A multipurpose tool for medical physics.
ExploreASL: releases can be found in the main branch or within the releases tab. If you want to contribute, please contact us at h.j.mutsaerts@amsterdamumc.nl. Development details can be found under the wiki tab. Code documentation can be found on the documentation website https://exploreasl.github.io/Documentation
💡 Open python perfusion tool for CTP and MRP ||| MRI DSC CT toolbox toolkit |||
Python package for perfusion MRI analysis
OCT-A ANALYSIS is an ImageJ macro that automates operations to analyze OCT-A angiograms. It is especially useful for case series studies. ➔Accelerate data collection ➔Improve the reproducibility of results
The Cancer Radiomic and Perfusion Imaging (CARPI) automated framework is a Python-based software for radiomic and perfusion feature extraction developed by the ABASTI laboratory at MD Anderson Cancer Center.
Computational modeling of convection enhanced delivery in heterogeneous vasculature of human brain tumors to maximize drug efficacy and select best combination of drugs for specific patient using CFD simulation in OpenFOAM
Open Source Perfusion Analysis Plugin for OsiriX and Horos
A tool to evaluate DCE- and T1-Analysis software using artificially created datasets
3DIVIMNET is a spatially-aware version of the IVIMNET model used for IVIM quantification. We test it on synthetic 3D images with known ground truth parameter maps.
DCE-MRI perfusion mapping utility: semi-quantitative pharmacokinetic maps (Tmax, wash-in, wash-out, upslope index, max % enhancement) from dynamic contrast-enhanced NIfTI series. Python CLI + FastAPI backend + Electron/React GUI.
Clinical decision-support tool for cardiopulmonary bypass: priming volume, blood flow, FiO2 selection, cannula sizing, and hematocrit prediction. Built with Streamlit.
Lung subtraction CTPA perfusion mapper: registers a non-contrast chest CT to a contrast-enhanced CTPA, subtracts them, and produces an iodine/perfusion map. Python package + batch CLI + FastAPI backend + Electron/React desktop GUI with an embedded NIfTI viewer.
Open syringe-pump math, firmware, and a plunger carriage for in-vitro perfusion. The fluid path stays in the sterile syringe.
34-second anatomy plate of a veno-arterial ECMO circuit: mag-lev pump and PMP oxygenator. Schematic, not a clinical manual.
Web app for cardiac perfusion teams: perfusion calculators, per-patient procedure logs and disposables inventory. React, TypeScript and Firebase.
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