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nahidhasan/radgenome-ct-reshaped-tiny

RadGenome ChestCT Reshaped Tiny Dataset This dataset contains resized chest CT scans from the RadGenome-ChestCT dataset. Dataset Details Original Resolution: 900x900xN Resized Resolution: 300x300xN Format: NIfTI (.nii.gz) Number of Volumes: 253 Space Reduction: ~89% (resized to 1/9th of original spatial dimensions) Dataset Structure Each entry contains: volumename: Name of the CT volume file (string) anatomy: Anatomical region information… See the full description on the dataset page: https://huggingface.co/datasets/nahidhasan/radgenome-ct-reshaped-tiny.

sourceHugging Facemitupdated 11mo agoView on Hugging Face
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RadGenome ChestCT Reshaped Tiny Dataset

This dataset contains resized chest CT scans from the RadGenome-ChestCT dataset.

Dataset Details

  • Original Resolution: 900x900xN
  • Resized Resolution: 300x300xN
  • Format: NIfTI (.nii.gz)
  • Number of Volumes: 253
  • Space Reduction: ~89% (resized to 1/9th of original spatial dimensions)

Dataset Structure

Each entry contains:

  • volumename: Name of the CT volume file (string)
  • anatomy: Anatomical region information (string)
  • sentence: Associated radiology report sentence (string)
  • volume_path: Relative path to the .nii.gz file (string)

Columns

ColumnTypeDescription
volumenamestringCT volume filename
anatomystringAnatomical region
sentencestringRadiology report text
volume_pathstringPath to .nii.gz file

Usage

python
from datasets import load_dataset
import nibabel as nib

# Load the dataset
ds = load_dataset("nahidhasan/radgenome-ct-reshaped-tiny")

# Access dataset information
print(f"Number of samples: {len(ds['train'])}")

# Access a single entry
sample = ds['train'][0]
print(f"Volumename: {sample['volumename']}")
print(f"Anatomy: {sample['anatomy']}")
print(f"Sentence: {sample['sentence']}")
print(f"Volume path: {sample['volume_path']}")

# Download and load the NIfTI file
# nii = nib.load(sample['volume_path'])
# data = nii.get_fdata()
# print(f"Volume shape: {data.shape}")

Source

This is a resized subset of the RadGenome-ChestCT dataset.

Processing

CT volumes were resized from 900x900xN to 300x300xN using trilinear interpolation while preserving the slice dimension.