Simon Mahler

This paper introduces an automated LSCI platform for non-invasive, longitudinal imaging of chick embryo heart and vasculature, revealing breed and shell type variability in early development.

This paper demonstrates the use of SCOS to monitor cerebral hemodynamics in rats during intracerebral injection, showing significant CBV changes and recovery dynamics.

This study uses LSCI and DNN models to attempt early sex identification of chick embryos but finds insufficient accuracy for practical use.

This paper uses laser speckle imaging to monitor chick embryo heart rate and blood flow in response to nifedipine and amlodipine, showing drug-specific effects on cardiovascular parameters.

The paper demonstrates non-invasive laser speckle imaging for visualizing blood vessels in avian eggs and monitoring embryonic development with machine learning.