Titlebook: Next Generation Point-of-care Biomedical Sensors Technologies for Cancer Diagnosis; Pranjal Chandra,Yen Nee Tan,Surinder P. Singh Book 201

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Kien Voon Kongrnational Conference on Solid Surfaces, 5th International Conference on Nanometer-scale Science and Technology and 10th International Coference on Quantitative Surface Analysis. Of some 1350 invited and contributed papers approximately 20% were based substantially on SPM techniques and methodologies

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Label-Free Biosensors for Early Diagnosis of Cancer Based on G-Quadruplex and Isothermal Amplificatl molecule. Finally, conclusion and perspective were made that the employment of ratiometric detection and DNA logic gates would promote the cancer diagnosis in a more reliable, cost-saving and time-saving way.

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Electrochemical Redox Cycling Amplification Technology for Point-of-Care Cancer Diagnosis, been developed that could potentially make diagnostics available to a much wider population (Gates et al. 2005). Electrochemical detection method is considered as one of the major sensing methods in microchip-based biosensors as it facilitates miniature sensing system and could be practically appli

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Nucleic Acid-Based Aptasensors for Cancer Diagnostics: An Insight into Immobilisation Strategies,One of the most commonly used techniques for cancer diagnosis is to detect biomarkers (cancer-related proteins, small molecules and cancer cells) found in body fluids specific for a particular cancer type. In this chapter, we present a discussion on the use of aptamer-based biosensors (termed as “ap

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Nanobiosensing Technologies for Prostate Cancer Diagnostics/Prognostics: Tiny Smart Medicine,is the cause for increased mortality rates every year. Hence, in such a condition where there is an alarming increase of PCa cases, it is important that the disease is accurately detected at an early stage to improve patient outcomes in terms of morbidity, mortality, and relapse. This demands for an