research computing logo
RCDS

computation + data
genomics and bioinformatics logo
GBRC

genomics + bioinformatics
ibest logo
IBEST

evolutionary research

Who We Are

The Institute for Interdisciplinary Data Sciences (IIDS) is a research institute within the Office of Research and Economic Development (ORED) at the University of Idaho. The mission of IIDS is to empower researchers to fully harness the potential of the data revolution by provisioning and administering critical university research infrastructure related to genomics, bioinformatics, research computing, and data science. IIDS houses three service units including Research Computing and Data Services (RCDS), the Genomics and Bioinformatics Resources Core (GBRC), and the Initiative for Bioinformatics and Evolutionary Studies (IBEST). IIDS is a vibrant home for interdisciplinary research between student, postdoc, and faculty participants. IIDS participants can access support for proposal development and grants management, expertise, infrastructure, training, and professional development activities.

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News

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2021-07-29
U of I and INBRE Researchers to Study Coronavirus Variants

The Idaho INBRE higher education network and the University of Idaho will sequence COVID-19 samples and study coronavirus variants in the Moscow population in hopes of preparing for and preventing future outbreaks thanks to a $737,000 grant from National Institutes of Health.

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2021-07-06
IBEST Reorganizes Into Institute for Interdisciplinary Data Sciences

The Institute for Bioinformatics and Evolutionary Studies (IBEST) is now part of the new Institute for Interdisciplinary Data Sciences (IIDS).

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2021-05-26
U of I-Led Study Finds Ongoing Evolution in Tasmanian Devils’ Response to Transmissible Cancer

University of Idaho researchers partnered with other scientists from the U.S. and Australia to study the evolution of Tasmanian devils in response to a unique transmissible cancer. “Our work suggests that maintaining genetic diversity across a wide set of functionally important genes is critical to make sure Tasmanian devils are able to adapt to transmissible cancers and other threats to their survival,” said Dept. of Biological Sciences Associate Professor Paul Hohenlohe.

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CORE FACILITIES

DNA Code letters

Genomics Resources Core

The Genomics & Bioinformatics Resources Core (GBRC) provides researchers from the University of Idaho access to technology, experience, and expertise in genomics research. Applications of these technologies are commonly used in biomedical research, but the interdisciplinary focus of the University of Idaho results in a wide range of fields that can benefit from the core, including microbial studies, agricultural studies, forest management, and animal science. The Genomics Resources core is also available to researchers that are external to the University of Idaho.

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Research Computing and Data Services

The Research Computing and Data Services serves as the computational backbone for research at the University of Idaho. It provides investigators with state of the art high performance computing and large data storage capacity for use in analyzing and managing large volumes of research data. Users of the core run jobs that may use hundreds of processors in parallel or large memory allocations and may run require weeks to complete. The RCDS data center is explicitly designed to manage the complex computational and storage requirements for UI researchers very high data reliability and availability. The core contains an advanced mix of high performance computing clusters, powerful servers and reliable data storage components as well as the knowledge and technical skills required to compress years of analysis into days.

RCDS provides research data management and computing support for UI researchers and their regional, national, and international collaborators. Support for research data management, curation, and dynamic access keeps our researchers at the cutting-edge of science and increases and enhances our institution's competitiveness for external research grants. Quality data and metadata developed in research projects and curated by NKN is a valuable, long-term asset for a public land-grant University and provides a foundation and source upon which to develop and build new research and science

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