The Regents Of The University Of California

The Regents of the University of California, operating Lawrence Berkeley National Laboratory, is a federally funded research and development center that delivers biomedical research, advanced imaging technology, structural biology, and scientific data infrastructure as a prime recipient of federal grants and as a subcontractor on research projects managed by prime contractors and prime grantees. The organization is a child entity of the State of California Controllers Office and competes predominantly in full-and-open federal grant competitions rather than under set-aside categories.

Lawrence Berkeley National Laboratory's recent award footprint reflects deep specialization in life-sciences research infrastructure and methodology. The organization acts as prime recipient on 242 of 316 total awards (77%) and as sub-recipient or subcontractor on the remainder. The top five customer agencies account for 53% of awards by count, led by the Department of Health and Human Services National Institutes of Health (96 awards), with the National Institute of General Medical Sciences (34 awards), the National Institute of Biomedical Imaging and Bioengineering (12 awards), and the Air Force Materiel Command Research Laboratory (11 awards) rounding out the active set. Recent prime grant work illustrates the research scope: a $2.057 million National Heart, Lung, and Blood Institute (NHLBI) project grant awarded August 2026 to map and decode the enhancer landscape of human heart development through single-cell multiome data integration and functional validation; a $1.603 million National Institutes of Health Office of the Director project grant awarded July 2026 to develop PhenomicsAI, an explainable artificial intelligence platform integrating genomic and phenomic data to enhance reproducibility and translatability of animal research models; a $1.324 million National Institute of General Medical Sciences project grant awarded July 2026 to enable time-resolved studies of small molecule-protein interactions using serial crystallography at X-ray free electron lasers; and a $1.164 million National Institute of Environmental Health Sciences project grant awarded September 2025 to modernize the Hierarchical Data Modeling Framework, the open-source foundation of the Neurodata Without Borders data standard for neurophysiology.

Activity has fluctuated modestly — 22 awards in 2023 to 28 in 2024, then declining to 13 in 2026 — with 18 awards (exact potential value not stated in source) reaching completion inside the next twenty-four months and facing recompete. The organization's research portfolio concentrates on research and development in physical, engineering, and life sciences (18 awards), testing laboratories and services (10 awards), and facilities support (3 awards). Service Contract Inventory coverage is minimal — one SCI record in FY2025 as a named subcontractor, reflecting 0.1 FTEs — indicating that SCI-reportable service contracts above the $150,000 threshold do not dominate the organization's federal footprint; the vast majority of the federal work flows through grants and research cooperative agreements rather than traditional service contracts.

Lawrence Berkeley National Laboratory operates as a subcontractor and sub-recipient across a diverse coalition of prime contractors and prime grantees. On the contract side, recent sub-work includes mission autonomy R&D services delivered to Applied Research Solutions as part of multiple delivery orders issued between May 2023 and July 2024, radiation testing and single-event effects characterization support to Northrop Grumman Systems Corporation on the Advanced Sources for Single-Event Effects Radiation Testing (ASSERT) program, and management and operations support to UT-Battelle LLC at Oak Ridge National Laboratory. On the grant side, Lawrence Berkeley National Laboratory sub-receives and co-investigates across a dense network of university prime grantees, including Georgia State University Research Foundation (TFIIH protein characterization using advanced X-ray spectroscopy and computational methods), Northwestern University (multi-scale evaluation of radionuclide toxicity), Albert Einstein College of Medicine (cell fate choices in mammalian heart development), the California Institute of Technology (genome knowledge-base development and BioPortal knowledge graph creation), Stanford University (BioPortal knowledge graph integration for ontology interoperability), and Jackson Laboratory (Exomiser diagnostic genomics platform enhancements for phenotype-driven analysis). Lawrence Berkeley National Laboratory's role across these sub-awards typically involves leading technical infrastructure components — beamline crystallography and small-angle X-ray scattering (SAXS) data collection at the Advanced Light Source, bioinformatics and data modeling, high-performance computing for simulations, and software development and maintenance for open-source scientific tools.

Performance is based in Berkeley, California, with administrative oversight by University of California management. The research mission spans structural biology, biomedical imaging, genomics and phenomics informatics, neurotechnology, and climate and hydrology science, anchored by access to the Advanced Light Source synchrotron facility and expertise in X-ray crystallography, spectroscopy, and computational biology.