“…In electrochemical biosensors, a solid electrode acts as the basic electrode to transmit the signal throughout the detection process, converting the produced signal into electrical signals, including current, potential, impedance, and coulometry signals (Abraham et al, 2015; Ahmadzadeh, Rezayi, Faghih‐Mirzaei, Yoosefian, & Kassim, 2015; Ahmadzadeh, Rezayi, Kassim, & Aghasi, 2015; Rezayi, Karazhian, et al, 2014; Rezayi, Gholami, Said, & Alias, 2016; Said et al, 2015). Due to the various biological targets of M. tb detection, the reported electrochemical biosensors for M. tb diagnosis have been divided into two categories of electrochemical DNA and immune biosensors (Fani et al, 2018; Mahmoodi et al, 2019; Rasouli et al, 2018; Rezayi, Farjami, Hosseini, Ebrahimi, & Abouzari‐Lotf, 2018). Electrochemical biosensors (especially electrochemical DNA biosensors) have the most common application for the detection of infectious agents, such as M. tb (Huang, Xu, Liu, Wang, & Chen, 2017; Ronkainen, Halsall, & Heineman, 2010).…”