Taylor658's picture
Update README.md
2b048c6 verified
|
raw
history blame
3.94 kB
metadata
datasets:
  - name: Anterior Cervical Discectomy Dataset (ACD)
  - description: >-
      A high-quality dataset for AI model development in Anterior Cervical
      Discectomy (ACD), featuring clinical, imaging, and surgical data to
      advance research in automated image analysis, surgical planning, and
      outcome prediction.
  - license: Apache 2.0
  - tags:
      - medical-imaging
      - spine-surgery
      - segmentation
      - surgical-planning
      - AI-healthcare
  - languages:
      - en

🦴 Anterior Cervical Discectomy Dataset (ACD) 🦴

🎯 Overview

The Anterior Cervical Discectomy (ACD) Dataset is designed for research in AI applications for spine surgery. With a comprehensive collection of real-world and simulated clinical data, this dataset supports tasks such as automated segmentation, disease detection, surgical planning, and outcome prediction.


πŸ“Š Dataset Summary

Feature Details
πŸ₯ Clinical Data 1200 patient records with demographic, medical, and surgical history.
🧠 Imaging Data High-resolution CT and MRI scans across pre-operative, intra-operative, and post-operative stages.
🎯 Annotations Paths to synthetic segmentations for spinal structures and annotations by expert spine surgeons.
βš™οΈ Surgical Data Surgical approach, implant type, disc herniation level, and follow-up notes.
πŸ“‚ File Formats Metadata in CSV and imaging data in simulated NIfTI paths.

πŸ’‘ Features

1. Clinical Data

  • Patient demographics: Age, sex, weight, height.
  • Medical history: Comorbidities, previous surgeries.
  • Surgical details: Approach, level of disc herniation, implant type.

2. Imaging Data

  • Modalities: CT and MRI.
  • Imaging protocols: T1-weighted, T2-weighted, and T2-FLAIR.
  • Scan stages: Pre-operative, intra-operative, post-operative.
  • Scanner metadata: Manufacturer and model.

3. Surgical and Post-Operative Data

  • Disc degeneration grade, spinal stenosis, and herniation presence.
  • Surgical outcome classification: Successful or with complications.
  • Follow-up notes summarizing patient recovery or issues.

πŸ” Usage

This dataset is suitable for:

  • Automated Segmentation: Efficient segmentation of vertebrae, discs, and spinal structures.
  • Disease Classification: Detection of disc herniation, spinal stenosis, and degeneration.
  • Outcome Prediction: Prediction of post-operative success and complications.

πŸ› οΈ File Organization

  • Main CSV: Contains metadata for all patient cases.
  • Synthetic Images: Simulated paths for pre-operative, intra-operative, and post-operative scans.
  • Annotations: Placeholder paths for potential spinal structure segmentations.

🎨 Visual Example

Below is an example row from the dataset:

Feature Example Value
Patient_ID P0001
Age 45
Imaging Modality MRI
Disc Degeneration Grade Moderate
Spinal Stenosis Yes
Surgical Outcome Successful
Pre_Op_Image_Path /simulated/path/P0001_pre_op_image.nii

πŸ“œ Citation

If you use this dataset, please cite it as follows:


πŸ’¬ Contact

For inquiries, contact the dataset maintainer:
πŸ“§ A Taylor


πŸ”’ Licensing

This dataset is licensed under Apache 2.0