Radiomics-Based Decision Support Tool Assists Radiologists in Small Lung Nodule Classification and Improves Lung Cancer Early Diagnosis  - Dataset

Name: Radiomics-Based Decision Support Tool Assists Radiologists in Small Lung Nodule Classification and Improves Lung Cancer Early Diagnosis - Dataset
Creator: Benjamin Hunter
Published: 2023-09-22T07:19:23.595Z
Keywords: Oncology, Respiratory Medicine, Machine Learning, Lung, Radiomics

Hunter, Benjamin; Argyros, Christos; Inglese, Marianna; Linton-Reid, Kristofer; Nicholson, Andrew; Kemp, Samuel; Shah, Pallav; Molyneaux, Philip; Burn, Toby; Guilhem, Emily; Mestas Nuñez, Marcos; Hine, Julia; Choraria, Anika; Ratnakumar, Prashanthi; Bloch, Susannah; Jordan, Simon; Padley, Simon; Ridge, Carole; Robinson, Graham; Robbie, Hasti; Barnett, Joseph; Silva, Mario; Desai, Sujal; Lee, Richard; Aboagye, Eric; Devaraj, Anand

doi:10.17632/rxn95mp24d.1

Radiomics-Based Decision Support Tool Assists Radiologists in Small Lung Nodule Classification and Improves Lung Cancer Early Diagnosis - Dataset

Published: 22 September 2023| Version 1 | DOI: 10.17632/rxn95mp24d.1

Contributors:

,

Description

This dataset accompanies the manuscript entitled 'Radiomics-Based Decision Support Tool Assists Radiologists in Small Lung Nodule Classification and Improves Lung Cancer Early Diagnosis'. This anonymised data can be used to replicate the steps to generate the small nodule radiomics predictive vector.

Radiomics-Based Decision Support Tool Assists Radiologists in Small Lung Nodule Classification and Improves Lung Cancer Early Diagnosis - Dataset

Description

Files

Steps to reproduce

Institutions

Categories

Licence