The Impact Of New Innovative Technology On The Accuracy And Efficiency Of Diagnostic Radiology Techniques: A Systematic Review

Abstract

Background: The use of new innovative technologies in diagnostic radiology has the potential to completely transform the way healthcare is provided, enhance patient outcomes, and maximize the use of available resources. Nonetheless, there is still uncertainty around the diagnostic accuracy and efficiency of these technologies, which calls for a thorough review and research. Aims: The aim of this systematic review is to investigate how new and novel technologies affect the precision and effectiveness of diagnostic radiology procedures. The study specifically aims to evaluate the new innovative technology, diagnostic precision, investigate the effects of technology integration in health community, and clarify the revolutionary potential of artificial intelligence (AI) in radiology.

Method: Up to 2023, a thorough search was carried out in databases, including Medline and EMBASE. Included were studies on the efficacy and accuracy of new, cutting-edge diagnostic radiological devices. Methodologies, findings, and conclusions were combined and examined to offer a thorough understanding of how technology affects diagnostic radiology procedures.
Results: Different medical imaging disciplines have differing degrees of diagnostic accuracy, according to our review. Though there are some worries about overestimating diagnostic precision, DL algorithms showed encouraging outcomes in pathology diagnosis in medical imaging. Benefits from technology integration in community health nursing include enhanced care coordination and patient participation. Furthermore, AI and radiologists working together in diagnostic radiology has the potential to revolutionize patient outcomes and resource efficiency.

Conclusion: The accuracy and efficiency of diagnostic radiology will be greatly impacted by the incorporation of new and creative technology. Although encouraging, issues like the overestimation of diagnostic accuracy and the requirement for standardized criteria call for more investigation and advancement. Our results highlight the need for strong implementation and assessment plans in order to fully use technology's potential to advance diagnostic radiology procedures.