Tuberculosis Chest X-rays Images

Tuberculosis Chest X-rays Images

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Tuberculosis Chest X-rays Images

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Tuberculosis Chest X-rays Images

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Tuberculosis Chest X-rays Images

Description

Explore the Chest X-Ray Dataset with 3,008 high-resolution images for AI and medical imaging research. Perfect for tuberculosis detection and developing advanced diagnostic models for healthcare innovation

Tuberculosis Chest X-rays Images

Description:

The Chest X-Ray Dataset includes 3,008 high-resolution images categorized into Tuberculosis (TB) Patients (2,494 images) and Normal Patients (514 images). Ideal for AI research in TB detection, medical imaging analysis, and healthcare innovation, this dataset supports the development of robust diagnostic models.

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The Chest X-Ray Dataset comprises a total of 3,008 high-resolution images, categorized into two distinct groups for tuberculosis (TB) detection. This dataset is a valuable resource for researchers and developers working on medical imaging, computer vision, and AI-driven healthcare solutions.

Dataset Details

  1. Tuberculosis (TB) Patients:

    • Number of Images: 2,494
    • Description: This category contains chest X-ray images from patients diagnosed with tuberculosis, showcasing various abnormalities commonly associated with the disease.
  2. Normal Patients:

    • Number of Images: 514
    • Description: This category includes chest X-ray images of individuals with no diagnosed abnormalities, serving as a control group for training and testing purposes.

Applications

  • AI-Powered TB Detection: Train machine learning and deep learning models to accurately identify tuberculosis from chest X-rays.
  • Medical Imaging Research: Study patterns and abnormalities in X-ray images to improve diagnostic methods.
  • Healthcare Innovation: Develop tools for early detection of TB in clinical settings, improving treatment outcomes.
  • Educational Use: Train radiologists and healthcare professionals in identifying TB-related abnormalities.

Key Features

  • High-Quality Data: All images are high-resolution, ensuring precise analysis and robust model training.
  • Balanced Categories: Distinct grouping of TB-positive and normal cases for effective machine learning tasks.
  • Ready for AI Integration: Optimized for use in deep learning frameworks and medical imaging pipelines.

Use Cases

  • Disease Detection Models: Develop and evaluate AI models for tuberculosis detection.
  • Medical Training Simulations: Create training tools for radiologists and medical students.
  • Healthcare Automation: Implement AI in clinical workflows for faster and more accurate TB diagnosis.

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