Johns Hopkins University Program

The Molecular Genetic Pathology fellowship is an ACGME-accredited one-year program designed to train individuals for academic careers, encompassing molecularly-oriented clinical/translational research, development of molecular diagnostic technologies, and disease-oriented basic research. The program is supported by a robust faculty team, with more than 50 members across the Departments of Pathology and Genetic Medicine, providing expert mentorship in various molecular genetics domains.

Training within the program includes a set of didactic courses that cover essential topics in molecular biology. Participants will also experience introductory rotations through selected basic and applied laboratories, complemented by an in-depth, clinically-oriented experience under the supervision of faculty mentors. This structure is aimed at developing clinical competency in fellows, particularly in the area of molecular diagnostics across disciplines such as oncology, medical genetics, microbiology, and clinical chemistry, among others. A significant emphasis is placed on next-generation sequencing, clinical genomics, and the application of emerging technologies to the medical field.

Core Training Locations

Core training will mainly occur at the Johns Hopkins Genomics Lab, which integrates clinical diagnostics laboratories alongside NIH-funded research and core facilities. This setting creates a comprehensive learning environment that enhances the fellows’ exposure to practical and advanced methodologies in molecular genetic pathology. Additionally, fellows will have the opportunity to rotate through various partner laboratories, offering a broad exposure to key disciplines in Molecular Pathology,1.

Research Opportunities

The fellowship offers access to a research-oriented program that may extend into a second year for candidates who excel and show potential. Current research activities span molecular oncology—focusing on diagnostic development and fundamental neoplastic mechanisms—population genomics, transplantation, immunopathology (including HIV-related research), and neuropathology that examines mechanisms governing degenerative disorders. Fellows are encouraged to get involved in these research areas, significantly contributing to both practical and scientific advancements in the field.

Clinical Training Components

Clinical training comprises a comprehensive set of laboratories, including but not limited to:

• Molecular Diagnostics Laboratory
• Cytogenetic Laboratory
• DNA Diagnostic Laboratory
• Genetics Laboratory
• Microbiology Laboratory (Molecular Microbiology)
• Clinical Chemistry Laboratory

Eligibility and Application Requirements

To apply for this fellowship, candidates are required to hold an MD, DO, or equivalent doctoral degree, having completed prior training in general pathology (Anatomic and/or Clinical Pathology) or in medical genetics within an accredited ACGME program. Exceptional PhD candidates with substantial clinical laboratory experience may also be considered. It is crucial for applicants to evaluate their experience concerning these qualifications prior to submitting applications,1.

Competitiveness and Visa Support

The fellowship is recognized as highly competitive, attracting candidates with strong backgrounds in pathology and genetics. The program is open to international medical graduates and can support various types of visas, including J-1 and H-1B visas, allowing eligible applicants to pursue their training in the United States.

Unique Aspects of the Program

One unique aspect of the Molecular Genetic Pathology fellowship at Johns Hopkins is its strong focus on the integration of clinical service with advanced research opportunities, particularly in new technologies and methodologies relevant to molecular diagnostics. The program emphasizes a collaborative learning environment that fosters multidisciplinary approaches to complex medical challenges.

Moreover, fellows are not only trained in laboratory procedures but are imbued with a holistic understanding of the implications of genetic findings, enabling them to contribute effectively to the spectrum of patient care and innovative research. This comprehensive approach ensures that fellows are well-prepared for academic careers in molecular genetic pathology upon conclusion of the program.