Roham Ghanbari - School of Chemistry, College of Science, University of Tehran, Tehran, Iran
Danial Khorsandi - Department of Biotechnology, University of Barcelona, Barcelona ۰۸۰۲۸, Spain Department of Scientific and Medical Affairs, Procare Health Iberia
Atefeh Zarepour - Department of Biomedical Engineering, Faculty of Engineering and Natural Sciences, Istinye University, ۳۴۳۹۶ Istanbul, Turkey
Matineh Ghomi - Department of Chemistry, Faculty of Science, Shahid Chamran University of Ahvaz, IR ۶۱۳۵۷۴۳۳۳۷ Ahvaz, Iran
Amir Fahimipour - Faculty of Medicine and Health, The University of Sydney, NSW ۲۱۴۵, Australia
Zoha Tavakkoliamol - Department of Biotechnology, University of Barcelona, Barcelona ۰۸۰۲۸, Spain
Ali Zarrabi - Department of Biomedical Engineering, Faculty of Engineering and Natural Sciences, Istinye University, ۳۴۳۹۶ Istanbul, Turkey

These days Ionic liquids (ILs) are getting more attention and catching more eyes based on numerous advantages they can offer, including low volatility, excellent thermal and chemical stability, easy handling, remarkable conductivity, and facile design. These astonishing materials are formed via asymmetric cations and anions. They can mainly be found in a liquid state where temperatures are below ۱۰۰ °C. Therefore, due to their unique features, they can be considered a perfect and desirable candidate in several fields, including electrochemical biosensors and detecting agents; they can play their roles as electrolytes. These unique features prompted us to present a precise and short review of the different fabrication methods of Ionic liquids. Herein, after a laconic description of ILs, a diverse range of fabrication methods was investigated, and a succinct description was given in each approach. Furthermore, where needed, some clear illustrations were used to boost apprehend. Perspectives, remarks, and challenges of different fabrication methods have been given, respectively.

Electrochemical sensors, biosensing, fabrication, ionic liquid, biomedical applications