The ABMS Member Boards - Medical Genetics

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American Board of Medical Genetics and Genomics
9650 Rockville Pike
Bethesda, MD 20814
(301) 634-7315


Medical Genetics and Genomics

Medical Geneticists specialize in medicine that involves the interaction between genes and health.  They are trained to evaluate, diagnose, manage, treat and counsel individuals of all ages with hereditary disorders. This specialist uses modern cytogenetic, molecular, genomic and biochemical genetic testing to assist in specialized diagnostic evaluations, implement needed therapeutic interventions and provide genetic counseling and prevention through prenatal and preimplantation diagnosis.  The Medical Geneticist plans and coordinates screening for genetic diseases involving single gene and chromosomal disorders, congenital anomalies, inborn errors of metabolism, multifactorial conditions, and common disorders with hereditary factors.   

Specialty training required prior to Board Certification: Two years

To become certified in a particular area of Medical Genetics and Genomics, a physician must complete additional training before residency as specified by the Member Board.

Primary Specialty Certificates

  • Clinical Biochemical Genetics
    A Clinical Biochemical Geneticist demonstrates competence in directing and interpreting a wide range of specialized, laboratory biochemical genetic analyses relevant to the diagnosis and management of inherited metabolic disorders.  The specialist acts as a consultant regarding laboratory diagnosis on a broad range of inborn errors of metabolism.

  • Clinical Molecular Genetics and Genomics
    Clinical Cytogenetics and Genomics
    As of July 2017, no new trainees may train solely in Clinical Cytogenetics and Genomics or Clinical Molecular Genetics and Genomics. These specialties are now merged into Laboratory Genetics and Genomics.

  • Laboratory Genetics and Genomics
    A diplomate certified in Laboratory Genetics and Genomics demonstrates competence in directing and interpreting both clinical cytogenetic and molecular genetic analyses relevant to the diagnosis and management of human genetic disease. This specialist acts as a consultant in laboratory diagnoses for a broad range of molecular and chromosomal-based disorders, including both inherited and acquired conditions

  • Clinical Genetics and Genomics (MD)
    A Clinical Geneticist demonstrates competence in providing comprehensive diagnostic, management, therapeutic, and counseling services for individuals and families at risk for clinical disorders with a genetic basis. The specialist is trained to evaluate individuals of all ages for hereditary conditions.

To become certified in a particular subspecialty, a physician must complete additional training as specified by the Member Board.

  • Medical Biochemical Genetics
    A Medical Biochemical Geneticist demonstrates competence in the diagnosis, medical treatment and management of individuals with inherited metabolic conditions presenting clinically from infancy through adulthood, including via newborn screening. The subspecialist provides direct care and consultative care for individuals of all ages who are diagnosed with inborn errors of metabolism.

  • Molecular Genetic Pathology
    A Molecular Genetic Pathologist is expert in the principles, theory and technologies of molecular biology and molecular genetics. This expertise is used to make or confirm diagnoses of Mendelian genetic disorders, of human development, infectious diseases and malignancies and to assess the natural history of those disorders. A Molecular Genetic Pathologist provides information about gene structure, function and alteration and applies laboratory techniques for diagnosis, treatment and prognosis for individuals with related disorders.

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Tips for preparing for your appointment with a medical geneticist

Find out what happens during your visit and how long it will take.

Bring medical records including clinic notes from previous visits to specialists and reports of laboratory results, particularly any previous genetic testing for the patient and any other family member who may also have a genetic disorder. Family photos and family tree information may also be helpful.

After the initial evaluation, discuss whether additional studies or tests are needed, where to go for them and next steps.

Learn more about general questions to ask your doctor >

Learn more about how to make the most of your office visit >

Learn more about how to check physician qualifications >