FEB 09, 2017 7:30 AM PST

KEYNOTE: Designing enrichment and husbandry to enhance translation

Speaker
  • Associate Professor, Department of Surgery; Program Director, Preclinical Research Center, University of Minnesota
    Biography
      Dr. Graham is an Associate Professor in the Departments of Surgery and Veterinary Population Medicine. Dr. Graham is also the Director of the Preclinical Research Center (PCRC) at the University of Minnesota. She earned her M.P.H in Epidemiology from the University of Minnesota and her Ph.D from Utrecht University. Her research is centered on the development of cell-based therapies for the treatment of diabetes, specifically extrahepatic delivery of islets. Dr. Graham is also widely recognized for her expertise in the characterization and refinement of animal models of chronic disease to enhance translation to the clinic. This work proved pivotal to the first demonstration of successful long-term diabetes reversal after adult pig islet xenotransplant in nonhuman primates. Dr. Graham is serving on the North American 3Rs Consortium steering committee, the NIAID Nonhuman Primate Transplantation Tolerance Cooperative, and NIAID Immunobiology of Xenotransplantation Cooperative Research Program. Her research is supported by the State of Minnesota, JDRF, and NIH.

    Abstract

    DATE: February 9, 2017
    TIME: 7:30am PT, 10:30am ET

    Animals maintained in captivity play a valuable role in education and research. Alongside this is our ethical responsibility to provide the animals with an environment that promotes their physical and behavioral health and wellbeing. Provision of safe, hygienic, comfortable, and interesting accommodations support a wide range of species typical behavior and allow animals to exercise a degree of choice and control in their environment (e.g. to choose to socialize with or avoid group mates, problem solve, and forage).  Essential considerations include the amount and quality of space provided, and the flexibility of the enclosure, and ease of cleaning, access to, and monitoring of the animals.

    Animal enrichment is used to enhance husbandry by encouraging and stimulating natural behavioral inclinations in our animals through sight, smell, taste, touch, and interaction as well as add critical complexity to their environment. Metabolic models often require special consideration towards opportunities that provide exercise, prolong interaction, and encourage play rather than exclusively food orientated enrichment. In harmony with these aspects behavioral management uses training, social relationships, and methods to develop trust between caregivers and animals and improves how animals cope with stress. A successful captive management program results in a safer and less stressful working environment for animal care staff due to more cooperative animals and significantly enhances animal wellbeing. These same factors can provide important insight into the translation of therapeutic strategies to the clinic.


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    KEYNOTE: Designing enrichment and husbandry to enhance translation


    Specialty

    Animal Models

    Drug Development

    Animal Sciences

    Life Science

    Research And Development

    Animal Care

    Allergy

    Cancer

    Immunology

    Lab Animals

    Animal Research

    Cell Culture

    Animal Behavior

    Biotechnology

    Antibodies

    Geography

    Europe62%

    North America23%

    Registration Source

    Website Visitors100%

    Job Title

    Research Scientist30%

    Scientist30%

    Animal Care Lab Technician20%

    Student10%

    Medical Laboratory Technician10%

    Organization

    Research Institute23%

    Pharmaceutical Company15%

    Academic Institution15%

    Hospital8%

    Industrial Company8%

    Biotech Company8%

    Other8%


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