Arjun K.

Indian Journal of Radiology and Imaging (2026)

Artificial intelligence is transforming radiology, but its true impact extends beyond technological innovation. Real-world clinical validation, transparency, bias mitigation, and ethical deployment are critical to building trustworthy AI solutions that enhance diagnostic accuracy, support radiologists, and ultimately improve patient outcomes. To get through the details, please click the below link….

Insights into Imaging (2026)

Teleradiology has become a cornerstone of modern imaging practice, enabling round-the-clock radiologic services and helping address workforce shortages. However, recent discussions in Radiology have raised concerns about its safety profile. Schaffer et al analyzed U.S. malpractice claims data from 2010 to 2022, reporting that teleradiology claims were more likely to involve patient death, cerebrovascular diagnoses, communication failures, and larger indemnity payouts compared to non-teleradiology claims [1]. Mezrich’s accompanying editorial suggested that the nature of remote interpretation itself might elevate malpractice risk [2]. Yet, such conclusions may oversimplify a complex dynamic of clinical, operational, and structural variables. please click the below link….

Child’s Nervous System (2026)

Pediatric neuroradiology faces significant workforce shortages, with teleradiology emerging as a vital solution. However, studies investigating findings and their operational impact from teleradiology centers remain limited. please click the below link….

The International Journal of Health Technology and Innovation (2026)

Cancer is one of the most significant global health challenges of the 21st century. Besides promoting public awareness, lifestyle modification programs and technology-driven solutions are vital to ensure timely detection, equitable access, and managing the increasing cancer burden. Teleradiology services employing highly qualified radiologists with availability around the clock have been established as a vital tool in diagnosing and precisely staging the cancers in patients located in remote and unserved areas. To get through the details, please click the below link….

BMC Emergency Medicine (2026)

Pediatric neuroradiology expertise is limited in many healthcare facilities, especially in the emergency setting. Teleradiology offers a promising solution by providing remote access to subspecialty interpretation. Our study aimed to evaluate the performance and outcomes of a teleradiology service for emergency pediatric neuroradiology across multiple U.S. states. To get through the details, please click the below link….

Brain and Spine (2025)

Intracranial hemorrhage (ICH) is a neurological emergency with high mortality rates requiring timely diagnosis. While computed tomography (CT) remains the gold standard, diagnostic accuracy varies with radiologist experience and workload. This systematic review and meta-analysis aims to evaluate the diagnostic performance of AI algorithms in detecting ICH on CT imaging and to explore key considerations for their clinical implementation in emergency and teleradiology settings.To get through the details, please click the below link….

Advances in Radiotherapy & Nuclear Medicine (2025)

Teleradiology, an innovative and disruptive technology, has demonstrated a track record in enhancing remote healthcare delivery in multiple clinical and healthcare settings. With the aim of understanding the impact of teleradiology on healthcare delivery in Saudi Arabia, a retrospective descriptive study was carried out between January 2014 and January 2024. Over the 10 years, 103,730 scans were transmitted for interpretation, thus providing consistent remote healthcare delivery in the Kingdom of Saudi Arabia (KSA). The highest category of scans was computed tomography (45.96%), followed by radiographs (40.27%), magnetic resonance imaging (9.06%), mammograms (4.17%), ultrasound (0.53%), and nuclear medicine (NM) (0.01%). To get through the details, please click the below link….