I am a microbiologist interested in discovering how pathogenic microbial organisms utilize diverse tools to exploit and evade innate and adaptive immune defense mechanisms to survive in different environments, such as mammalian hosts and arthropod vectors. I enjoy reading historical original research articles with hand-drawn figures and tables! In these articles, the authors show unmatched inspiration for science, in-depth insights into discovering unknowns, and far-reaching visions that continue to impact multiple aspects of science, even after decades of the initial discovery.
I am a microbiologist interested in discovering how pathogenic microbial organisms utilize diverse tools to exploit and evade innate and adaptive immune defense mechanisms to survive in different environments, such as mammalian hosts and arthropod vectors. I enjoy reading historical original research articles with hand-drawn figures and tables! In these articles, the authors show unmatched inspiration for science, in-depth insights into discovering unknowns, and far-reaching visions that continue to impact multiple aspects of science, even after decades of the initial discovery.
I was trained as an entomologist and epidemiologist at Cornell University and Touro College, respectively. I have worked at various capacities as a bacteriologist through laboratory director for state and local public health agencies investigating mosquito and tick-borne diseases within the eco-epidemiological framework as a complex system of interacting environmental, social, and biological factors. My work has encompassed a broad range of subjects from molecular biology and virology to entomology, ecology, and sociology. The common denominator among these diverse interests is the focus on public health driven by a quantitative approach and statistical modeling. My professional interests overlap with my long standing fascination with "old fashioned" natural history and pursuits in macrophotography.
I was trained as an entomologist and epidemiologist at Cornell University and Touro College, respectively. I have worked at various capacities as a bacteriologist through laboratory director for state and local public health agencies investigating mosquito and tick-borne diseases within the eco-epidemiological framework as a complex system of interacting environmental, social, and biological factors. My work has encompassed a broad range of subjects from molecular biology and virology to entomology, ecology, and sociology. The common denominator among these diverse interests is the focus on public health driven by a quantitative approach and statistical modeling. My professional interests overlap with my long standing fascination with "old fashioned" natural history and pursuits in macrophotography.
I am from Bhubaneshwar, India. I did my bachelor’s in Dental Surgery from Pravara Institute of Medical Sciences, India, and my MS in Molecular Biosciences from Albany College of Pharmacy and Health Sciences. While at ACPHS, I worked in Dr. Meenakshi Malik’s lab using an in vitro bioreactor infection model to study the evolution of daptomycin resistance in methicillin-resistant Staphylococcus aureus. During my doctoral training, I determined the contribution of the polysaccharide synthesis operon to tick-borne rickettsiosis as well as its role in shaping host immunity. My research interests lie in the field of bacterial pathogenesis and infectious diseases, specifically in understanding the host-pathogen interactions and associated molecular mechanisms. In my free time, I love travelling and exploring new places with my husband, and learning to cook new Indian dishes. I enjoy watching movies and dancing as well.
I am from Bhubaneshwar, India. I did my bachelor’s in Dental Surgery from Pravara Institute of Medical Sciences, India, and my MS in Molecular Biosciences from Albany College of Pharmacy and Health Sciences. While at ACPHS, I worked in Dr. Meenakshi Malik’s lab using an in vitro bioreactor infection model to study the evolution of daptomycin resistance in methicillin-resistant Staphylococcus aureus. During my doctoral training, I determined the contribution of the polysaccharide synthesis operon to tick-borne rickettsiosis as well as its role in shaping host immunity. My research interests lie in the field of bacterial pathogenesis and infectious diseases, specifically in understanding the host-pathogen interactions and associated molecular mechanisms. In my free time, I love travelling and exploring new places with my husband, and learning to cook new Indian dishes. I enjoy watching movies and dancing as well.
Sora earned her B.S. in Biological Sciences followed by her DVM degree from Oklahoma State University in 2017. After working as a general practitioner for three years, she transitioned into public service. Sora is strongly interested in zoonotic pathogens and plans to pursue graduate research on tick-borne pathogens as a graduate student in the M&I Program.
Sora earned her B.S. in Biological Sciences followed by her DVM degree from Oklahoma State University in 2017. After working as a general practitioner for three years, she transitioned into public service. Sora is strongly interested in zoonotic pathogens and plans to pursue graduate research on tick-borne pathogens as a graduate student in the M&I Program.
I have an interesting academic background where I fell in love with Music in my youth but learned the beauty of Chemistry as an undergraduate student. Interestingly, this unusual learning experience helped me raise two little monsters and sourdough starters! Over time, I became a microbiologist by self-teaching about the mysteries of sourdough baking. I started my career as an administrative assistant to the director of Howard T. Ricketts Laboratory at Argonne National Laboratory. Since moving to Stony Brook, I am learning whole new knowledge about tick-borne Rickettsia. I am quite excited about this new journey! And, I enjoy baking, listening music, and spending time with one big and two little monsters.
