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prostatesegmentation's Introduction

Prostate segmentation in Micro-Ultrasound images using deep neural networks

Introduction

Prostate Cancer:

  • The most common solid malignancy among American men.
  • 2022 estimated new cases: 268,490

Cancer identification tools:

  1. Conventional Ultrasound
  2. Magnetic Resonance Imaging (MRI)
  3. Micro-Ultrasound

Micro-Ultrasound:

  1. High resolution (29MHz)
  2. Sensitive to significant prostate cancer
  3. Real-time scan during in-bore biopsy

Problems:

  1. Manual prostate segmentation:
  2. Time-consuming
  3. Subject to surgeons’ experience level
  4. A wide range of shapes and sizes
  5. Ambiguity of prostate boundaries

Objective:

Perform automated prostate capsule segmentation using the U-Net deep neural network framework

Method

Dataset preprocessing

Check DataPreprocessing.ipynb file

  1. Generate masks and images from DICOM modality images based on the primary key SOP Instance UID.
  2. Images were exported from the metadata in the Dicom files. Or we could export images from the Weasis software.
  3. Masks were graphic annotations which were consist of an array of x, y coordinates. OpenCV was used to draw the Convex polyline and set up the black and white colors.
  4. Rename files using UID. The (0008, 0018) SOP Instance UID in the metadata likes this.
  5. Save png files to the folders
  6. Two dictionaries based on the SOP Instance UID. One is the image dictionary (X), and another is the mask dictionary (Y). These are the preprocessing of the images and annotations for the model training. X is the feature, and Y is the target value in the training and prediction.

Acknowledgement

Prostate Cancer Foundation

prostatesegmentation's People

Contributors

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Watchers

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prostatesegmentation's Issues

How can I get the datasets?

Thanks for your excellent work on prostate segmentation, I am interested in your work and would like to implement it, could you please do me a favour for giving me access to the dataset.

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