@article{ART003263303},
author={Min Hyuk Kang and Nayun Park and Jimin Paik and Soo Bin Shin and Songhee Lee and Seo Hyun Jung and Jae Min Choi and Dong Sup Kim and Ja Hyun Lee},
title={Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules},
journal={Industry Promotion Research},
issn={2466-1139},
year={2025},
volume={10},
number={4},
pages={171-177},
doi={10.21186/IPR.2025.10.4.171}
TY - JOUR
AU - Min Hyuk Kang
AU - Nayun Park
AU - Jimin Paik
AU - Soo Bin Shin
AU - Songhee Lee
AU - Seo Hyun Jung
AU - Jae Min Choi
AU - Dong Sup Kim
AU - Ja Hyun Lee
TI - Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules
JO - Industry Promotion Research
PY - 2025
VL - 10
IS - 4
PB - Industrial Promotion Institute
SP - 171
EP - 177
SN - 2466-1139
AB - Seaweed, recognized as a sustainable bioresource, is increasingly applied across various industries. However, the treatment of residual seaweed sludge generated during processing remains a persistent challenge. In this study, biochar derived from pyrolyzed Undaria pinnatifida (brown algae) sludge was utilized as an electron transfer mediator to develop an electrochemical nanobiosensor capable of real-time glucose detection in sweat. The fabricated sensor exhibited a linear current response across biochar concentrations ranging from 0.0001% to 0.2%, and cyclic voltammetry analysis revealed that the oxidation and reduction peak currents increased proportionally with glucose concentration. The optimal enzymatic activity was observed at a glucose oxidase (GOD) concentration of 0.1 g/L, where maximum current output was recorded. Furthermore, the sensor demonstrated excellent selectivity and stability even in the presence of common interfering substances such as lactic acid and urea. Compared to conventional carbon nanotubes (CNTs), the seaweed-derived biochar offered an eco-friendly and cost-effective alternative with high electrical conductivity. This study highlights a sustainable sensor platform that not only addresses waste reduction but also contributes to the advancement of real-time health monitoring technologies.
KW - Biochar;Nanobiosensor;Brown algae;Sludge;Glucose detection
DO - 10.21186/IPR.2025.10.4.171
ER -
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim and Ja Hyun Lee. (2025). Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules. Industry Promotion Research, 10(4), 171-177.
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim and Ja Hyun Lee. 2025, "Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules", Industry Promotion Research, vol.10, no.4 pp.171-177. Available from: doi:10.21186/IPR.2025.10.4.171
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim, Ja Hyun Lee "Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules" Industry Promotion Research 10.4 pp.171-177 (2025) : 171.
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim, Ja Hyun Lee. Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules. 2025; 10(4), 171-177. Available from: doi:10.21186/IPR.2025.10.4.171
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim and Ja Hyun Lee. "Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules" Industry Promotion Research 10, no.4 (2025) : 171-177.doi: 10.21186/IPR.2025.10.4.171
Min Hyuk Kang; Nayun Park; Jimin Paik; Soo Bin Shin; Songhee Lee; Seo Hyun Jung; Jae Min Choi; Dong Sup Kim; Ja Hyun Lee. Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules. Industry Promotion Research, 10(4), 171-177. doi: 10.21186/IPR.2025.10.4.171
Min Hyuk Kang; Nayun Park; Jimin Paik; Soo Bin Shin; Songhee Lee; Seo Hyun Jung; Jae Min Choi; Dong Sup Kim; Ja Hyun Lee. Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules. Industry Promotion Research. 2025; 10(4) 171-177. doi: 10.21186/IPR.2025.10.4.171
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim, Ja Hyun Lee. Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules. 2025; 10(4), 171-177. Available from: doi:10.21186/IPR.2025.10.4.171
Min Hyuk Kang, Nayun Park, Jimin Paik, Soo Bin Shin, Songhee Lee, Seo Hyun Jung, Jae Min Choi, Dong Sup Kim and Ja Hyun Lee. "Development of an Eco-Friendly Biochar-Based Nanobiosensor for Real-Time Detection of Sweat Molecules" Industry Promotion Research 10, no.4 (2025) : 171-177.doi: 10.21186/IPR.2025.10.4.171