I have an interesting academic background where I fell in love with Music in my youth but learned the beauty of Chemistry as an undergraduate student. Interestingly, this unusual learning experience helped me raise two little monsters and sourdough starters! Over time, I became a microbiologist by self-teaching about the mysteries of sourdough baking. I started my career as an administrative assistant to the director of Howard T. Ricketts Laboratory at Argonne National Laboratory. Since moving to Stony Brook, I am learning whole new knowledge about tick-borne Rickettsia. I am quite excited about this new journey! And, I enjoy baking, listening music, and spending time with one big and two little monsters.
I’m a recent graduate with a Master’s in Biotechnology from Northeastern University, originally from Gujarat, India. I enjoy working in the lab and being part of hands-on research. During my co-op at MilliporeSigma, I worked on high-throughput projects involving tissue processing, RNA extraction, NGS library prep, and PCR techniques. My Master’s thesis focused on evaluating the antipathogenic potential of a polyherbal formulation against multidrug-resistant Pseudomonas aeruginosa, where I worked with infection models, microscopy, dose-response studies, and data analysis. I’m driven by the goal of making meaningful contributions to research that can ultimately help patients. I speak Gujarati, Hindi, and English. Outside the lab, I enjoy yoga, gardening, painting, drawing, and playing chess.
I’m a recent graduate with a Master’s in Biotechnology from Northeastern University, originally from Gujarat, India. I enjoy working in the lab and being part of hands-on research. During my co-op at MilliporeSigma, I worked on high-throughput projects involving tissue processing, RNA extraction, NGS library prep, and PCR techniques. My Master’s thesis focused on evaluating the antipathogenic potential of a polyherbal formulation against multidrug-resistant Pseudomonas aeruginosa, where I worked with infection models, microscopy, dose-response studies, and data analysis. I’m driven by the goal of making meaningful contributions to research that can ultimately help patients. I speak Gujarati, Hindi, and English. Outside the lab, I enjoy yoga, gardening, painting, drawing, and playing chess.
I am a second-year Biology major and Chemistry minor in the WISE Honors Program, and I am interested in how scientific research can be translated into meaningful public health impact. I am especially drawn to research that addresses real-world health challenges through innovation and interdisciplinary approaches. Joining Dr. Kim’s lab excites me because it will allow me to explore microbiology firsthand, particularly the pathogenesis of tick-borne diseases and how environmental changes influence tick populations and disease risk. In my free time, I enjoy hiking, drawing, reading, and spending time in nature.
I am a second-year Biology major and Chemistry minor in the WISE Honors Program, and I am interested in how scientific research can be translated into meaningful public health impact. I am especially drawn to research that addresses real-world health challenges through innovation and interdisciplinary approaches. Joining Dr. Kim’s lab excites me because it will allow me to explore microbiology firsthand, particularly the pathogenesis of tick-borne diseases and how environmental changes influence tick populations and disease risk. In my free time, I enjoy hiking, drawing, reading, and spending time in nature.
2019-2023 JoAnn Mugavero, B.S., Laboratory manager, Retired
2019-2020 Lydia Sprague, Undergraduate student, Stony Brook University
2020-2021 Kayla Stern, High school student at John F. Kennedy High School, Admitted to Binghamton University
2020-2023 Linda Chen, Undergraduate student & Research technician, Stony Brook University, 2021 URECA Biology Alumni Summer Research Fellow
2020-2025 Luke Helminiak, Ph.D. in Microbiology and Immunology, Stony Brook University, Pursuing a CPEP Clinical Fellowship at UCLA
2020-2025 Smruti Mishra, Ph.D. in Microbiology and Immunology, Stony Brook University, Pursuing a Postdoctoral Scholarship
2021-2022 Jonni Nazarian, Undergraduate student, Stony Brook University
2021-2023 Dennis Chu, Undergraduate student in Biochemistry, Stony Brook University, 2022 URECA Summer Research Fellow, Renaissance School of Medicine, SBU
2021-2022 Michelle Bok, High school student at Seoul International School, Admitted to Dartmouth College
2022-2024 Matthew Gmelin, B.S., Research technician
2022-2026 Ana Barreira, Undergraduate student & Research technician, Stony Brook University, Admitted to Drexel University College of Medicine
2022-2024 Justin Le, Undergraduate student & Research technician, Stony Brook University, Admitted to Virtua Health College of Medicine & Life Sciences of Rowan University
2023-2024 Kim-Le Tran, Undergraduate student, Stony Brook University, Research technician in Dr. Stephens lab, Albany Medical College
2023-2024 Ivy Lu, Undergraduate student, Stony Brook University
2023 Adhara Tisha, Undergraduate student, Stony Brook University
2023-2024 Molly Thompson, M.S., Research technician, Entomologist, Suffolk County
2024 Rhyan Mellett, B.S., Research technician
2024 Kaitlyn Rams, High school student at Herricks High School
2024-2025 Yarim Lee, M.S., Research technician, Admitted to Touro College of Osteopathic Medicine
2025 Nathaniel Wu, Undergraduate student, Stony Brook University
2025-2026 Yeonwoo Lee, Undergraduate student, Stony Brook University, Stony Brook School of Dental Medicine
2025 Caitlin Lee, Undergraduate student, Stony Brook University