The Jackson Laboratory

Human and Mammalian Genetics and Genomics: The 68th McKusick Short Course

July 19-July 30, 2027

Location: The Jackson Laboratory in Bar Harbor, Maine & Virtual

Discover the future of genetics and genomics

Human and Mammalian Genetics and Genomics: The McKusick Short Course is a cornerstone training program for advanced undergraduate, graduate, and medical students; genetic counselors; residents; fellows; clinicians; and researchers.

For more than six decades, the McKusick Short Course has combined foundational genetics education with emerging research and real-world application, helping participants build both conceptual understanding and practical insight through experiential learning.

Event contact: Lily Schenk

The program spans basic, clinical, and translational genetics and genomics, including:

  • Gene and variant discovery in Mendelian and complex disease
  • Genome biology and the molecular basis of genetic disease
  • Use of animal models to understand disease mechanisms
  • Genetic disease treatment and therapeutic approaches
  • Bioinformatics, population genetics, genome manipulation, mutagenesis and phenotyping

A cornerstone training opportunity

Sessions with Experts in Genetic Research

Learn from Leaders in Genetics

Attend lectures and workshops led by internationally recognized faculty from the American and African Societies of Human Genetics.

Human and Mammalian Genetics and Genomics - Tile Group - Cornerstone training opportunity - Page Tile - Real-world Applications

Apply Genetics in Clinical Contexts

Clinical-track participants work with expert physicians to evaluate real patient cases and present their findings during the course.

Human and Mammalian Genetics and Genomics - Tile Group - A cornerstone training opportunity - Page Tile - Present Your Research

Share Research and Build Connections

Present your work during the poster session and engage with faculty and peers in a collaborative learning environment.

Program features

  • Named lectures from internationally recognized faculty
  • Computational workshops and introductions to genetic databases
  • Assess real patients with genetic conditions during the Human Genetics Clinic
  • Poster session to share your research
  • Networking opportunities with course faculty and peers
  • Receive a certificate of completion at the end of the course

Trainee & early-career support

A limited number of scholarships are available to help offset the cost of registration, flights, ground transportation or lodging:

  • Up to $1,500 toward registration
  • Reimbursable travel awards up to $550
  • Registration includes daily breakfast and lunch
  • Optional shared housing includes dinner service

Lectures from internationally recognized researchers & faculty

Research reported in this publication was supported by the Eunice Kennedy Shriver National Institute of Child Health & Human Development of the National Institutes of Health under Award Number R25HD079344. The content is solely the responsibility of the authors and does not necessarily represent the official views of the National Institutes of Health.

Get the full experience in Bar Harbor, Maine

Immerse yourself in an intensive, two-week program featuring morning lectures, afternoon workshops and special evening sessions, alongside opportunities to connect with faculty and peers during poster sessions, lunches and receptions — all set on Mt. Desert Island near Acadia National Park.

Visit Bar Harbor, ME

Explore Mt. Desert Island

Acadia National Park

Flexible virtual access

Can’t attend in person? Join virtually with flexible access to live-streamed lectures, interactive Q&A, and recorded content available for six months.

Though virtual participants won’t have access to afternoon workshops or live access to evening sessions, the online experience ensures you stay connected with the latest in genetics and genomics.

 

"As a geneticist, this experience was particularly valuable because it allowed me to update my technical knowledge while also strengthening my understanding of how experimental models connect with human disease. It reminded me that continuous learning is essential in genetics, especially in such a rapidly evolving field. "

— 2025 Course Participant

"The instructors were approachable, knowledgeable, and genuinely invested in our growth."

— 2025 Course Participant

Registration options

Travel information

Payment information & policies

Have questions about the event?

Contact Lily Schenk


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