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Explore our cutting edge research, world-class patient care, career opportunities and more.
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From clinical strains to discovery: Advancing infectious disease research with precision and integrity
The Microbial Biorepository Collaborative Center serves as a central strategic resource for the Department of Host-Microbe Interactions and the wider institution. Our mission is to ensure the integrity, reproducibility, and accessibility of critical microbial resources, thereby supporting and accelerating a wide range of research programs in infectious disease, microbiome science, immunology and drug discovery.
The facility is responsible for the acquisition, authentication, preservation and distribution of a diverse collection of microbial strains. The center operates as a dynamic research unit, moving beyond simple archival storage to include advanced microbial cultivation and comprehensive phenotypic characterization. In addition, we are committed to implementing innovative technologies and standardized operating procedures (SOPs) to maintain a repository of the highest scientific quality.
The center ensures the reproducibility and reliability of experimental data across research projects by providing rigorously curated and well-characterized microbial strains. This centralized, expert management of microbial resources eliminates redundant efforts between labs, generates significant cost savings and mitigates the risks associated with strain misidentification or contamination. The center’s collaborative engagement with internal and external partners, including vendor management and technology assessment, fosters innovation and positions the institution at the forefront of microbial sciences. Furthermore, the high-quality preliminary data generated using the center’s resources is instrumental in securing extramural grant funding, which directly contributes to the institution's financial sustainability and scientific prestige.
Secure, long-term cryogenic storage and inventory management of bacterial, fungal and/or viral collections. This includes accessioning, cataloging and distribution of strains to internal and collaborative researchers.
Services include microbial revival, purity checking and confirmatory identification using gold-standard methodologies (e.g. 16S/ITS and whole genome DNA sequencing).
Expert cultivation of a wide variety of microorganisms under appropriate biosafety conditions and preparation of cultures for downstream experiments.
High-throughput and custom assays to determine microbial phenotypes, including but not limited to antibiotic susceptibility profiling (AST), growth kinetics and metabolic profiling.
Consultation on experimental design, strain selection and methodology to meet evolving research needs.
Maintenance of a secure, searchable database that links all stored microbial specimens with their associated metadata, characterization data and relevant protocols.
Dr. Ying Kong brings over two decades of specialized training and expertise in infectious disease research, with a strong focus on work conducted in biosafety level-3 (BSL-3) environments. He holds a PhD in Epidemiological Science from the University of Michigan, has advanced postdoctoral training in immunology at the University of Texas Health Science Center and has extensive training in molecular microbiology and in vivo imaging from Texas A&M University Health Science Center. Formerly an Associate Professor in the Department of Microbiology, Immunology and Biochemistry, and the BSL-3 Practices Core Lead at the Regional Biocontainment Laboratory of the University of Tennessee Health Science Center, Dr. Kong has led research on host-microbe interactions in infectious diseases such as tuberculosis and COVID-19. His expertise spans from microbial strain cultivation, authentication and phenotypic characterization to genetic analysis and preclinical therapeutic screening. As Director of the Microbial Biorepository Center at St. Jude, Dr. Kong oversees microbial biorepository management and provides expert consultation to support reproducible cutting-edge infectious disease research.
Deja McIntosh
Senior Medical Lab Scientist
Ying Kong, PhD
Department of Host Microbe Interactions
MS 221, Room D1034A
St. Jude Children’s Research Hospital