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2020 NHGRI Strategic Vision

 
 
 

 

2020 NHGRI Strategic Vision

Strategic vision for improving human health at The Forefront of Genomics

 

The Future of Genomics: 2020 and Beyond

Since the successful completion of the Human Genome Project in 2003, the promise of genomics is being realized in research, medicine, and society. Genome sequencing costs continue to shrink, studies continually advance our understanding of genome biology in health and disease, and genomic medicine is becoming a reality.

Where does the field of human genomics go from here? What challenges lie ahead? What new discoveries are on the horizon?

The National Human Genome Research Institute (NHGRI) recently published its 2020 Strategic Vision, which presents a compendium of ideas that together begin to answer these important questions and provides a compelling glimpse at the opportunities in human genomics for the coming decade.

The 2020 NHGRI Strategic Vision is the third of its kind since the completion of the Human Genome Project. The previous two strategic visions were published by the institute in 2003 and 2011,respectively.

2003

2011

2020

The 2020 Strategic Vision is organized into four major areas

 

Guiding principles and values for human genomics

Sustain and improve a robust foundation for genomics research

Breaking down barriers that impede progress in genomics

Compelling genomics research projects in biomedicine

Guiding principles and values for human genomics

  • Maintain an overarching focus on using genomics to understand biology, to enhance knowledge about disease, and to improve human health
  • Sustaining and improving a robust foundation for genomics
  • Maximize the usability of genomics for all members of the public, including the ability to access genomics in healthcare
  • Champion a diverse genomics workforce
  • Provide a conceptual research framing that consistently examines the role of both genomic and non-genomic contributors to health and disease
  • Promote robust and consistently applied standards in genomics research
  • Embrace the interdisciplinary and team-oriented nature of genomics research
  • Adhere to the highest expectations and requirements related to open science, responsible data sharing, and rigor and reproducibility in genomics research
  • Pursue advances in genomics as part of a vibrant global community of genomics researchers and funders

Sustaining and improving a robust foundation for genomics

  • Genome structure and function
  • Enable the routine generation and analysis of increasingly complex genomic data
  • Use evolutionary and comparative genomic data to maximize understanding of genome function
  • Genomic data science
  • Develop new methods and build sustainable data resources for genomics research
  • Ensure facile storing, sharing, and computing on large genomic datasets
  • Develop integrated knowledgebases and informatics methods for genomic medicine
  • Genomics and society
  • Understand the interrelationships between genomics and the social and environmental factors that influence human health
  • Empower people to make well-informed decisions about genomic data and develop data-stewardship systems that reinforce their choices
  • Increase the genomic literacy of all sectors of society
  • Training and genomics workforce development
  • Ensure that the next generation of genomic scientists are sufficiently trained in data science
  • Train healthcare providers to integrate genomics into the clinical workflow
  • Foster a diverse genomics workforce

Breaking down barriers that impede progress in genomics

  • Laboratory and computational technologies
  • Transform the study of the functional consequences of genomic variation by enhancing the scale of DNA synthesis and editing
  • Maximally leverage the usability and utility of emerging datasets for genomic studies of human health and disease
  • Biological insights
  • Establish the means to determine the functional consequences of genomic variants affecting human health and disease
  • Characterize intraindividual genomic variation and understand its role in human disease
  • Implementation science
  • Develop and assess strategies for implementing the use of genomic information in clinical care
  • Test public health approaches for implementing population-wide genomic screening

Compelling genomics research projects in biomedicine

  • Acquire an increasingly comprehensive view of the roles and relationships of genes and regulatory elements in pathways and networks
  • Determine the genetic architecture of most human diseases and traits
  • Design studies that include diverse ancestral populations to enable scientific discoveries and genomic medicine for all
  • Understand how the use of genomics can influence concepts of health, disease, responsibility, identity, family, and community
  • Extend multi-omic studies of human disease and health into clinical settings
  • Design and use genomic learning healthcare systems for knowledge generation and improvements in clinical care
 

Future of Genomics: 10 Bold Predictions

The 2020 NHGRI Strategic Vision culminates with 10 bold predictions for human genomics by 2030, narrated by Pulitzer Prize-winning author, biologist and physician Siddhartha Mukherjee.

Last updated: June 21, 2021