TiQuant

TiQuant quantifies and reconstructs three-dimensional biological tissue structures from volumetric biomedical imaging data for quantitative analysis and tissue modeling in systems biology.

Key Features:

• Modular architecture: A modular design enables selection and customization of image and volume processing chains.
• Volume data processing: Processes volumetric data derived from various biomedical imaging modalities for tissue analysis.
• Experimentally verified chains: Employs experimentally verified image and volume processing chains tailored to distinct tissue structures.
• Three-dimensional surface reconstruction: Reconstructs three-dimensional surfaces of biological systems from volume data.
• Versatility across tissue types: Supports analysis of different tissue types with processing chains adapted to specific structural requirements.

Scientific Applications:

• Tissue modeling (systems biology): Provides reconstructed spatial and structural data for tissue modeling in systems biology.
• Tissue engineering: Supplies quantitative and structural measurements relevant to tissue engineering studies.
• Developmental biology: Enables analysis of tissue structure and organization in developmental biology research.
• Medical diagnostics: Supports quantitative assessment of tissue structure for diagnostic investigations.

Methodology:

Uses modular, experimentally verified image and volume processing chains to perform three-dimensional surface reconstruction and quantitative analysis of tissue volume data.