Abstract- Airborne allergens such as pollen proteins and dustmite particles are major triggers of asthma and allergic reactions, yet conventional detection techniques are typically laboratorybased,time-consuming, and unsuitable for continuous monitoring.This review discusses recent developments in electrochemical biosensing technologies and their potential for real-time environmental allergen detection. It further proposes a compactwearable sensing platform designed to monitor allergen exposure directly in a user’s surroundings. The suggested device utilizes functionalized electrodes coupled with allergen-specific biorecognition probes that produce measurable electrochemical variations when target particles bind to the sensing interface. The resulting electrical signal is conditioned, digitized, and transmitted wirelessly to a smartphone for visualization and exposure tracking. Emphasis is placed on high sensitivity, selectivity, rapid response, and multiplex capability for detecting multiple allergens simultaneously while maintaining portability and user comfort.By integrating advanced materials, miniaturized electronics, and wireless communication, wearable electrochemical biosensors provide a practical approach for personalized environmental healthmonitoring. Continuous exposure information may help individuals and clinicians recognize allergen patterns, anticipate symptom aggravation, and implement preventive strategies, thereby improving management of asthma and related allergic disorders. Official Journal Website: JLISNT Journal of Leading Innovations in Science and Technology (JLISNT) -
Ananya Julka (Tue,) studied this question.