We found 66 genetics specialists near Salt Lake City, UT.
Dr. Nicola Longo works as a clinical biochemical geneticist. He takes Medicare insurance. His education and training includes medical school at the University of Parma Faculty of Medicine and Surgery and residency at a hospital affiliated with Emory University.
Dr. Nancy Rose's areas of specialization are maternal and fetal medicine (perinatology) and genetics; she sees patients in Salt Lake City, UT. She is an in-network provider for Medicare insurance. She is a graduate of New York Medical College.
Dr. John Carey's area of specialization is genetics. He is a graduate of Georgetown University School of Medicine. Dr. Carey takes Coventry, Coventry Bronze, and Coventry Silver, as well as other insurance carriers.
Dr. Irene Hung, who practices in Salt Lake City, UT, is a medical specialist in molecular genetic pathology. After attending Washington University in St. Louis School of Medicine, she completed her residency training at a hospital affiliated with St. Louis University (SLU).
Dr. Katherine Geiersbach is a Salt Lake City, UT physician who specializes in molecular genetic pathology. Dr. Geiersbach is in-network for Medicare insurance. She graduated from the University of Colorado Denver School of Medicine.
Dr. David Viskochil's area of specialization is pediatric genetics. He takes Medicare insurance. He graduated from the University of North Carolina at Chapel Hill School of Medicine.
Dr. Alan Rope is a specialist in genetics. He studied medicine at the University of Toledo College of Medicine. He is professionally affiliated with Legacy Salmon Creek Medical Center.
Ms. Renee Rider works as a genetics specialist in Salt Lake City, UT. She is professionally affiliated with VA Salt Lake City Health Care System (VASLCHCS).
Medicare Patient Ethnicity
Years Since Graduation
- Single gene disorders, the result of a single mutated gene. Examples include Huntington’s disease, which causes jerky movements, and sickle-cell anemia, where red blood cells have an abnormal, rigid shape.
- Inborn metabolic disorders, which are a specific type of single gene disorder that results in abnormalities in the way the body chemically processes proteins, carbohydrates or fats. Some examples are Urea Cycle Disorder (where ammonia builds up in the body) and Gaucher’s Disease (where fatty substances build up in cells and organs).
- Chromosomal disorders, where gene-carrying chromosomes do not pair up correctly or are missing. Some examples are Klinefelter Syndrome, a sex-chromosome disorder, and Down Syndrome.
- Congenital abnormalities (commonly known as birth defects), which can be caused by genetic abnormalities. They also can happen because of illness or environmental exposure during pregnancy (such as with rubella), or for unknown reasons.
- Other common diseases that have hereditary traits, such diabetes, autism, and some types of cancer.
- Clinical Genetics: This overarching branch of medical genetics deals with the treatment and management of hereditary diseases.
- Biomechanical Genetics: This branch deals with metabolic disorders, such as galactosemia and phenylketonuria.
- Cytogenetics: This specialty deals with chromosomes and their associated diseases, as well as testing their structure and number.
- Molecular Genetics: This specialty focuses on DNA, interpreting DNA sequencing and other tests, and relating DNA information to specific diseases.