Calcium signaling is a key mechanism in plant physiology, where dynamic changes in intracellular calcium levels generate complex spatio-temporal patterns known as calcium signatures. This thesis aim to implement an automated pipeline written in MATLab for processing fluorescece images of plant roots and extrancting quantitative descriptor of calcium dynamic. These features are then analyzed using unsupervised approaches to explore the presence of intrinsic patterns within the data.
Calcium signaling is a key mechanism in plant physiology, where dynamic changes in intracellular calcium levels generate complex spatio-temporal patterns known as calcium signatures. This thesis aim to implement an automated pipeline written in MATLab for processing fluorescece images of plant roots and extrancting quantitative descriptor of calcium dynamic. These features are then analyzed using unsupervised approaches to explore the presence of intrinsic patterns within the data.
Automated Image Processing and Signal Extraction from Fluorescence Imaging for the Analysis of Calcium Dynamics in Plant Roots
FEDERICI, MATTEO
2025/2026
Abstract
Calcium signaling is a key mechanism in plant physiology, where dynamic changes in intracellular calcium levels generate complex spatio-temporal patterns known as calcium signatures. This thesis aim to implement an automated pipeline written in MATLab for processing fluorescece images of plant roots and extrancting quantitative descriptor of calcium dynamic. These features are then analyzed using unsupervised approaches to explore the presence of intrinsic patterns within the data.| File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/109292