture that I can apply to my own research when I return to the CTEGD.

What is your favorite thing about UGA and/or Athens? 

At the CTEGD, I love the collaborative nature. If I am trying to learn a new technique or understand new concepts, I am able to easily walk down the hall to a neighboring lab and get advice. In Athens, for entertainment, I love the endless craft beer scene and I love all the greenery and being able to hike gaps of the Appalachian trail!

Trainee Spotlight: Melissa Sleda

Melissa Sleda, a Ph.D. trainee is Silvia Moreno’s laboratory, is in her third year at UGA. She is originally from Sandusky, Michigan and attended Lawrence Technological University where she majored in Molecular and Cell Biology with a minor in Chemistry. At UGA, she has held positions as the Secretary for the Cell Bio Grad Student Association (2019-2020), and as Treasurer (2019-2020) and current President (2020-2021) of the CTEGD grad student association.

Melissa Sleda has been awarded a T32 Trainee Fellowship for the 2020-2021 academic year.

Why did you choose UGA?

I chose UGA because of the Integrated Life Sciences Umbrella program. As an incoming graduate student, I was not set on studying a particular organism, and I was excited for the opportunity to rotate in labs across different departments.

What is your research project?

My project seeks to characterize enzymes of the isoprenoid biosynthetic pathway in Toxoplasma gondii and to investigate these enzymes as potential chemotherapeutic targets. The current chemotherapy for Toxoplasmosis is ineffective because it does not eliminate the chronic stage of infection. My project seeks to test drugs that target enzymes of the isoprenoid pathway in both the acute and chronic forms of infection in order to find a more effective chemotherapy.

What are your future professional plans?

My future career goal is to stay in academia and become a professor at a smaller institution with a higher emphasis on teaching and leading smaller research projects. I want to help students at smaller universities gain research experience through classroom labs and one-on-one research projects.

What do you hope to do for your Capstone Experience?

For my capstone experience, I hope to be able to do research in another country to gain a wider perspective of how research is done in other countries. I hope that I am able to do research in a lab that I can learn new techniques that will translate into my research project.

What is your favorite thing about Athens?

My favorite thing about Athens is the warm weather and the great sense of community.

What advice do you have for students interested in this field?

Do things out of your comfort zone because it will help you develop as a scientist.

Trainee Spotlight: Alona Botnar

T32 trainee Alona Botnar is entering her fifth year as a Ph.D. candidate in Dr. Dennis Kyle’s laboratory. She is from Doylestown, Pennsylvania and completed her B.S. in Chemistry with a minor in Biochemistry at the University of Georgia in 2015. During her undergraduate career, she also worked at Janssen, a pharmaceutical company of Johnson & Johnson as a Biologics R&D co-op.

As a graduate student, she was able to spend three semesters teaching Anatomy and Physiology labs here at UGA, and in 2019, she was awarded the Outstanding Teaching Assistant Award sponsored by the Office of the Vice President for Instruction. She also received a graduate school travel award to attend the 2018 annual meeting of the American Society of Tropical Medicine and Hygiene in New Orleans, Louisiana, and an Office for Vice President and Research travel award to attend the 2020 Molecular Approaches to Malaria meeting held in Lorne, Victoria, Australia.

Why did you choose UGA?

Having been at UGA for my undergraduate degree, I was already in love with UGA and Athens and all that they have to offer. I was attracted to the Integrated Life Sciences program because it gives incoming graduate students the freedom to explore a wide range of research topics among 14 different departments before choosing the lab they would ultimately like to join. Furthermore, I found the interdisciplinary approach of the program appealing. I love the Center for Tropical and Emerging Global Diseases because of all the resources available to us as scientists. Not only do we have state of the art microscopy and flow cytometry cores, but we also have very collaborative labs that are happy to share equipment, supplies, and expertise.

What is your research focus?

My research is focused on malaria and addressing significant problems at the stages of development at which the malaria parasite enters a drug-induced dormant period and evades the antimalarial. The mechanism by which the parasite enters drug-induced dormancy and later recrudesces to continue development is currently unknown.

Half the world’s population is at risk of malaria with about half a million people dying each year from it. A majority of these deaths are in children under the age of 5, located mainly in sub-Saharan Africa. While there are 5 species that can infect humans, Plasmodium falciparum is the most lethal and is responsible for a majority of the deaths. Our current arsenal of malaria drugs is failing at an alarming rate as drug-resistant strains of the parasite continue to emerge.

