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Track 10 Oncology Imaging

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Scientific Sessions

Track 1: Neuro Radiology
Track 2: Pediatric Radiology
Track 3 Musculoskeletal Radiology
Track 4 Breast Imaging and Mammography
Track 5: Abdominal and Pelvic Imaging
Track 6: Chest and Thoracic Imaging
Track 7: Cardiovascular Imaging
Track 8: Head and Neck Radiology
Track 9: Nuclear Medicine and Molecular Imaging
Track 10 Oncology Imaging
Track 11:Ultrasound Imaging
Track 12: MRI and Advanced Magnetic Resonance Techniques
Track 13: CT Imaging and Innovations
Track 14: Ultrasound Imaging
Track 15: MRI and Advanced Magnetic Resonance Techniques
Track 16: CT Imaging and Innovations
Track 17: PET-CT and Hybrid Imaging
Track 18: Radiation Oncology
Track 19: Radiography and Imaging Technology
Track 20: Women’s Imaging and Gynecologic Radiology
Track 21: Artificial Intelligence in Radiology
Track 22:Machine Learning and Deep Learning in Medical Imaging
Track 23:Radiomics and Image-Guided Diagnosis
Track 24: Teleradiology and Remote Imaging Solutions
Track 25: Radiology Informatics and PACS
Track 26: 3D and 4D Imaging Technologies
Track 27:Radiology Education and Training
Track 28:Clinical Case Studies in Radiology
Track 29: Radiology Quality and Safety
Track 30: Contrast Agents and Imaging Biomarkers

Track 10 Oncology Imaging

Sub-Tracks:

Oncologic CT • Oncologic MRI • PET-CT • PET-MRI • Molecular Imaging • Interventional Oncology Imaging • Ultrasound in Oncology • Image-Guided Biopsy

Overview of Oncology Imaging

Oncology Imaging focuses on visualizing tumors and cancer-related changes within the body to diagnose, stage, and monitor malignancies. It enables clinicians to assess tumor size, location, spread (metastasis), tissue characteristics, and response to therapy with high precision. Through early detection and accurate evaluation, it supports effective treatment planning, improves survival outcomes, and reduces complications associated with cancer progression.

Historical and Technological Progress

The field has advanced significantly over recent decades:

  • CT imaging enabled detailed cross-sectional visualization of tumors and metastases.
  • MRI provided superior soft tissue contrast for precise tumor characterization.
  • PET imaging introduced metabolic and functional assessment of cancer activity.
  • Hybrid imaging (PET-CT, PET-MRI) combined anatomical and functional data for more accurate staging and treatment monitoring.

Current developments include AI-assisted tumor detection, radiomics, and personalized imaging biomarkers, which enhance diagnostic accuracy, predict treatment response, and support precision oncology.

Clinical Applications in Oncology Care

Oncology Imaging plays a vital role in:

  • Early detection and screening of cancers (e.g., lung, breast, colorectal).
  • Accurate tumor staging and assessment of metastasis.
  • Guiding biopsies and minimally invasive procedures.
  • Monitoring treatment response (chemotherapy, radiotherapy, immunotherapy).
  • Detecting recurrence during follow-up.
  • Planning and guiding radiation therapy and surgical interventions.

Health Promotion in Oncology Care

  • Promoting cancer screening programs and early detection initiatives.
  • Encouraging tobacco cessation to reduce cancer risk.
  • Supporting healthy diet and lifestyle to lower cancer incidence.
  • Raising awareness about early warning signs of cancer.
  • Improving access to diagnostic imaging and cancer care services.
  • Advocating equitable healthcare delivery for timely cancer diagnosis and treatment.