Researchers develop stress-free method to weigh mice using computer vision
The Jackson Laboratory has developed a computer vision-based method to accurately and continuously measure mouse body mass.
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Learn about new technologies and discoveries focused on precise and personalized treatments for patients.
The Jackson Laboratory has developed a computer vision-based method to accurately and continuously measure mouse body mass.
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We review strategies and mouse models used to develop highly promising therapeutic treatments using the body’s own immune system in the fight against cancer.
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Limitations to scientific progress often arise not from a lack of curiosity or imagination, but rather from the tools and technologies available. While some research questions can be sufficiently...
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We recently published a paper in Journal of Genetic Counseling outlining our successful team-based approach to developing education for cardiology clinicians. Our collaboration with clinical and...
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I started covering the field of human genomics in depth around 2008. It was a time when whole genome sequencing (WGS) still cost millions of dollars per genome, and genome editing methods were so...
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How do you decide which mouse model is most applicable for your research question or to test your therapeutic? With over 13,000 available mouse models at the Jackson Laboratory, it can be...
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Genetic counselors at The Jackson Laboratory (JAX) impact research and clinical education, developing and implementing initiatives that improve clinical care. Below are the top five ways JAX...
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Through this unique training opportunity, students apply for admission into doctoral programs at one of our partner institutions, and follow their academic degree requirements, while performing...
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In this episode of Stoveside Chats, Moses Davis, director for diversity, equity and inclusion at JAX, joins colleague Mai Hendrix for an engaging conversation about their personal experiences with...
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Genetics on Capitol Hill The Jackson Laboratory had the unique opportunity to travel to Capitol Hill for the Congressional Life Sciences Fair on July 19, 2023. Hosted by the Coalition for Life...
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Humanized mice, defined as animals carrying human genes or cells, are relative newcomers to the drug development field. While regulatory agencies routinely accept IND filings with data generated...
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“Doing more of what we have today is not enough,” said National Cancer Institute Director Monica Bertagnolli, M.D., at the AACR annual meeting, “We need much more to cover the last mile.” What is...
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DNA Day is a global celebration of all-things genetics. Occurring annually on April 25, DNA Day commemorates the discovery of the double helix structure of DNA and the completion of the Human...
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On this episode of Stoveside Chats, a cooking show that brings together individuals from different areas of JAX to discuss important topics casually while preparing food, Moses Davis, director for...
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Keene was nominated by Ben Noyes, a building automation technician, who reports to Keene in his work for the Facilities team. Along with his full-time work at JAX, Noyes is an active member of the...
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At the same time, research discoveries made in mice remain difficult to efficiently translate to human medicine for a variety of reasons. Mice are not little humans of course, and it’s important...
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Jens Rueter, M.D. is the Chief Medical Director of The Jackson Laboratory, Medical Director of MCGI and Associate Director of Translational Education at the JAX Cancer Center. He has been...
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Introduction One of the major challenges oncologists are often faced with when managing precision cancer treatment is acquired drug resistance. Resistance due to emerging gene variants can lead to...
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Introduction The JAX Clinical Knowledgebase (CKB) is a relational database that contains data associated with cancer variants, tumor types, and therapies. One of the unique features of CKB is...
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The Morgan State team was led by Ingrid Tulloch, Ph.D., Assistant Professor of Psychology, accompanied by DeAnna James and Kamille Trice, undergraduate researchers in the Tulloch lab. The broad...
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