Pratik Virat

About

Mr. Pratik Virat is a motivated and research-oriented academic in the field of Radiography and Medical Imaging Technology. He has completed his undergraduate and postgraduate studies with specialized training in diagnostic radiography, ultrasonography, CT imaging, radiation physics, and radiation protection. His research interests include advanced medical imaging technologies, artificial intelligence in medical imaging, low-dose CT image reconstruction, and image quality optimization. He has actively participated in seminars, paper presentations, and literature reviews, enhancing his analytical and research skills. He is committed to academic excellence, professional growth, effective teaching, and fostering an inquiry-driven learning environment for students.

Experience

• 1+ Years

Qualification

• BRIT(ug), MRIT(PG)

Award & Recognition

• Lifetime Member, Indian Society of Radiographers and Technologists (ISRT).
• Registered with Uttar Pradesh State Medical Faculty (UPSMF).

Research

• Pratik V. Radiomics: the correlation between diagnostic medicine and medical imaging. ALARA Informative Page.
• Pratik V. Advantage of O-arm over C-arm. ALARA Informative Page.
• Pratik V. The utility of advanced imaging in forensic anthropology. ALARA Informative Page.
• Pratik V. Advantage of O-arm over C-arm. Radiographers Journal.
• Pratik V. Comparison between conventional and synthetic MRI in brain imaging. Radiographers Journal.
• Pratik V. Radiomics: the correlation between diagnostic medicine and medical imaging. Radiographers Journal – Informative Page.
• Pratik V. Functional ultrasound imaging: a new imaging modality for neuroscience. ALARA Informative Page.
• Pratik V. Digital health and telemedicine. In: Towards a Greener Future: Sustainable Practices in Clinical Medicine. IIP Series; 2024.
• Pratik V. Advanced trends in medical sciences. In: Advanced Trends in Medical Sciences. Vol 5. Bright Sky Publications; 2024.
• Pratik V. MRI safety. In: A Textbook for Medical Imaging Technology: Fundamentals of Radiology & Imaging Technology. Vol 2. SPJ Publications; 2024.
• Pratik V. Advantage of O-arm over C-arm. In: Advanced Trends in Medical Sciences. Bright Sky Publications; 2024.
• Pratik V. Advantages of dual-energy CT over conventional imaging techniques in the assessment of gastrointestinal haemorrhage. Cahiers Magellanes-NS. 2024;6. doi:10.6084/m9.figshare.26075233.

Certifications

• Research Paper Presentation: Presented a research paper titled “The Accuracy of Anthropometric Measurements of the Knee Joint in Determination of Age and Sex in a North Indian Population Sample (West UP)” at the International Conference HEALTHCON-2025, Chhatrapati Shahu Ji Maharaj University, Kanpur.
• Review Paper Presentation: Presented a review paper titled “AI as a New Frontier in Contrast Media” at the International Conference HEALTH FORCE-2025, organized by Teerthanker Mahaveer University, Moradabad, Uttar Pradesh.
• Workshop & Symposium: Participated in “Exploring New Frontiers in MRI & CT” at King Georges Medical University (KGMU), Lucknow, held on 17–18 February 2024. 
• CME & Poster Presentation: Successfully completed 1st CME-2024 and presented a poster on “Emerging Trends & Recent Advancements in Radiology” on the occasion of World Radiography Day, organized by the Department of Diagnostic & Interventional Radiology, AIIMS Raebareli, Uttar Pradesh, on 09 November 2024. •
• International Conference Participation: Participated in the International Conference HEALTH FORCE-2025 on “Evidence-Based Practice: Bridging the Gap Between Research, Clinical Applications, and Interdisciplinary Collaboration for Better Health Outcomes”, held on 27–28 February 2025 at Teerthanker Mahaveer University, Moradabad, Uttar Pradesh.
• Professional Conference Delegate: Participated as a delegate in the State Conference of the Indian Society of Radiographers and Technologists (SCISRT), organized by ISRT Delhi NCR Academic Club in association with Indraprastha Apollo Hospital

Area of Interest

• Medical imaging research with a strong focus on the application of artificial intelligence in radiology.
• Low-dose CT image reconstruction techniques aimed at improving image quality while minimizing patient radiation exposure.
• Image quality optimization and radiation dose reduction strategies in diagnostic imaging.
• Advancements in diagnostic imaging technologies and their clinical applications.
• Promotion of evidence-based radiographic practice through research and continuous learning.
• Integration of emerging technologies into clinical imaging to enhance diagnostic accuracy and patient safety.