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2015First federal award
$23.9MFederal grants as PI35 awards
3Patents grantedLatest Dec 30, 2025
159Papers2,635 citations
Federal awards and patents by year
AwardsPatents
35 awards · $23.9M
| Date | Agency | Award | Amount | Company |
|---|---|---|---|---|
| Sep 20, 2023 | NIH | SBIR Phase II Cryogenic High-throughput Cellular Imaging System | $733K | SIGRAY, INC. |
| Feb 22, 2023 | NIH | STTR Phase II Development of a Bio-tissue Oxygenation Nanophosphor Enabled Sensing (BONES) system for Quantifying Hypoxia in Bone Marrow | $797K | SIGRAY, INC. |
| Sep 9, 2022 | NIH | SBIR Phase II Cryogenic High-throughput Cellular Imaging System | $998K | SIGRAY, INC. |
| Mar 1, 2022 | NIH | STTR Phase II Development of a Bio-tissue Oxygenation Nanophosphor Enabled Sensing (BONES) system for Quantifying Hypoxia in Bone Marrow | $1.7M | SIGRAY, INC. with UNIVERSITY OF CALIFORNIA, MERCED |
| Nov 30, 2021 | NIH | SBIR Phase II Development of a Quantitative Iron Characterization System for Alzheimer's Disease Using Computed Laminography X-ray Fluorescence Imaging (CL-XRFI) | $795K | SIGRAY, INC. |
| May 17, 2021 | NIH | STTR Phase II Development of a Bio-tissue Oxygenation Nanophosphor Enabled Sensing (BONES) system for Quantifying Hypoxia in Bone Marrow | $252K | SIGRAY, INC. |
| Dec 1, 2020 | NIH | SBIR Phase II Development of a Quantitative Iron Characterization System for Alzheimer's Disease Using Computed Laminography X-ray Fluorescence Imaging (CL-XRFI) | $1.6M | SIGRAY, INC. |
| Aug 24, 2020 | NIH | SBIR Phase II Development of a low dose clinical lung screening prototype for early detection of COPD and lung cancer using a novel x-ray source to enable Talbot-Lau interferometry | $246K | SIGRAY, INC. |
| Aug 21, 2020 | NIH | SBIR Phase II A sub-cellular micro x-ray fluorescence system for elemental imaging at fast acquisition times in biological tissue | $632K | SIGRAY, INC. |
| Apr 7, 2020 | NIH | SBIR Phase II Development of a Quantitative Iron Characterization System for Alzheimer's Disease Using Computed Laminography X-ray Fluorescence Imaging (CL-XRFI) | $248K | SIGRAY, INC. |
| Dec 23, 2019 | NIH | SBIR Phase II Development of a laboratory XANES system for the analysis of metals in tissue for cancer research and chemotherapy drug development | $591K | SIGRAY, INC. |
| May 28, 2019 | DOE | SBIR Phase II Development of Axially Symmetric Achromatic Mirror Lenses sub-100nm Focus | $1.0M | SIGRAY, INC. |
| Apr 1, 2019 | NIH | SBIR Phase I A sub-cellular micro x-ray fluorescence system for elemental imaging at fast acquisition times in biological tissue | $225K | SIGRAY, INC. |
| Mar 2, 2019 | DoD | SBIR Phase II High-brilliance Multi-Energy X-ray Source and Optics for Rapid IC Inspection | $1000K | SIGRAY, INC. |
| Dec 31, 2018 | NIH | SBIR Phase II Development of a laboratory XANES system for the analysis of metals in tissue for cancer research and chemotherapy drug development | $875K | SIGRAY, INC. |
| Sep 1, 2018 | NIH | SBIR Phase II A high brightness microstructured anode X-ray source for clinical phase contrast imaging | $557K | SIGRAY, INC. |
| Apr 9, 2018 | DOE | SBIR Phase I Development of a laboratory Transmission X-ray Microscope using Zernike Phase Contrast at 2-7 keV X-rays for Imaging Biological Specimens with 25nm Resolution in 3D | $225K | SIGRAY, INC. |
| Apr 9, 2018 | DOE | SBIR Phase I Development of x-ray nano-focusing system with tunable focus using a combination of capillary mirror lens with Multilayer Laue lens (MLL) | $150K | SIGRAY, INC. |
