| OHSU # 3193 |
Artificial Intelligence-Assisted Projection-Resolved Optical Coherence Tomographic Angiography (aiPR-OCTA) |
Yali Jia, Jie Wang |
| OHSU # 3142 |
Improved removal of projection artifacts in optical coherence tomographic angiography |
Yali Jia, Jie Wang |
| OHSU # 3133 |
An OCT method to improve scleral lens fitting |
David Huang, Yan Li, Clara Llorens Quintana |
| OHSU # 3124 |
Imaging biomarker activation maps for deep learning-aided classifiers |
Yali Jia, Pengxiao Zang |
| OHSU # 3105 |
Fully-automated diabetic retinopathy (DR) screening based on OCT and its angiography |
Yali Jia, Pengxiao Zang |
| OHSU # 2985 |
Label-free fluorescent sensing of protease activity |
Justin Plaut, Srivathsan Ranganathan, Adem Yildirim, Bruce Branchaud, Sean Speese, Corey Dambacher, Sarah Barnhill, Emma Olson |
| OHSU # 2956 |
Cell-permeant and water-soluble rhodamine dyes for quantitative imaging applications |
Summer Dowell (Gibbs), Lei Wang, Antonio Montano |
| OHSU # 2917 |
Sensorless adaptive optics (AO) control method for OCT/OCT-angiography retinal imaging |
Yifan Jian, Acner Camino Benech |
| OHSU # 2837 |
Self-tracking real-time high-resolution wide-field OCT angiography (OCTA) |
Yali Jia, Xiang Wei |
| OHSU # 2714 |
Systems and methods for retinal capillary oximetry |
Yali Jia, Shaohua Pi |
| OHSU # 2685 |
Novel device for ultrasound-assisted IV placement |
Matthew (Matt) Hansen |
| OHSU # 2630 |
Software for deep learning-based inference of biomarker distribution in cancer samples |
Young Hwan Chang, Erik Burlingame, Geoffrey Schau, Elliot Gray |
| OHSU # 2062 |
Quantification of vascular abnormality with OCT angiography |
Yali Jia, David Huang |
| OHSU # 1791 |
Tomographic bright field imaging (TBFI) |
Owen McCarty, Kevin Phillips, Steven Jacques |
| OHSU # 1757 |
Forward scanning vitrectomy OCT microprobe |
David Huang, Yimin Wang, James Fujimoto, Chen Lu, David Wilson, John Stout |
| OHSU # 1444 |
Algorithm For Automated Detection of Melanoma |
Daniel Gareau, Ricky Hennessy, Steven Jacques |