Long-term stability of enzymes in organic solvents is one of the most challenging problems
in modern biotechnology and chemical industries. However, the resistance of enzymes to …

Electrochemical sensors are sophisticated devices capable of detecting a wide range of
chemical compounds with exceptional sensitivity and efficiency. Their importance is …

Organic semiconductors and conducting polymers are the most promising next-generation
conducting materials for electrochemical biosensors as the greener and cheaper alternative …

Enzymatic biosensors based on glucose oxidase has been proven to be one of the effective
strategies for the detection of glucose and contributed to health improvements. Therefore …

The exchange of electrical charges between a chemical reaction center and an external
electrical circuit is critical for many advanced technological applications. From this …

Carbazole is a promising core for the molecular design of hole‐transport materials (HTMs)
for solid‐state mesoscopic solar cells (ssMSCs), such as solid‐state dye‐sensitized solar …

In contrast to the large number of polymeric N-heterocyclic carbenes (NHCs) there are
relatively few examples of NHCs-containing conductive polymers. However, conducting …

Electrochemistry and electrochromic properties of the two compounds based on carbazole
core and cross-linking oxiran (CzO), and thiiran (CzS) groups have been reported. A …

Conducting polymers such as polycarbazole and its derivatives have attracted much
attention due to their remarkable electrical and optical properties. To prepare polycarbazole …

Surface morphology significantly impacts the performance of conducting polymers by
influencing charge transport, electromechanical properties, and diffusion dynamics …