| Apr 4, 2018 | NIH | SBIR Phase II Development of a laboratory XANES system for the analysis of metals in tissue for cancer research and chemotherapy drug development | $225K | SIGRAY, INC. |
| Sep 26, 2017 | NIH | SBIR Phase II A high brightness microstructured anode X-ray source for clinical phase contrast imaging | $942K | SIGRAY, INC. |
| Aug 16, 2017 | NIH | SBIR Phase II High throughput laboratory X-ray illumination system for protein crystallography and screening | $671K | SIGRAY, INC. |
| Aug 14, 2017 | NIH | SBIR Phase II A high resolution and high DQE detector optimized for mammography using single-shot bi-directional tri-contrast imaging | $720K | SIGRAY, INC. |
| Jun 20, 2017 | NIH | SBIR Phase II A high throughput, high resolution, and high sensitivity scanning X-ray fluorescence microprobe for elemental mapping in cell cultures and tissues for medical research and diagnosis | $741K | SIGRAY, INC. |
| Sep 5, 2016 | NIH | SBIR Phase II A high resolution and high DQE detector optimized for mammography using single-shot bi-directional tri-contrast imaging | $780K | SIGRAY, INC. |
| Sep 5, 2016 | NIH | SBIR Phase II A high resolution and high DQE detector optimized for mammography using single shot bi directional tri contrast imaging | $1.5M | SIGRAY, INC. |
| Sep 1, 2016 | NIH | SBIR Phase II High throughput laboratory X ray illumination system for protein crystallography and screening | $1.5M | SIGRAY, INC. |
| Aug 24, 2016 | NIH | SBIR Phase II High throughput laboratory X-ray illumination system for protein crystallography and screening | $825K | SIGRAY, INC. |
| Aug 22, 2016 | DOE | SBIR Phase II Development of Achromatic Paraboloidal Mirror Lenses with 100nm Focus | $1000K | SIGRAY, INC. |
| Jul 25, 2016 | NIH | SBIR Phase II A high brightness microstructured anode X-ray source for clinical phase contrast imaging | $225K | SIGRAY, INC. |
| Jun 29, 2016 | NIH | SBIR Phase II A high throughput, high resolution, and high sensitivity scanning X-ray fluorescence microprobe for elemental mapping in cell cultures and tissues for medical research and diagnosis | $759K | SIGRAY, INC. |
| Feb 15, 2016 | NSF | SBIR Phase II SBIR Phase II: Development of a Dual Energy Micro-focused X-ray Excitation Beam for Chemical Analysis and Materials Characterization | $750K | SIGRAY, INC. |
| Aug 28, 2015 | NIH | SBIR Phase II A high resolution and high DQE detector optimized for mammography using single-shot bi-directional tri-contrast imaging | $29K | SIGRAY, INC. |
| Aug 20, 2015 | NIH | SBIR Phase II A high resolution and high DQE detector optimized for mammography using single-shot bi-directional tri-contrast imaging | $218K | SIGRAY, INC. |
| May 18, 2015 | NIH | SBIR Phase I High throughput laboratory X-ray illumination system for protein crystallography and screening | $225K | SIGRAY, INC. |
| 2015 | NSF | SBIR Phase I SBIR Phase I: Development of a Dual Energy Micro-focused X-ray Excitation Beam for Chemical Analysis and Materials Characterization | $150K | SIGRAY, INC. |
4 patents as inventor
- US 12209977SIGRAY, INC.Jan 28, 2025
- US 12429437SIGRAY, INC.Sep 30, 2025
- US 12510677SIGRAY, INC.Dec 30, 2025
- US SIGRAY, INC.—
Matched by the first inventor’s name and the patent’s company.
Peer ranks
Federal funding#5
Awards as PI#3
Patents#124
Companies
- SIGRAY, INC.Linked by awards · Medtech
Research institutions
Federal awards through Oct 21, 2026 and patents through Oct 20, 2026. Awards come from NIH, NSF and other agency records that name a principal investigator; DoD and NASA contract awards do not, so they are not shown here. Researchers are matched by name and company.