Firat Güder

This paper develops dual-thread wearable biosensors using computerized embroidery for electrocardiography and ion sensing, demonstrating improved electrochemical performance and compatibility with scalable fabrication.

The paper develops an NFC-enabled sensor for rapid, cost-effective detection of free asparagine in food to reduce acrylamide formation.

This paper introduces ELLA, a low-cost diagnostic tool for CBSD surveillance, achieving high accuracy and enabling scalable plant disease monitoring through electrochemical sensing and AI.

This paper introduces a foldable, transient bioelectronic implant that measures physiological markers and autonomously unfolds after implantation for wireless operation.

AMULET predicts plant phenotypes using imaging and machine learning before visible changes occur, improving breeding and agricultural management.

This paper introduces a wearable sensor for measuring exhaled ammonia to detect kidney dysfunction, validated in lab and human trials.

This paper develops a system for continuous monitoring of spinach spoilage using paper-based electrical gas sensors integrated into packaging, enabling smartphone-based evaluation via NFC.

This study introduces PASTEL, a platform for continuous HR cell death monitoring in plants, achieving high accuracy in classification using machine learning.

This paper introduces TETRIS, an electrochemical platform to monitor NaCl uptake in tomato seedlings, revealing differences in salt tolerance among genotypes and growth conditions.