Thus I chose this research project because it is vital that we respond to the challenge of antimalarial drug resistance by not only developing novel drugs but also by understanding the mechanisms the parasite is using to evade the drugs.

What are your future career goals?

I plan on continuing my work in the field of infectious diseases. I am leaning towards industry research but I’m keeping an open mind. Lately, I have been interested in alternative careers available to life science Ph.D.’s such as consulting and being a medical science liaison.

What is your favorite thing about UGA?

UGA football. There’s nothing quite like a fall Saturday in Athens between the hedges. GO DAWGS!

Do you have any advice for a student interested in this field?

It’s never too early or too late to get into the field. Don’t be afraid to send those emails and get involved in research. And always ask questions.

Trainee Spotlight: Emma Troth

Emma Troth, a Ph.D. trainee in Dennis Kyle‘s laboratory, is entering her fourth year at UGA. She is originally from Eureka, Illinois, and attended Bradley University where she majored in Biology with a minor in Ethics. While at UGA, Emma has served as president of the CTEGD Graduate Student Association (2019-2020) and is currently the CTEGD Graduate Student Association representative.

How did you get interested in neglected tropical diseases?

As an undergraduate, I participated in a Research Experience for Undergraduates program at the University of Notre Dame. At Notre Dame, I worked on a project characterizing malaria vectors in the Solomon Islands and Indonesia. My summer at Notre Dame sparked my interest in neglected tropical diseases.

Why did you choose UGA?

I chose UGA because of the diversity of research. Coming into graduate school, I knew I was interested in infectious diseases but did not have my heart set on a particular organism to work on. UGA works on the biggest selection of infectious organisms. With the Integrated Life Sciences Program, I had the opportunity to experience multiple labs working on different organisms, regardless of department, to help me identify where I would like to complete my doctoral degree.

What is your research focus? Why are you interested in this topic?

My project focuses on drug discovery for Naegleria fowleri, the brain-eating amoebae. My main project focuses on structure-based drug design to develop novel drug targets against N. fowleri. Additionally, I am working to develop phenotypic drug screening assays to complement our high-throughput drug discovery. I am fascinated by N. fowleri because it is such a mysterious, deadly organism. Though infections may not be as common as other parasitic diseases, nearly all cases of primary amebic meningoencephalitis (PAM) are fatal. This amoeba is grossly understudied; very few labs in the world research this organism. It is both a privilege and a challenge to be able to work on this neglected parasite.

Have you done any fieldwork or is there a collaborator/field site that you would like to visit in order to enhance your training?

I hope to complete an internship with the Task Force for Global Health. This internship will ideally include fieldwork with one of their neglected tropical disease programs.

What are your future professional plans?

Going forward, I would like to continue my career in neglected tropical diseases with an emphasis on global health. I am particularly interested in a career involving field research. Ultimately, I hope to work for a government agency like the Centers for Disease Control and Prevention (CDC) or a non-profit organization focused on neglected tropical diseases.

What is your favorite thing about Athens?

My favorite thing about Athens is the food! There is such a variety of local restaurants and new restaurants are continually opening. Coming from a small undergraduate institution, I really enjoy the atmosphere of a large university in a small college town. Athens is a very easy city to feel “at home”.

Any advice for a student interested in this field?

Never be afraid to reach out for help, wherever you need it! Coming into graduate school can be intimidating and at times, isolating. There are so many people eager to help you on your graduate school journey and ultimately want to see you succeed. Particularly within the CTEGD, I have always been met with kind and willing responses. All it takes is for you to take the step and reach out!

Trainee Spotlight: Logan Crowe

Logan Crowe, an NIH T32 Fellow, joined the lab of Dr. Roberto Docampo as a post-doctoral trainee in September 2019. He is originally from North Carolina and obtained his bachelor’s degree in biochemistry from the University of North Carolina- Greensboro in 2014.  After graduating with his bachelor’s, he began a Ph.D. program in Biochemistry and Molecular Biology at Clemson University. While at Clemson, he worked in the lab of Dr. Meredith Morris in the Eukaryotic Pathogens Innovation Center (EPIC) studying glycosome protein import and heterogeneity as well as environmental adaptation in Trypanosoma brucei.  He graduated with his Ph.D. in May of 2019 and remained as a research fellow until transitioning to UGA to work in the Docampo lab.

