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Toolkits for Dissemination of Genomic Technologies

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The National Institutes of Health, through the National Human Genome Research Institute, is initiating the Toolkits for Dissemination of Genomic Technologies program to bridge the gap between the invention of wet-lab technologies and their widespread adoption by the scientific community. This initiative supports developers in creating integrated toolkits that include custom reagents, hardware, annotated protocols, and computational pipelines. In some instances, the program may also provide hands-on methods training and workshops to ensure the technology is implemented effectively. The primary goal of this forecast is to allow developers to obtain independent validation and user feedback, which will be used to refine and mature genomic technologies for broader use. Managed by the Department of Health and Human Services under NAICS code 541714, the program focuses on lowering barriers to technology adoption and enhancing the accessibility of innovative genomic interrogation methods.

General Info

NHGRI funds integrated genomic toolkits with reagents, protocols, training to promote widespread adoption.

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AgencyDepartment Of Health And Human Services → National Institutes Of Health
Contacts1 person available
OfficeUSA

Full Description

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The National Human Genome Research institute (NHGRI) funds wet-lab technology development across its portfolios, resulting in invention of innovative methods to interrogate and understand the genome. However, there is often a gap between the technology and methods development in individual inventor labs and the wide-spread deployment of these approaches to the broader scientific community. The Toolkits for Dissemination of Genomic Technologies initiative will create a pathway to lower this barrier to technology adoption by supporting the dissemination efforts of tool and technology developers in the form of an integrated toolkit containing the necessary components and information required to implement the technology. A kit would include custom reagents and/or hardware along with annotated and updated protocols, computational pipelines, and if appropriate, would be accompanied by hands-on methods training and workshops for the scientific community. Using this dissemination approach, developers would gain independent validation of their technologies and feedback from users. Feedback from toolkit users would then be applied by developers to inform further maturation of these genomic technologies, priming methods for more wide-spread adoption by the scientific community. 

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