The smartphone biosensors for point-of-care detection of human infectious diseases: Overview and perspectives—A systematic review

• Published in: Current opinion in electrochemistry 2022-04, Vol.32, p.100925, Article 100925
• Main Author: Salimiyan rizi, Kobra
• Format: Article
• Language: English
• Subjects: Biosensors; Diagnosis; Infectious agents; Point-of-care; Smartphone
• ISSN: 2451-9103; 2451-9111
• DOI: 10.1016/j.coelec.2021.100925

The accurate and fast diagnosis of infectious diseases plays a critical role in the timely and tailored treatment of the patients and preventing the infections from the further spread. This is especially necessary in regions with low- and middle-income of the world. According to the smartphone-based sensory applications such as the inimitable ability to obtain portable, user-friendly, accurate, and effective functions, that in turn, converts lab-on-hardware an interesting area of new investigations. In the present review, original research articles published in English were collected from various databases during January 2011–July 2021. Also, the reference lists of the articles have been searched. In between 121 electronically searched citations, 35 articles had the inclusion criteria. The maximum potential and extended utilization of smartphone-based biosensors in the diagnosis of human infectious agents belonged to colorimetric smartphone biosensors. Also, because of their unique futures in easy visualization, comfortable analyzing and processing by smartphone, they are easier to use for point-of-care products. Based on the results, smartphone-based biosensors are rapid, precise, and low-cost diagnostic methods and increasing their quality in limited-resource settings is of major importance. In addition, their abilities to connect to the “cloud” data storage systems and the Internet of Things (IoT) networks for collecting and sharing medical analytical data provide a trending novel research field in medical information technology. •Smartphone biosensory applications for medical monitoring, data storage and transferring them.•Medical data sharing through internet-of-medical things (IoMT) in Smartphone biosensors.•Integration of optomechanical units with smartphone biosensors converts them into field-portable and cost-effective colorimetric or fluorometric readers.•Recording high-definition videos for human infectious disease diagnostics using the modern “Smartphone videoscopy”. Schematic representation of smartphone biosensors for infectious diseases. [Display omitted]