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Photo courtesy of The Jackson Laboratory

(JAX) and the 91ֱ����Ƶ proudly announce the launch of a new course, Applied Genomics, designed to equip health care professionals and students with essential genomic knowledge to enhance patient care. Offered through UNE’s , this self-directed course will empower aspiring medical professionals and researchers to harness genetic information for targeted treatment, precision medicine, and improved patient outcomes.

“The 91ֱ����Ƶ is an important educational resource in this region, and we are excited to partner with them in preparing the next generation of clinicians,” said Charlie Wray, Ph.D., vice president for Education at JAX. “Understanding genetics and genomics is crucial for clinicians, empowering them to provide personalized care, predict disease risks, and develop targeted treatments, ultimately improving patient outcomes and advancing the future of medicine.”

Bringing Genomic Expertise to the Clinic

Applied Genomics offers a comprehensive curriculum covering a wide range of clinical applications, including:

• Pharmacogenomics – Understanding how a patient’s genetic profile influences drug metabolism and medication efficacy
• – Examining the genetic underpinnings of heart disease to aid in risk assessment and early intervention
• Cancer Genomics – Exploring the genomic drivers of cancer to improve diagnostics and treatment selection
• Rare Disease Genomics – Applying genomics for the diagnosis, management, and treatment of rare diseases

The course features expert-led instruction from JAX researchers and educators, including President and CEO , Ph.D., FMedSci, who provides insights on the future of genomic medicine. Participants will also engage in clinical case studies, gaining practical experience in applying genetic testing and emerging technologies in real-world medical settings.

Meeting the Needs of the Health Care Workforce

The Applied Genomics course is designed for graduate students who aspire to careers in health care and biomedical research, giving them a view into the myriad ways genomics can be integrated into medical decision-making. The program embeds students in case scenarios reflecting real clinical practice in key fields such as primary care, cardiology, oncology, and rare diseases, ensuring that participants stay at the forefront of precision medicine.

“With an increasing emphasis on genomic medicine, clinicians must be equipped to interpret genetic data and apply it effectively to patient care,” said Emily Edelman, M.S., CGC, director of Clinical Education at JAX and Applied Genomics course lead. “This course provides a vital foundation in genomics, ensuring that future health care professionals can confidently use genetic information to tailor treatments and improve health outcomes.”

Strengthening Maine’s Health Care Workforce

91ֱ����Ƶis a regional leader in health education, offering programs in dental medicine, osteopathic medicine, physical therapy, nutrition, nurse anesthesia, and more. By incorporating genomics education into its curriculum, 91ֱ����Ƶensures that future and current health care professionals in Maine and beyond are prepared for the evolving landscape of genomic medicine.

“Maine’s health care workforce is growing, and so is the demand for professionals who understand how to integrate genetics into medical practice,” said Gwendolyn Mahon, Ph.D., M.Sc., 91ֱ����Ƶprovost and senior vice president for Academic Affairs. “By partnering with JAX, we are providing students and clinicians with the tools they need to excel in the rapidly advancing field of precision medicine.”

A Commitment to Precision Genomics Education

The Applied Genomics course is the latest offering by the JAX Clinical Education team and the first of its kind focused on preclinical students. A three-module education program launched in 2023, , provides advanced, actionable tools to identify patients at greater risk for genetic cardiac disease, helping clinicians gain confidence in ordering genetic testing and bringing this information to patients. Through partnership with the Maine Cancer Genomics Initiative, JAX Clinical Education has produced multiple workshops, webinars, and online modules in Precision Oncology to help oncology providers navigate genomic data and biomarkers for targeted cancer treatment. 

These self-directed, online programs fit into the busy schedules of clinicians and students, making advanced genomic education available to learners worldwide.

JAX Genomic Education provides a range of programs supporting learners at all levels — from high school students to postdoctoral researchers and practicing clinicians — ensuring that the next generation of health care providers is equipped to leverage genomics in patient care.