Dikmen, Z. And Bütün, V. 2024. Multi-Analyte Sensitive Fluorophore Cross-Linked Nanofibers Based Antimicrobial Surface Enabling Bacterial Detection and Their Usage as Crystal Growth Template. MACROMOLECULAR MATERIALS AND ENGINEERING , vol.309, no.1 .

Dikmen, Z., & Bütün, V., (2024). Multi-Analyte Sensitive Fluorophore Cross-Linked Nanofibers Based Antimicrobial Surface Enabling Bacterial Detection and Their Usage as Crystal Growth Template. MACROMOLECULAR MATERIALS AND ENGINEERING , vol.309, no.1.

Dikmen, ZEYNEP, And VURAL BÜTÜN. "Multi-Analyte Sensitive Fluorophore Cross-Linked Nanofibers Based Antimicrobial Surface Enabling Bacterial Detection and Their Usage as Crystal Growth Template," MACROMOLECULAR MATERIALS AND ENGINEERING , vol.309, no.1, 2024

Dikmen, ZEYNEP And Bütün, VURAL. "Multi-Analyte Sensitive Fluorophore Cross-Linked Nanofibers Based Antimicrobial Surface Enabling Bacterial Detection and Their Usage as Crystal Growth Template." MACROMOLECULAR MATERIALS AND ENGINEERING , vol.309, no.1, 2024

Dikmen, Z. And Bütün, V. (2024) . "Multi-Analyte Sensitive Fluorophore Cross-Linked Nanofibers Based Antimicrobial Surface Enabling Bacterial Detection and Their Usage as Crystal Growth Template." MACROMOLECULAR MATERIALS AND ENGINEERING , vol.309, no.1.

@article{article, author={ZEYNEP DİKMEN And author={VURAL BÜTÜN}, title={Multi-Analyte Sensitive Fluorophore Cross-Linked Nanofibers Based Antimicrobial Surface Enabling Bacterial Detection and Their Usage as Crystal Growth Template}, journal={MACROMOLECULAR MATERIALS AND ENGINEERING}, year=2024}