Detecting Gene Sequence of Recurrence Cervical Cancer Interpolating Biomedical Sensors

Cervical Cancer (CC) can be detected earlier in women with the proper diagnosis. Despite Recurrence CC is one of the major adversity increasing mortality at a significant rate. Earliest detection is one of the major challenges in diagnosing recurrence cervical cancer. The main objective of the paper accomplishes with the detecting recurrence cervical cancer in the gene sequence. Gene sequence-based biosensor is manipulated to detain the cancer antigen and supports in screening cervical cancer patients. In the proposed work, electrochemical-based DNA biosensors, optical sensors, piezoelectric biosensors are designed to detect the target gene sequences. Bio perception components such as the antigen, antibodies, protein RNA and DNA are interpolated with biosensors. And electrical signals generated from the transducers are used to estimate the performance of the biosensor. Cervical cancer biomarkers are identified by biosensor platforms and target analyses are determined. The chemical reaction is observed on the biosensor platform and the performance of these biosensors are generated by three voltammetry techniques. The paper also explores the influential methods for evaluating the biosensors.