World-class research and scientific achievements are hallmarks of the Laboratory. Largely as a result of The Jackson Laboratory’s own research and its commitment to providing unique, quality resources to the community, the mouse has become the primary experimental system for mammalian genetics research. These genetically identical mice are a mainstay of mammalian genetics research, permitting many different scientists around the world to study the same biomedical problems by using identical strains of mice. The first inbred strains of mice were developed by Dr. By using mouse models that have been discovered as natural mutations or developed through advanced genetic engineering techniques, scientists can determine the functions of disease-causing genes and evaluate potential therapies and cures for human ailments such as cystic fibrosis, AIDS, epilepsy, diabetes, Huntingdon’s disease, atherosclerosis, glaucoma, hypertension, and Down syndrome. Knowledge of the location and function of mouse genes can be correlated with defective human genes that cause disease. Mice and humans suffer from many of the same diseases and have similar genes and gene locations. Little was a genetics pioneer who recognized that the study of hereditary characteristics in mice could help solve human health problems.
Jackson, head of the Hudson Motorcar Co., a prominent summer visitor to Bar Harbor who helped fund the facility.ĭr. The new Laboratory was named for Roscoe B. Little left Michigan in 1929 to fulfill his dream of building a year-round genetics research institution in Bar Harbor. He continued the popular course after joining the University of Michigan as president in 1925. Little started a summer field course for the university’s biology students amid the coastal splendor of Bar Harbor. In 1924, during his tenure as president of the University of Maine, Dr. We are particularly looking for #Postdocs, #Research Assistants, and #Bioinformaticians.The Jackson Laboratory was founded by Harvard-trained geneticist Clarence Cook Little. My lab is actively recruiting at ALL levels to perform fun and cutting-edge science using Physiological Genomics and Redox Systems Biology. >66% of the 120 million people affected worldwide by sickle cell disease live in Africa and >1000 children are born with the disease every day in Africa. How does kidney disease progress? >800 million individuals have chronic kidney disease.ģ.
How does #kidney physiology change with #aging?Ģ.
The Agoro Lab (or Raf Lab for friends) will be leveraging Systems Biology approaches to study:ġ. I am humbled to be starting my Lab at JAX-Mammalian Genetics September 2023. Incoming Assistant Professor at The Jackson Laboratory + Hiring Opportunities
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