Why did you choose UGA?

I chose UGA primarily because I wanted to continue working in parasitology and I have had several years of close contact with the CTEGD since Clemson is nearby and we attend each other’s meetings frequently.  At one of the CTEGD symposiums, I had a chance to talk with a former graduate student of the Docampo lab, which led to a collaborative project. Since I had built several connections with the Center, the CTEGD and the Docampo lab was the perfect opportunity to continue studying parasitology.

What is your research focus?

I currently have two primary projects in Trypanosoma cruzi.  My first project is the role of polyphosphates on the regulation of glycolytic enzymes. The lab has identified a glycosomal localization for polyP in both T. brucei and T. cruzi, and I am exploring a possible role for polyP in metabolic regulation. My second project is characterizing the mechanically-sensitive Piezo ion channels in T. cruzi which may have a role in invasion of host cells.

Do you have any advice for a student interested in this field?

My advice would be to find a lab with a mentor that puts energy into helping you grow as a scientist. Choose a mentor that invests in you and gives you a positive experience and you will be excited to go to lab and work and will be much more prepared for the next steps in whatever career path you choose.

Trainee Spotlight: Edwin Pierre Louis

Edwin Pierre Louis is a pre-doctoral trainee in the laboratory of Dr. Drew Etheridge. Originally from Haiti, he immigrated to the US to attend the University of Florida (UF), where he graduated with a Bachelor of Science in Biochemistry Molecular Biology. After earning his degree at UF, Edwin accepted a position as a biological scientist in the UF Center of Excellence for Regenerative Health Biotechnology, with a focus on gene and cell based therapeutic development, where he worked for three years. There, he first discovered his love of host-pathogen interactions as a biological scientist working under the supervision of Dr. Richard Snyder for the component Florida Biologix at this center and later merged to create Brammer Bio which was subsequently acquired by Thermo Fisher Scientific. During this time in industry, he realized that to improve his scientific capacities he would need to continue his studies by pursuing a graduate degree. As part of his preparations to apply to a graduate program, he joined the UGA post-baccalaureate PREP program whose mission is to prepare students interested in a graduate degree for the application process. During this time, he was granted the opportunity to join Dr. Michael Terns’ laboratory for a year where he investigated the molecular mechanism of CRISPR-Cas based viral defense in Streptococcus thermophilus as well as prime adaptation events in the type II-A CRISPR-Cas system.

Since attending UGA, Edwin has been awarded both the Gateway to Graduate School Bridge Program and the Graduate Scholars Leadership, Engagement and Development Program (GS LEAD) scholarships sponsored by the National Science Foundation (NSF).

What is your research focus and why are you interested in the topic?

Broadly, my key research interests center around how organisms like viruses and parasites manipulate their host cell in order to grow and propagate. My current project is focused on elucidating how the protozoan pathogen Toxoplasma gondii is able to use secreted protein effectors to manipulate its host cells functions.

Why did you choose UGA?

I chose to study at the University of Georgia, in part, because of my excellent post-baccalaureate experience in the PREP program. It was evident from my interactions that UGA excels at fostering a productive relationship between students and faculty. Regardless of any faculty member’s relationship to the students, there was a sustained willingness for faculty to give of their time in order to see the students succeed.  I also decided to pursue my PhD at UGA because of the cutting-edge research and in particular the collection of outstanding parasitologists that is uniquely found in the Center for Tropical and Emerging Global Diseases (CTEGD).

What are your future professional plans?

As I continue my graduate studies on host pathogen interaction, I plan to do some post-doctoral trainings to augment my apprenticeship and ultimately become an independent scientist to lead my own research group.  I also hope to be able to give back to the local community that has contributed so much to my own personal success by donating my time and knowledge to mentor young budding scientists especially those from underprivileged homes and/or underdeveloped countries.

Trainee Spotlight: Stephen Vella

Stephen Vella is a Ph.D. trainee in Silvia Moreno‘s laboratory. He is originally from Indiana where he received his B.S. in microbiology at Indiana University. In his first year at UGA, he was awarded an Excellence in Graduate Recruitment Award and a Provost’s Scholars of Excellence Award Fellowship. He has also been awarded an Outstanding Poster Presentation at the Molecular Parasitology Meeting in 2016. And in 2017, he was awarded a T32 fellowship from CTEGD.

