Exceptional opportunities for research and training in a unique scientific environment
This two-year scientific training program allows you to undertake an independent research project and strengthen your professional and laboratory skills before pursing an MD-PhD or Ph.D.
Read moreAs a Postdoctoral Associate at The Jackson Laboratory, you can conduct cutting-edge research on the complex diseases impacting human health.
Read moreThe Jackson Laboratory’s Cooperative PhD Program provides training in mammalian genetics and genomic medicine through partnerships with degree-granting academic institutions.
Read moreJAX boasts three locations in Maine. Researchers in Bar Harbor investigate the genetic causes of human disease by using the mouse as a model. Our Ellsworth campus provides the global biomedical research community with JAX® Mice at the highest health status. Maine Cancer Genomics Initiative…
Read moreOur Farmington campus is home to The Jackson Laboratory for Genomic Medicine. Researchers here focus on human genomics, complementing our long history of mammalian genetics expertise.
Read moreRT @jacksonlab: 👩🔬 Get to know up-and-coming JAX Postbac Rei Bufi and her work on the relationship between #kidneydisease and #diabetes in…
View tweetAll smiles after a successful workshop on surgical techniques in the laboratory mouse, where participants learned 10+ in-demand procedures from @jacksonlab experts! 👏 Our team was able to bring this workshop to @PonceHealthSU with funding from @HHMINEWS: t.co/2xK11kCOhf t.co/aRp7Ha8uqJ
View tweetWhy the mouse? 🐁 Learn how to leverage this powerful research model to understand human disease in this free resource from @jacksonlab: t.co/QHWWJUVBEp
View tweet👏 Congratulations to the 13 JAX Academic Year Fellows who recently presented their research findings at a culminating poster session! Learn more about @jacksonlab's Academic Year Fellowship program: t.co/OSxp9rjH7J t.co/PjdOwQbv3r
View tweetRT @JAXClinicalEd: We are hosting a free webinar for @genome_gov's #MedGeneEd23 on how to navigate DNA damage repair deficiency in cancer p…
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