Journal Articles
Vincely, V. D., Zhong, X., Huda, K., Katakam, S. P., Kays, J. C., Dennis, A. M., and Bayer, C.L. “Bornite (Cu5FeS4) nanocrystals as an ultrasmall biocompatible NIR-II contrast agent for photoacoustic imaging”. Photoacoustics (2024).
[DOI]Manoharan, M. M., Montes, G. C., Acquarone, M., Swan, K. F., Pridjian, G., Alencar, A.K.N., Bayer, C. L. “Metabolic theory of preeclampsia: implications for maternal cardiovascular health”. AJP Heart and circulatory physiology, 327 (2024).
[DOI]Vincely, V. D. and Bayer, C.L. “Improved Spectral Inversion of Blood Oxygenation due to Reduced Tissue Scattering: Towards NIR-II Photoacoustic Imaging”. BioXRiv [Preprint] (2024).
[DOI]Conferences
Markel, A.C., Hoerig, C.L., Swan, K.F., Alencar, A.K.N., Mamou, J., Bayer, C.L., “In-Vivo Quantitative Ultrasound Imaging of the Placental Microstructure in a Rat Model of Preeclampsia” Ultrasonics, Ferroelectrics, and Frequency Control Joint Symposium. (23 September 2024)
Markel, A.C., Hoerig, C.L., Swan, K.F., Alencar, A.K.N., Pridjian, G. Mamou, J., Bayer, C.L., “In Vivo Quantitative Ultrasound Imaging of the Preeclamptic Placenta” International Ultrasound Symposium. (05 September 2023)
Shi, L., Alencar, A.K.N., Swan, K.F., Lawrence, D.J., Pridjian, G.C., and Bayer C.L., “Bicompartmental Model of Molecular Contrast-Enhanced Ultrasound Imaging Detects Placental Molecular Expression Changes During Preeclampsia” World Molecular Imaging Congress. (10 September 2024) [Poster]
García Zorba C.I., Raman A., Vincely V.D., and Bayer C.L., “Synthesis of Phase-Changing Perfluorocarbon Nanodroplets to Treat Preeclampsia” Tulane Research, Innovation and Creativity Summit. (24 April 2024) [Poster]
Shi, L., Lawrence, D.J., Alencar, A.K.N., Swan, K.F., Bayer, C.L., “Molecular Contrast-Enhanced Ultrasound Imaging (CEUS) using a Quantitative Bicompartmental Model to detect Placental Molecular Expression Changes during Preeclampsia” Tulane Research, Innovation and Creativity Summit. (24 April 2024) [Poster]
Vincely, V.D., and Bayer C.L., “Demonstration of deeper photoacoustic imaging of in vivo rat vasculature using near infrared-2 wavelengths of light” Tulane Research, Innovation and Creativity Summit. (24 April 2024) [Poster]
