Vessel Reconstruction and Analysis: Quantifying Vascular Networks in 3D
Understanding microvascular structure is essential for studying blood flow, oxygen delivery, and disease pathology in the brain, retina, and peripheral tissues. Vessel reconstruction enables researchers to visualize and quantify complex vascular networks in 3D, which is critical for investigating conditions such as stroke, neurodegeneration, and tumor angiogenesis.
As interest in neurovascular dynamics grows, accurate vessel tracing and morphometric analysis have become vital for exploring how structural changes in vasculature contribute to neurological disorders. However, the dense and intricate nature of microvascular networks presents significant challenges for manual analysis.
MBF Bioscience Vessel Analysis Solutions
Our advanced vessel reconstruction software transforms dense imaging datasets into accurate 3D models, enabling precise quantification of vessel length, diameter, branching, and volume. Designed to handle high-resolution images from confocal, multiphoton, and light sheet microscopy, our systems streamline workflows with intuitive tools and robust algorithms, with no programming expertise required.
The analytical software companion for Vesselucida 360 designed to perform extensive morphometric analysis.
Every research question is unique. Our team of scientists is ready to help you determine the optimal combination of tools for your specific needs. Want to see how vessel reconstruction and analysis could advance your work? Get in touch to find the right solution for your research.
