Laboratory Genetics and Genomics Fellowship
The Laboratory Genetics and Genomics (LGG) Fellowship offered in the Department of Pathology at the University of Texas Southwestern Medical Center (UTSWMC) is accredited by the Accreditation Council for Graduate Medical Education (ACGME). This is a two year program designed per the guidelines of the ACGME to gain eligibility to take the LGG certification of examination.
The training is intense, covering clinical cytogenetics and clinical molecular genetics, and also provides basic laboratory training in biochemical and forensic genetics, and in clinical and cancer genetics. Although much of the two year time is allocated to meet the American Board of Medical Genetics and Genomics-mandated course, we strongly encourage scholarly activity in areas of personal interest throughout the training period. The trainees spend at least 18 months in the core training areas (cytogenetics and molecular genetics), and one month each in the ancillary areas (biochemical genetics, clinical genetics, cancer genetics, fetal genetics).
The primary faculty of the section of genetics diagnostics laboratories are all board-certified and have more than 50 combined years of experience in laboratory-based genetics diagnostics, test development, laboratory management, and regulatory compliance. We provide service to patients of all ages, from fetal to geriatric, covering a wide range of genetic conditions. Testing may be for direct diagnosis of a manifesting genetic condition, or may assess personal or reproductive risk.
Our laboratories handle the broadest spectrum of specimens from these patients, thereby providing an opportunity to the trainees to participate in the laboratory processes involved from the time a specimen is received until the final report is signed out.
Training is structured in different laboratories based on the subspecialty and expertise. The Clinical Cytogenetics and Chromosome Micro Array laboratory at UTSWMC provides comprehensive in-depth training in classical chromosome analysis, fluorescence in-situ hybridization, molecular pathology, and micro array analysis. This laboratory processes over 6,000 specimens annually and generates nearly 14,000 reportable analytes to clinicians. The goal of this training is to expose the trainee to a wide variety of patient conditions and specimens allowing the trainee to develop professional competency and independence by the time of graduation.
Comprehensive clinical molecular genetics training is provided through different laboratories: the molecular diagnostics laboratory (MDL) at UTSWMC, the advanced diagnostics laboratory (ADL) at Children’s Health℠ Children’s Medical Center Dallas (an affiliated institution of UTSWMC), and the molecular genetics laboratories (MGL) at Baylor College of Medicine, Houston. MDL has broad coverage of cancer molecular genetics, ADL focusses on pediatric germline conditions, and MGL processes testing across a broad spectrum of genetic conditions.
Examples of some of the technologies routinely used in these laboratories include qualitative and quantitative PCR, fragment analysis, Sanger sequencing, SNP detection by PCR and by mass-spectrometry based methods, next generation sequencing.
Besides working directly on clinical specimens at the bench, the trainee participates in didactic learning activities offered through different training areas: case conferences, grand rounds, guest lectures, and resident teaching sessions. The trainee will have the experience of participating in laboratory regulatory compliance reviews, management meetings, laboratory management lectures, and budgetary processes. The trainee will teach and supervise rotating pathology residents and other fellows, and will have the opportunity to participate in assay development.
There is limited time in carrying out independent research projects in a two-year program; however, the pathology department strongly encourages trainees to engage in scholarly activities and offers research grants to support approved projects. The pathology program and LGG program faculty expect trainee involvement in activities leading to presentation at meetings and/or publication. Both clinical and research faculty at UTSWMC are available for collaboration on a variety of cytogenetic and molecular genetic s-related projects.
Candidates with a medical degree (M.D. or D.O.) must have successfully completed an ACGME-accredited residency program in pathology, pediatrics or medical genetics. Candidates with a Ph.D. must have earned the doctoral degree in genetic, biology, or chemistry. Consult the program for complete requirements as these vary depending on education and level of prior training in medicine. At this time we do not accept H1b visas.
- Financial support to attend conferences
- Educational funds
- Additional benefits dependent upon program