Cancer is a general word, which specifies a cluster of diseases affecting almost every-body part. Cancer is a second leading cause of death, globally. The tumor suppressor protein p53 is known to play a vital role in prevention of cancer. The enhanced and active form of p53 controls target gene expression through binding with DNA response elements (REs) and thus inhibits tumor cell growth. p53 is found mutated in more than 50% of the cancers. The wide mutation spectrum of p53 gene underlies the process of tumor development. Hence, the accurate quantification of p53 protein levels has great importance in early diagnosis of cancer. The biosensors are the tools, which convert biological interactions into readout signals. These are the most simple, sensitive, specific, rapid and precise devices used for determination of altered protein levels. Hence, Bio sensing methods have great potential as a diagnostic tool for determination of p53 protein. This review describes the screening of most recent and different types of bio sensing approaches, reported for detection of p53. The review also discusses the necessity of biomarker based bio-sensing methods for early diagnosis of cancer. The overall aim of this review is to advance the future analytical approaches of p53 biosensors.
Keywords: Biological materials; Biomarkers; Nanomaterials; Tumor suppressor protein p53; p53 biosensors; p53 protein detection.
Copyright © 2019. Published by Elsevier Inc.