Transformative Non-Invasive/Minimally Invasive Technologies for Imaging the Olfactory System Across Scales (R01 CT Optional)
Grant Notice from a government agency.
Data as of Oct 24, 2026. Sources: SAM.gov and Grants.gov. Snapshot govcon-directory-20261024T104923Z-2151694.
This product uses the Grants.gov API but is not endorsed or certified by the U.S. Department of Health and Human Services. Counts and totals are computed by DSE from public SAM.gov and Grants.gov notices. Text from Grants.gov may be shortened or have contact details removed. The original notice on Grants.gov is the authoritative version.
Closing in 667 days
Notice details
- Notice type
- Grant Notice
- Solicitation number
- RFA-DC-27-003
- Posted
- May 20, 2026
- Response deadline
- Aug 21, 2028
- Source
- Grants.gov
Description
The National Institute on Deafness and Other Communication Disorders (NIDCD), with the National Institute of Biomedical Imaging and Bioengineering (NIBIB) aims to support the development and/or adaptation of transformative in vivo high-resolution/high specificity imaging of the human olfactory system. Currently, there are limited non-invasive/minimally invasive technologies available for imaging the living human peripheral and central olfactory system with high spatial and temporal resolution. Imaging the olfactory system in the laboratory and in the clinic is essential to understanding underlying biological mechanisms as well as the etiology of an olfactory disorder. Such imaging has proven challenging due to the olfactory system"s unique anatomical and functional characteristics such as restricted accessibility, multiple cell types, and low signal resolution. Addressing these challenges requires multimodal approaches including leveraging existing advanced tools and technologies and developing new tools tailored for the olfactory system. Recent advances in minimally invasive and non-invasive imaging technologies, such as cell specific biomarkers, fluorescence imaging, specialized endoscopes, optical and acoustic imaging, molecular imaging, and hemodynamic and diffusion imaging have the potential to transform our ability to image and investigate the peripheral and central olfactory system in the living human with superior temporal and spatial resolution and eventually
Summarized from the official notice. The description is shortened; read the full text on the official notice. Text from Grants.gov may be shortened or have contact details removed. The original notice on Grants.gov is the authoritative version.
Official notice
Requirements and amendments are controlled by the official notice.
DSE verdict
The DSE fit verdict for this notice is available to DSE GovCon subscribers. It is not published on this page.
See DSE GovCon plans →Get free alerts
Email alerts for notices like this one are free on DSE GovCon Intelligence.
Set up free alerts →