Research Focus
Intravascular Spectroscopic OCT
Developing computational methods for chemical characterization of coronary plaques for the future of intravascular OCT.
Spectroscopic Photoacoustic Imaging
Developing novel spectroscopic Photoacoustic Imaging computational approaches enabling high contrast, label-free imaging and discrimination of endogeneous chromophores.
Key Presentations & Projects
Quantitative spectroscopic optical coherence tomography for compositional characterization of coronary plaques
Isaac Gallegos et al. | Northeastern Symposium of Biomedical Optics (NESBO) at MIT
Developed a quantitative spectroscopic OCT framework that mitigates the effects of coherent noise in the chemical characterization of ex vivo tissue-mimiking phantoms.
Multi-Spectral NIR-II Photoacoustic Microscopy Utilizing Compact Custom All-Fiber Amplifier
Isaac Gallegos et al. | Celebration of Science (COS) at Massachusetts General Hospital (MGH)
Developed quantitative algorithmic approaches for robust discrimination of lipids and collagen in tissues imaged by custom-built multi-spectral fiber amplifier.
View PresentationPassions & Outreach
Entrepreneurship
I engage with entrepreneurship groups and attend seminars to be a part of communities passionate about changing the world with novel, meaningful products!
Photography
In my free time, I enjoy wildlife and astrophotography. Photography allows us to capture moments in time!