CardioScans: Heart CT & MRI Data
CardioScans: Heart CT & MRI Data
Datasets
CardioScans: Heart CT & MRI Data
File
CardioScans: Heart CT & MRI Data
Use Case
CardioScans: Heart CT & MRI Data
Description
Explore the CardioScans Dataset – a comprehensive collection of 39,200 high-quality CT and MRI heart scans (21.29 GB). Perfect for cardiac imaging research, deep learning, 3D reconstruction, and medical education. Fully anonymized and research-ready.
Description:
The CardioScans Dataset is a meticulously curated collection of high-quality cardiac imaging data designed to fuel advancements in medical research, deep learning, and 3D reconstruction. This dataset includes 39,200 DICOM files (total size: 21.29 GB) featuring detailed CT and MRI scans of the heart, sourced from anonymized patients.
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Dataset Overview
- Total Size: 21.29 GB
- Files: 39,200 DICOM (.dcm) files
- Imaging Types: CT and MRI scans focused on cardiac imaging
Patient Metadata
The dataset includes anonymized patient information for robust analysis:
- Gender
- Age
- Anonymized Birth Dates
Anonymization Standards
To comply with GDPR and HIPAA regulations, all personally identifiable information (PII) has been removed. Patients are labeled using anonymized identifiers to ensure ethical data handling.
Key Features of the CardioScans Dataset
1. Exceptional Data Quality
- High-resolution cardiac imaging tailored for advanced research.
- Multiple imaging series per patient, showcasing diverse perspectives and protocols.
2. Research-Ready Diversity
- Rich in imaging frames, enabling applications such as:
- Deep Learning: Train models for segmentation, disease detection, and anomaly classification.
- 3D Reconstruction: Build volumetric models for detailed cardiac structure analysis.
- Exploratory Studies: Gain insights into cardiac anatomy and pathology.
Applications of the CardioScans Dataset
- Cardiac Imaging Research: Deepen your understanding of heart anatomy and pathology with detailed CT and MRI scans.
- Deep Learning Development: Build, train, and test AI models for segmentation, classification, and disease identification.
- 3D Modeling & Reconstruction: Develop accurate volumetric representations of the heart for clinical or research use.
- Algorithm Innovation: Advance tools for image registration, noise reduction, and feature extraction.
- Medical Education: Provide students and professionals with an invaluable resource for mastering cardiac imaging techniques.
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Quality Data Creation
Guaranteed TAT
ISO 9001:2015, ISO/IEC 27001:2013 Certified
HIPAA Compliance
GDPR Compliance
Compliance and Security
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