Science Set Journal of Radiology

Aim & Scope

Science Set Journal of Radiology is devoted to advancing the diagnosis of medical conditions centered on advanced quantitative imaging technologies. The process of using radiology to make images is called radiography. Radiotherapy is the use of ionizing radiation; usually, high energy X-rays to treat disease. Its aim is to inform efficient, appropriate and evidence-based imaging practice to the benefit of patients worldwide. Radiology and Diagnostic Imaging are to improve diagnostic, therapeutic and preventive modalities and the skills of clinicians and to guide clinical practice in radiology.

Aim:

The Science Set Journal of Radiology aims to:

1. Advance Knowledge:
   • Serve as a premier platform for the dissemination of significant research findings, clinical studies, and innovations in the field of radiology.
   • Foster the exchange of cutting-edge ideas, methodologies, and scientific discoveries among radiologists, medical imaging professionals, researchers, and educators.
2. Promote Clinical Excellence:
   • Facilitate the development and application of evidence-based practices, diagnostic techniques, and therapeutic interventions in radiology.
   • Highlight breakthrough research and clinical trials that improve diagnostic accuracy, treatment outcomes, and patient care in medical imaging.
3. Facilitate Practical Applications:
   • Support research that translates basic science and clinical insights into practical applications for the prevention, diagnosis, and treatment of diseases using radiological techniques.
   • Publish original research articles, reviews, and case reports that demonstrate the practical relevance and impact of radiology in clinical practice.
4. Enhance Global Perspectives:
   • Promote research that addresses diverse aspects of radiology, including epidemiology, pathophysiology, and treatment outcomes across different populations and geographical regions.
   • Encourage collaborations and partnerships that contribute to global initiatives in radiology and medical imaging.
5. Cultivate Scholarly Growth:
   • Provide a platform for early-career researchers, clinicians, and scientists to showcase their research and contribute to advancing knowledge in radiology.
   • Offer insights into emerging trends, technologies, and future directions in radiological research, education, and clinical practice.

Scope:

The Science Set Journal of Radiology covers a wide range of topics within radiology, including but not limited to:

1. Diagnostic Radiology:
   • Innovations in image acquisition, processing, and interpretation.
   • Diagnostic accuracy, sensitivity, and specificity of various imaging modalities.
2. Interventional Radiology:
   • Techniques and outcomes of minimally invasive, image-guided procedures.
   • Advances in catheter-based interventions, embolization, ablation, and biopsy.
   • Patient safety, procedural complications, and clinical efficacy of interventional radiology treatments.
3. Oncologic Imaging:
   • Imaging techniques for the detection, staging, and monitoring of cancer.
   • Role of radiology in radiation therapy planning and response assessment.
   • Development and evaluation of novel imaging biomarkers for cancer.
4. Cardiovascular Imaging:
   • Techniques for imaging the heart and vascular system, including echocardiography, cardiac MRI, and CT angiography.
   • Role of radiology in interventional cardiology and vascular surgery.
5. Pediatric Radiology:
   • Imaging techniques and protocols tailored for pediatric patients.
   • Radiation safety and dose reduction strategies in pediatric imaging.
6. Neuroradiology:
   • Advances in functional MRI, diffusion tensor imaging, and neurovascular imaging.
   • Role of radiology in the diagnosis and treatment of neurological disorders.
7. Musculoskeletal Radiology:
   • Imaging techniques for the assessment of bones, joints, and soft tissues.
   • Advances in sports medicine imaging and orthopedic radiology.
8. Radiology Informatics:
   • Development and application of information technology in radiology.
   • Innovations in picture archiving and communication systems (PACS), radiology information systems (RIS), and artificial intelligence (AI) in imaging.
   • Impact of informatics on workflow efficiency, data management, and diagnostic accuracy.
9. Radiation Physics and Safety:
   • Principles of radiation physics and dosimetry.
   • Advances in radioprotection and quality assurance in radiology.