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Commercialization of Nanotechnology Innovations from Oak Ridge National Laboratory

Dept. of Energy > ORNL UT-BATTELLE LLC-DOE CONTRACTOR
est. $792K – $29.1M

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Quick Brief

The Department of Energy is seeking commercialization partners for patent pending technologies related to immunoregulation by modulating specific protein domains that affect host-cell invasion by microbes. This initiative aims to develop methods that can either facilitate or prevent such invasions, with applications in healthcare and biology.

Generated 61d ago

Scope & Requirements

The work involves the commercialization of technologies that modulate protein domains to influence host-cell invasion by various organisms, with a focus on applications in healthcare and biology.

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Contract Details

Estimated Value
est. $792K – $29.1M
Similar contracts award $140K$850K (median $249K, 929 awards)Above typical range
Incumbent Contractor
UT-Battelle, LLC
NAICS Codes

Agency & Contact

Contracting Organization

Agency
ENERGY, DEPARTMENT OF
Sub-Agency
ENERGY, DEPARTMENT OF
Office
ORNL UT-BATTELLE LLC-DOE CONTRACTOR

Point of Contact

John A. Smith
Contracting Officer
(202) 555-0100

Key Dates

Published3mo ago
Mar 13, 2026
Last Updated3mo ago
Mar 13, 2026
Became Solicitation3mo ago
Mar 13, 2026
Tracked
Response Due3mo ago
Mar 20, 2026
Response Date1mo ago
Apr 27, 202617:00

Description

UT-Battelle, LLC, acting under its Prime Contract No. DE-AC05-00OR22725 with the U.S. Department of Energy (DOE) for the management and operation of the Oak Ridge National Laboratory (ORNL), is seeking commercialization partners for its Methods for Immunoregulation by Modulating Plasminogen-Apple-Nematode (PAN) Domain-Containing Proteins. The ORNL Technology Transfer , 2026 for the following patent pending technologies: 4200 – A PROTEIN DOMAIN MODULATING HOST-CELL INVASION Infection by specific microbes can confer beneficial phenotypes in plants including nitrogen fixation by bacteria, for example. However, the same molecular mechanisms that lead to colonization by symbionts can facilitate infection by disease-causing microbes and parasites in plants and animals. This invention shows that the presence of a fully functional protein domain leads to suppression of host immunity to facilitate host-cell invasion by symbionts, pathogens and parasites across eukaryotic organisms. Specific modification of essential amino acids in this domain will lead to induction of defense responses to prevent host-cell invasion. Therefore, this domain and its essential amino acids can be engineered to facilitate or prevent host-cell invasion by organisms including bacteria, fungi and obligate parasites such as nematodes, Rickettsia and Plasmodium sp. Applications and Industries Healthcare Biology Leslie Smith Alternative

Point of Contact Sue Burchfield

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