1. Supplemental Data: Collagen Fiber Orientation and Dispersion in the Upper Cervix of Non-Pregnant and Pregnant Women Yao, Frank; Gan, Yu; Myers, Kristin M.; Vink, Joy-Sarah Yumiko; Wapner, Ronald J.; Hendon, Christine P. 2016 Data (Information) Pregnancy--Physiological aspectsCervix uteriObstetricsGynecology
2. OCT Volume Stitching & Blending Toolbox Gan, Yu; McLean, James Patrick; Hendon, Christine P. 2015 Software Image processing--Computer programsOptical coherence tomographyMATLABElectrical engineering
3. L+S (FC-RPCA) Foreground-Background OCT Segmentation McLean, James Patrick; Hendon, Christine P. 2017 Software Image processing--Computer programsOptical coherence tomographyPrincipal components analysisImage segmentation
4. Data for: Robust, High-Density Lesion Mapping in the Left Atrium with Near-Infrared Spectroscopy Yang, Haiqiu; Majumder, Jonah A.; Huang, Ziyi; Saluja, Deepak; Laurita, Kenneth; Rollins, Andrew; Hendon, Christine P. 2024 Data (Information) Near infrared spectroscopyCatheter ablationPhotonicsElectrophysiologyOpticsCardiology
5. Collagen Fiber Orientation and Dispersion in the Upper Cervix of Non-Pregnant and Pregnant Women Yao, Frank; Gan, Yu; Myers, Kristin M.; Vink, Joy-Sarah Yumiko; Wapner, Ronald J.; Hendon, Christine P. 2016 Articles Cervix uteriPregnancy--Physiological aspectsCollagenMechanical engineeringObstetricsGynecology
6. Cardiac tissue characterization using near-infrared spectroscopy Singh-Moon, Rajinder; Hendon, Christine P. 2014 Articles BiologyMedicine
7. Anisotropic material properties of the human uterus Fang, Shuyang; McLean, James Patrick; Vink, Joy-Sarah Yumiko; Hendon, Christine P.; Myers, Kristin M. 2019 Conference Objects and Reports BiomechanicsUterusTissues--Mechanical propertiesHuman physiology
8. 3-D Fiber Orientation Mapping for OCT (MATLAB) version 2 McLean, James Patrick; Hendon, Christine P. 2021 Software UterusMATLABThree-dimensional modeling
9. 3-D Fiber Orientation Mapping Code for OCT version 1 McLean, James Patrick; Hendon, Christine P. 2020 Software UterusMATLABThree-dimensional modeling