Residency Advisor

Overview of the Laboratory Genetics and Genomics Fellowship Program

The Laboratory Genetics and Genomics Fellowship Program at the University of Utah Health is a three-year program designed for individuals who aspire to become laboratory directors or co-directors specializing in clinical cytogenetics and clinical molecular genetics. The training provided is comprehensive and integrates critical aspects of sample preparation, analysis, and reporting of various sample types, focusing primarily on the detection and interpretation of chromosomal abnormalities and the testing for mutations in human disease.

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Fellows participate extensively in clinical test validations and are involved in the ongoing development and enhancement of new assays. This exposure is enriched by the use of both traditional methodologies and advanced, cutting-edge technologies, enabling fellows to gain a thorough understanding of current laboratory practices.

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The fellowship includes didactic lectures, hands-on rotations through other relevant laboratories, and active participation in both biochemical and medical genetics clinics. This multifaceted approach helps develop fellows' clinical acumen while also fostering research skills.

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Training and Research Opportunities

Throughout the fellowship, fellows have the opportunity to pursue a research project, drawing from the ongoing research and development activities within the laboratories. These projects are usually translational, which allows fellows to engage in collaborations with various divisions, including Medical Genetics, Pathology, and ARUP Laboratories. This element of the program is crucial for those looking to publish their work or present at scientific conferences.

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Fellows also take responsibility for monthly presentations, enhancing their teaching skills and facilitating the sharing of case studies among peers. Additionally, there may be opportunities to assume administrative and management roles within the laboratory, supported by formal training designed to prepare fellows for future leadership roles.

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Training Sites

The fellowship experience is enriched by diverse clinical settings. Fellows will gain experience at several prestigious locations, including:

  • Primary Children's Eccles Outpatient Services
  • University of Utah Hospital
  • ARUP Laboratories
  • Huntsman Cancer Institute
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Positions and Stipend

The program offers four fellowship positions each year, with a stipend commensurate with the year of postgraduate training. This financial support is structured to allow fellows to focus entirely on their training and research.

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Application Requirements

To be eligible for the Laboratory Genetics and Genomics Fellowship, candidates must possess an M.D. or Ph.D. in genetics, molecular biology, or a related field. For international applicants, if the degree is obtained outside of the United States or Canada, it must be reviewed by the American Board of Medical Genetics and Genomics (ABMGG) Credentials Committee prior to entrance into the program.

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The primary visa supported for international trainees is the J-1 visa, which aligns with the policies set forth by the University of Utah Office of Graduate Medical Education. This policy applies to all Department of Pathology fellowships.

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Applications for the fellowship are due by September 15, 2024, for positions starting in July 2025. Specific application materials and more details can be found in the program documentation.

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Program Competitiveness

The Laboratory Genetics and Genomics Fellowship at the University of Utah is known for its competitiveness, attracting a high caliber of applicants, including those holding both M.D. and Ph.D. degrees. The program's robust training, excellent faculty, and comprehensive curriculum make it an appealing choice for candidates looking to specialize in this field.

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Faculty

The fellowship program boasts a distinguished faculty composed of experts in genetics and molecular biology. Faculty members include PhDs and MDs who have made significant contributions to the field, ensuring that fellows receive high-quality training and mentorship. These faculty members are involved in both teaching and research, providing a rich learning environment.

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Program

Program Size

- (2 years)
Accreditation Status
Continued Accreditation since April 2020

Composition

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Location

Salt Lake City, UT

Population
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Income
$93,421
Education
38.4%
Employment
67.6%
Health
8%
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Crime - All Violent Offences

Living in Salt Lake City, UT: An Overview

  • Crime Rate and Safety: Salt Lake City has varied crime rates depending on the neighborhood. Overall, it is considered safer than many major cities, but specific areas may experience higher crime levels. The local police department works actively to maintain safety in the community.
  • Fun Activities: The city offers a variety of recreational activities, including hiking in the nearby Wasatch Mountains, skiing in the winter months, and visiting numerous cultural attractions such as the Utah Museum of Fine Arts and the Natural History Museum of Utah. Additionally, the downtown area features vibrant dining, shopping, and nightlife options.
  • Climate: Salt Lake City experiences a semi-arid climate with four distinct seasons. Summers are warm and dry, with temperatures averaging in the 80s °F (27-37 °C), while winters can be cold, with temperatures often dipping below freezing and ample snowfall, making it a popular destination for winter sports.
  • Race and Population: The city has a diverse population, with a mix of ethnicities and cultures. The majority of residents are White, but the city is home to growing Hispanic, Asian, and other minority communities, contributing to the cultural richness of the area.
  • Education: Salt Lake City offers a range of educational institutions from primary through higher education. The University of Utah, located in the city, is a notable research university that attracts students from various disciplines. Public schools in the area generally receive moderate to good ratings.
  • Cost of Living: The cost of living in Salt Lake City is generally lower than the national average, though housing costs have been rising due to an increase in demand as the city has grown in popularity. Other expenses such as groceries and transportation remain reasonable.
  • Nearby Cities: Larger cities nearby include Provo, approximately a 45-minute drive to the south, which is also known for its family-friendly atmosphere and educational institutions like Brigham Young University. Ogden, about a 40-minute drive to the north, is another city with its own unique culture and outdoor activities.
  • Pros:
    • Access to outdoor recreation year-round.
    • A growing job market and economy.
    • Family-friendly environment with good schools.
  • Cons:
    • Higher concentration of property crime in specific neighborhoods.
    • Limited public transportation options compared to larger cities.

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Laboratory genetics and genomics (Medical Related Specialty)

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