The human body at cellular resolution: the NIH Human Biomolecular Atlas Program
Authors:   HuBMAP Consortium,   Writing Group, Snyder Michael P. , Lin Shin , Posgai Amanda , Atkinson Mark , Regev Aviv , Rood Jennifer , Rozenblatt-Rosen Orit , Gaffney Leslie , Hupalowska Anna , Satija Rahul , Gehlenborg Nils , Shendure Jay , Laskin Julia , Harbury Pehr , Nystrom Nicholas A. , Silverstein Jonathan C. , Bar-Joseph Ziv , Zhang Kun , Börner Katy , Lin Yiing , Conroy Richard , Procaccini Dena , Roy Ananda L. , Pillai Ajay , Brown Marishka , Galis Zorina S. ,   Caltech-UW TMC, Cai Long , Shendure Jay , Trapnell Cole , Lin Shin , Jackson Dana ,   Stanford-WashU TMC, Snyder Michael P. , Nolan Garry , Greenleaf William James , Lin Yiing , Plevritis Sylvia , Ahadi Sara , Nevins Stephanie A. , Lee Hayan , Schuerch Christian Martijn , Black Sarah , Venkataraaman Vishal Gautham , Esplin Ed , Horning Aaron , Bahmani Amir ,   UCSD TMC, Zhang Kun , Sun Xin , Jain Sanjay , Hagood James , Pryhuber Gloria , Kharchenko Peter ,   University of Florida TMC, Atkinson Mark , Bodenmiller Bernd , Brusko Todd , Clare-Salzler Michael , Nick Harry , Otto Kevin , Posgai Amanda , Wasserfall Clive , Jorgensen Marda , Brusko Maigan , Maffioletti Sergio ,   Vanderbilt University TMC, Caprioli Richard M. , Spraggins Jeffrey M. , Gutierrez Danielle , Patterson Nathan Heath , Neumann Elizabeth K. , Harris Raymond , deCaestecker Mark , Fogo Agnes B. , van de Plas Raf , Lau Ken ,   California Institute of Technology TTD, Cai Long , Yuan Guo-Cheng , Zhu Qian , Dries Ruben ,   Harvard TTD, Yin Peng , Saka Sinem K. , Kishi Jocelyn Y. , Wang Yu , Goldaracena Isabel ,   Purdue TTD, Laskin Julia , Ye DongHye , Burnum-Johnson Kristin E. , Piehowski Paul D. , Ansong Charles , Zhu Ying ,   Stanford TTD, Harbury Pehr , Desai Tushar , Mulye Jay , Chou Peter , Nagendran Monica ,   HuBMAP Integration, Visualization, and Engagement (HIVE) Collaboratory: Carnegie Mellon, Tools Component, Bar-Joseph Ziv , Teichmann Sarah A. , Paten Benedict , Murphy Robert F. , Ma Jian , Kiselev Vladimir Yu. , Kingsford Carl , Ricarte Allyson , Keays Maria , Akoju Sushma A. , Ruffalo Matthew ,   Harvard Medical School, Tools Component, Gehlenborg Nils , Kharchenko Peter , Vella Margaret , McCallum Chuck ,   Indiana University Bloomington, Mapping Component, Börner Katy , Cross Leonard E. , Friedman Samuel H. , Heiland Randy , Herr Bruce , Macklin Paul , Quardokus Ellen M. , Record Lisel , Sluka James P. , Weber Griffin M. ,   Pittsburgh Supercomputing Center and University of Pittsburgh, Infrastructure and Engagement Component, Nystrom Nicholas A. , Silverstein Jonathan C. , Blood Philip D. , Ropelewski Alexander J. , Shirey William E. , Scibek Robin M. ,   University of South Dakota, Collaboration Core, Mabee Paula , Lenhardt W. Christopher , Robasky Kimberly , Michailidis Stavros ,   New York Genome Center, Mapping Component, Satija Rahul , Marioni John , Regev Aviv , Butler Andrew , Stuart Tim , Fisher Eyal , Ghazanfar Shila , Rood Jennifer , Gaffney Leslie , Eraslan Gokcen , Biancalani Tommaso , Vaishnav Eeshit D. ,   NIH HuBMAP Working Group, Conroy Richard , Procaccini Dena , Roy Ananda , Pillai Ajay , Brown Marishka , Galis Zorina , Srinivas Pothur , Pawlyk Aaron , Sechi Salvatore , Wilder Elizabeth , Anderson James 
Published: October 2019

Transformative technologies are enabling the construction of three-dimensional maps of tissues with unprecedented spatial and molecular resolution. Over the next seven years, the NIH Common Fund Human Biomolecular Atlas Program (HuBMAP) intends to develop a widely accessible framework for comprehensively mapping the human body at single-cell resolution by supporting technology development, data acquisition, and detailed spatial mapping. HuBMAP will integrate its efforts with other funding agencies, programs, consortia, and the biomedical research community at large towards the shared vision of a comprehensive, accessible three-dimensional molecular and cellular atlas of the human body, in health and under various disease conditions.