A simulation CT based radiomics model for detecting metastatic spinal bone lesions

Image credit: Hossein Naseri

Abstract

Bone is one of the most common sites for cancer to metastasize to. Early diagnosis and treatment of bone metastases (BM) can help improve the quality of life of cancer patients and treatment outcomes. Radiotherapy treatment planning for BM is often based on a patient’s simulation CT scans alone without using diagnostic CT or PET images. However, accurate detection of metastases is difficult when using a simulation CT alone. The objective of this study is to investigate the feasibility of building a simulation CT based radiomics model to identify spinal BM.

Publication
Practical Big Data Workshop of the American Association of Medical Physicists 2021
Hossein Naseri
Hossein Naseri
PhD Student
Julia Khriguian
Julia Khriguian
Advanced Radiation Oncology fellow at the MD Anderson Cancer Center
Haley M. Patrick
Haley M. Patrick
PhD Student
Aixa X. Andrade Hernandez
Aixa X. Andrade Hernandez
Research Assistant
John Kildea
John Kildea
Associate Professor (tenured) of Medical Physics