@spie.orgCan machine learning help count circulating cells more accurately?
A new study in #BiophotonicsDiscovery explores an ML-based approach for enumerating cells detected with diffuse optical methods, aiming to improve cell monitoring in #biophotonics applications: https://bit.ly/3TgocD4 đź’ˇ
@spie.orgCan cells in the same blood sample be distinguished without labels?
A recent study uses #autofluorescence lifetime imaging to reveal differences among peripheral blood mononuclear cells, uncovering cellular heterogeneity through natural light signals: https://bit.ly/3TcQYED #BiophotonicsDiscovery đź’ˇ
@spie.orgA single optical fiber 🤝 two powerful views of tissue
New research combines Raman spectroscopy + OCT w/ deep learning to co-register chemical and structural information, aiming for richer, more accurate biomedical imaging.
Learn more! Open access in #BiophotonicsDiscovery: https://bit.ly/4roMU0o đź’ˇ
@spie.orgđź’ˇ Can light reveal tissue changes without a biopsy?
This study explores Raman spectroscopy as a nondestructive way to detect vaginal tissue alterations, highlighting the potential of optical tools for faster, less invasive tissue assessment.