Why did you choose UGA?

Originally UGA was recommended to me by my old boss. My old PI had said that UGA has a long-standing reputation for being a good school to study for a Ph.D. I interviewed here in February of 2014 and was greeted very warmly and hospitably.  Additionally, I wanted to experience how life was like living in a different part of the United States, so I chose UGA.

What is your project/research focus and why did you choose this research focus?

Ca2+ is a universal signaling molecule across all of life, yet little is known about how this important molecule regulates lytic cycle progression of the intracellular parasite Toxoplasma gondii. This question is the primary focus of our lab. In particular, my project focuses on how Ca2+ signaling regulates motility of the parasite. Motility is essential for egress from a host cell, the need to traverse biological barriers to find new host cells and invasion into a novel host. I am studying two aspects of this process: the role of host cell Ca2+ involved in parasite egress and how Ca2+ oscillations are decoded into different types of parasite motility.

What are your career goals?

I am still in the process of trying to determine the best career path for me! I strongly believe that I will do a postdoc, but I am leaning towards doing more industry or non-profit related research. Who knows, what the future will bring for me.

What do you hope to do for your capstone experience? 

I would like to do some more clinical related research in the field. I think it is easy to get tunnel vision into life within a lab. We forget that these are parasites that we are studying and affect millions of people’s lives. We can see a picture or two in a seminar, but that is not the same as seeing the consequences of the disease firsthand. I think that experience would aid me in whatever future endeavors in my life.

What is your favorite thing about UGA and/or Athens?

I have lived in a college town for quite some time now, and Athens has a sense of familiarity to it. It has the very youthful and diverse vibe that you can only experience in a college town. For the center, I really feel like we are a family. You hear stories of other research centers that are caught up in competition between each other and don’t want to work together. I don’t feel that here. We are all working together to better ourselves collectively.

And advice for a student interested in this field?

Don’t be afraid to try something new and make friends with your neighbors! When you have a problem or might need a resource from another lab it is best to be on good terms with them. Also, whatever background you come will only aid you as you develop in the field. Too often people downplay their previous background experience as a hindrance to being successful in parasitology. Whatever background you come from will only benefit you, as a diverse influx of ideas is fundamental for science.

Trainee Spotlight: Josh Butler

New T32 trainee Josh Butler is a third year Ph.D. student in Belen Cassera‘s laboratory. He is from Front Royal, Virginia and completed his B.S. in chemistry at James Madison University in Harrisonburg, Virginia.

Butler decided to pursue his graduate degree at the University of Georgia because of the Integrate Life Sciences program which offers the opportunity to explore a range of research topics. The same interdisciplinary aspect is what he found appealing about the Center for Tropical and Emerging Global Diseases and ultimately why he joined a lab within this department.

“There is no shortage of resources here, ranging from state of the art instrumentation and core facilities to people that are willing to mentor and train successful scientists,” said Butler. “Coming from a smaller institution, I had never really seen anything to this scale and I knew it was something I wanted to experience and become a part of.”

Research Focus

Broadly, Butler’s research is focused on antimalarial drug discovery. More specifically, he is using antimalarial natural products as tools to discover novel drug targets in the malaria parasite Plasmodium falciparum.

Nearly 220 million people have malaria, and it kills nearly half a million people each year. Plasmodium falciparum causes the most severe forms of malaria, such as cerebral malaria, which can lead to brain damage, coma, and death, and placental malaria, which can be life-threatening to both mother and fetus.

“I chose this research because not only does it contribute positively to the global campaign of malaria eradication, but from a training standpoint it would also provide a solid foundation for a career further researching and developing antimicrobial therapies in general.”

Capstone Experience

Each T32 trainee is provided with the opportunity to pursue a capstone experience. Butler hopes to do an internship with a pharmaceutical industry research group that is actively performing anti-parasitic research to experience how the type research he does as a graduate student can translate outside the realm of academia.

“Private-public collaboration in malaria research has really driven drug discovery research in a positive direction and  I would like the opportunity to experience that first hand and develop acumen to engage in that type of research in the next stage of my career.”

