Molecular imprinting as a tool for determining molecular markers: a lung cancer case

Abstract

A first use of molecular imprinting for characterisation of surfaceome of the lung cancer cells and discovery of the molecular markers for radiosensitivity: towards development of an effective tool for cancer therapy and personalised medicine.

Portable smartphone-enabled dydrogesterone sensors based on biomimetic polymers for personalized gynecological care

“…MIPs can be utilized for highly specific rebinding of target molecules from complex mixtures, such as biological fluids. 23,24 They are integrated with a variety of different transducers having different sensing principles, yet their combination with electrochemical devices is widely studied for developing smart and efficient sensing platforms. Electrochemical sensors are well-known for their rapid sensor shift, miniaturized design, portable size, low cost, and minimal sample requirement.…”

“…MIPs can be utilized for highly specific rebinding of target molecules from complex mixtures, such as biological fluids. 23,24…”