Jiafeng Pan

Led cutting-edge research in logic circuits for intelligent microcystin monitoring, utilizing aptamer recognition and toehold-mediated hairpin DNA self-assembly, published in Analytical Chemistry (2025).

Directed projects on tetrahedron-based constitutional dynamic networks for COVID-19 diagnostics, applying logic gate principles to enhance detection specificity and efficiency, published in Analytical Chemistry (2022).

Spearheaded research on toehold-mediated cascade catalytic assembly for mycotoxin detection, significantly improving analytical sensitivity and specificity, published in Analytical Chemistry (2022).

Mentored junior researchers and graduate students on complex analytical techniques, fostering a collaborative environment that resulted in multiple high-impact publications.

Co-authored research on an amplifying DNA circuit coupled with Mg2+-dependent DNAzyme for bisphenol A detection in milk samples, achieving enhanced sensitivity and published in Food Chemistry (2021).

Assisted in developing mycotoxin-induced logic gates for multichannel intelligent display of DNA biocomputations, contributing to advancements in symmetric catalytic hairpin assembly, published in Biosensors and Bioelectronics (2026).

Contributed to the design and implementation of programmable DNA biocomputing circuits for rapid and intelligent screening of SARS-CoV-2 variants, published in Biosensors and Bioelectronics (2023).

Conducted rigorous experimental work and data analysis, supporting multiple research projects that led to significant scientific publications in leading analytical chemistry journals.