The ORO-respiratory-GUT virome axis over space and time - overall

Active Cooperative Agreement Awarded Last action

Award ID
U54AG089323
Recipient
Awarding agency
Obligated
$12,776,991

Award facts

Assistance listing
93.310 Trans-NIH Research Support
Completion date 35% complete
Funding agency
Office of the Director National Institutes of Health, Department of Health and Human Services
Place of performance
Philadelphia, PA 19104, USA

Award details come from USAspending.gov.

Description

Abstract
The human virome is vast, differs among human individuals, and changes over the human lifespan. While the virome influences human health in diverse ways, true understanding of its impact is limited by incomplete characterization of the human virome composition. The goal of the penn virome characterization center (VCC), titled "the ORO-respiratory-GUT virome axis over space and time", is to define the human virome and its dynamics in priority body sites in generally healthy individuals without acute illnesses, reflecting typical US populations across diverse lifespan and community participants. Our program will provide key insights into virome composition, richness and complexity, and produce extensive data and methodologies for future studies of disease associations. We will focus on key body sites identified by the NIH human virome program as priority targets, including oral/dental, GUT (fecal), respiratory tract (upper and lower) and blood. Our collaborative team has published extensively on the microbiome and virome, and in the course of these studies assembled unique cohorts with biobanked specimen repositories suitable for rapid initiation of the penn VCC program. Most of our sampling is from an urban setting in the mid-atlantic region, so that african americans are particularly well represented. To achieve our goals, the penn VCC will: (a) take advantage of rich in hand biobanks of human samples for rapid efficient analysis, and enroll and phenotype new subjects to obtain longitudinal ORO-respiratory-GUT-blood specimens, from existing cohorts of healthy children, adolescents, adults and elderly individuals; (b) comprehensively describe and quantify virome populations from distinct ORO-respiratory-GUT-blood sites, including viruses of humans, bacteria, and human eukaryotic commensals, and implement methods for molecular identification of host cells for novel viruses and characterization of viral DNA modification; (e) define the commonalities and differences of virome communities across ORO-respiratory-GUT biogeography and blood over time within individuals and between age groups; (f) protect participants, investigators, and NIH by ensuring adherence to ethical norms and regulatory requirements, while conducting rigorous legal and qualitative research that addresses unanswered questions raised by human virome research that will inform future policy and research practice via our ethical, legal, and social implications core; (g) ensure harmonization and integration with other vccs of the human virome program, and establish open sharing of data to maximize research value; (h) support collaborative research among HVP investigators using specimens, data, and novel insights generated through the VCC; and (i) ensure representation of traditionally under-studied populations as research participants, and enhance diversity and inclusion within the virology, microbiome and computational biology research communities.

Transactions

Action Obligated Date
Amendment $245,074
Amendment Investigating the human virome using deep RNA-SEQ: supplement to: the ORO-respiratory-GUT virome axis over space and time $411,919
Amendment The ORO-respiratory-GUT virome axis over space and time - the human virome is vast, differs among human individuals, and changes over the human lifespan.… $4,059,999
Amendment Investigating the human virome using deep RNA-SEQ: supplement to: the ORO-respiratory-GUT virome axis over space and time $4,059,999
Original award $4,000,000

Subawards

Subrecipient Amount Awarded
The Children's Hospital Of Philadelphia "For 16S rRNA marker gene sequencing, Data generation: (1) Extract DNA, (2) PCR amplify a region of the 16S rRNA gene with barcoded primers, (3) prepare… $508,226
The Children's Hospital Of Philadelphia "We will establish a subcontract with Children's Hospital of Philadelphia to serve as the Pediatric Biospecimen Collection Core for the project, The… $411,667
The Children's Hospital Of Philadelphia Biospecimen Collection Core - Children's Hospital of Philadelphia Subcontract Statement of Work We will establish a subcontract with Children's Hospital of… $411,667
The Children's Hospital Of Philadelphia "Dr. Bittinger is an Assistant Professor in the Division of Gastroenterology, Hepatology, and Nutrition. He directs the Bioinformatics Laboratory for the CHOP… $282,600
The Children's Hospital Of Philadelphia We will establish a subcontract with Children’s Hospital of Philadelphia to serve as the Pediatric Biospecimen Collection Core for the project, The… $404,082
The Children's Hospital Of Philadelphia "For 16S rRNA marker gene sequencing, Data generation: (1) Extract DNA, (2) PCR amplify a region of the 16S rRNA gene with barcoded primers, (3) prepare… $500,290
The Children's Hospital Of Philadelphia "Dr. Bittinger is an Assistant Professor in the Division of Gastroenterology, Hepatology, and Nutrition. He directs the Bioinformatics Laboratory for the CHOP… $277,292

Quick answers

Who received award U54AG089323?

U54AG089323 was awarded to The Trustees Of The University Of Pennsylvania by National Institute on Aging (National Institutes of Health) on February 1, 2025.

How much is award U54AG089323 worth?

$12,776,991 has been obligated on U54AG089323.

Which agency awarded U54AG089323?

National Institute on Aging (National Institutes of Health) awarded U54AG089323, with funding from Office of the Director (National Institutes of Health).

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