CellRemorph

CellRemorph converts and manipulates astrocyte morphologies in Blender to enable simulation and analysis of astrocyte structure and function.

Key Features:

• Transformation Capabilities: Converts polygonal surface meshes to adjustable surface point clouds and vice versa to provide alternative morphology representations for analysis and simulation.
• Selection Precision: Enables precise selection and extraction of nanoprocesses within astrocyte structures for targeted morphological analysis.
• Segmentation Functionality: Slices morphologies into segments with equal surface areas or equal volumes to create uniform sections for comparative studies.

Scientific Applications:

• Computational modeling of astrocyte morphology: Builds models that capture intricate morphological details of astrocytes from existing morphological data.
• Simulation of astrocyte function: Prepares morphology representations tailored to simulations probing astrocyte roles in health and disease.
• Comparative morphological analysis: Produces uniformly segmented models to facilitate comparative studies and detailed simulations.
• Targeted nanoprocess studies: Isolates nanoprocesses for region-specific structural and functional analyses.

Methodology:

Computational steps include conversion between polygonal surface meshes and adjustable surface point clouds, selection and extraction of nanoprocesses, and slicing morphologies into equal surface-area or equal-volume segments.