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      We engender a collaborative, interdisciplinary research environment with the unique potential to make a significant impact on complex local and global challenges.

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        Three decades ago, a team of researchers—including future Tufts President Anthony P. Monaco—combed through millions of DNA letters to find the flawed gene responsible for Duchenne muscular dystrophy. Here’s how their work led to the first-ever FDA-approved drug for treating the deadly disease. 

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        An innovative, multiplayer game developed at Tisch College to prepare students for work in the community.

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        Encouraging the recruitment of interdisciplinary faculty whose teaching and research are relevant to multiple academic units.

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        A graduate-level program that takes an interdisciplinary approach to understanding water issues worldwide. Provides students with the perspectives and tools to manage water-related problems.

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        Established to promote innovative collaborations in the humanities and arts. Encourages conversation and debate that reach beyond the traditional borders of a given discipline.

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        Promotes the health, strengths and well-being of humans and animals through multidisciplinary partnerships that foster innovative research, education and service programs in human-animal interaction.

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        Focuses on biopolymer engineering to understand structure-function relationships, with emphasis on studies related to self-assembly, biomaterials engineering, tissue engineering and regenerative medicine.

      
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