Future Career Goals

“I would like to continue working in a field of scientific research which can positively impact people’s lives, whether it be through a biomedical or biotechnical avenue.”

Advice for Aspiring Scientists

“Don’t be afraid to fail or be wrong. Learn from it and use it to keep pushing forward. Try to find positives in the negatives.”

Trainee Spotlight: Karla Márquez Nogueras

NIH T32 Trainee Karla M. Márquez Nogueras is in her 4th year of graduate training in Silvia Moreno‘s laboratory. Before entering the Ph.D. program at UGA, she taught for a semester at Turabo University in Puerto Rico, teaching undergraduate courses like Introduction to Microbiology and Human Anatomy. She has a Bachelor’s degree in Industrial Microbiology and a Master’s in Science where she focused on generating renewable energy systems using methane generated by anaerobic microbial communities.

Karla’s research focus

Karla’s project focuses on calcium signaling in Toxoplasma gondii. Calcium is a universal signal molecule and very little is known about calcium signaling in T. gondii, even considering that all steps of the parasite’s lytic cycle are regulated by calcium. Calcium is highly regulated by Toxoplasma, specially upon exit from host cells and the surrounding calcium changes from very low levels inside the host cell to the high concentration found in the extracellular environment. In order to shed light into the mechanisms involved and to discover the molecules involved they are studying two key aspects: the calcium channels that could be responsible for calcium entry into the cytosol and the calcium binding proteins that could regulate them.

“When I first entered grad school my research goals were different,” said Karla. “During my rotation in Dr. Moreno’s lab, I became fascinated by the biology of Toxoplasma and by how little is known about calcium signaling in T. gondii. As a scientist, I became very curious and interested in finding more about these signaling pathways and I decided to change my research focus.”

Trainee capstone experience

Each T32 trainee is provided with the opportunity to complete a capstone experience at the end of their fellowship. This experience allows for an extended visit to a collaborator’s laboratory or travel to a scientific meeting where they present their research and interact with colleagues.

“I was invited to the University of Puerto Rico to present my research project and discuss graduate and fellowship opportunities available at UGA. I would be presenting at an undergraduate event organized by the University.”

In addition, she would like to visit the laboratory of Dr. Ivana Kuo at Northwestern University to study the function of two TRP channels that Karla is characterizing. Dr. Kuo uses lipid layers and regular patch-clamp to characterize intracellular and plasma membrane channels. Using this system Karla hopes to understand the physiology of these channels that are important for calcium signaling in T. gondii.

T32 Fellowship helps trainees achieve their goals

“The fellowship will provide me with the necessary experience and opportunities for me to develop the skills to become a better scientist.”

Karla would like to go back to Puerto Rico and establish her own research lab. She would like to have the opportunity to train and give students the same opportunities that were given to her during her Ph.D. training.

“All the skills gained throughout this two years will prepare me for my ultimate goal which is to have my own research lab.”

Trainee Spotlight: Molly Bunkofse

Trainee Spotlight: Molly Bunkofse

NIH T32 trainee Molly Bunkofse, a Ph.D. student in Rick Tarleton‘s laboratory, is originally from Illinois and I obtained my BA in Biology from a small, liberal arts college called Augustana, which is located in Rock Island, IL.

Molly’s research focus

Molly’s project focuses on the host CD8+ T cell response that is generated against flagellar proteins from the parasite Trypanosoma cruzi and exploring how these responses might be enhanced.

“I chose this research focus because I have always been interested in the host immune response to pathogens and especially pathogens that are able to escape the immune response and persist, such is the case in T. cruzi infection.”

Trainee capstone experience

Each T32 trainee is provided with the opportunity to complete a capstone experience at the end of their fellowship. This experience allows for an extended visit to a collaborator’s laboratory or travel to a scientific meeting where they present their research and interact with colleagues.

“For my capstone experience, I’d like to work in South America where Chagas disease is endemic, perhaps with one of our collaborators that works with human patients infected with T. cruzi.”

T32 fellowship helps trainees achieve their goals

“I think that the T32 fellowship will provide me with new opportunities to develop my research and skills as a scientist. The experiences and training will enable me to become a well-rounded scientist that can think critically and logically approach a question/problem.”

Molly hopes to continue her research in a government laboratory after graduation.