Leong Kwok Ng. “Electrochemical robustness and spin-selective transport in self-assembled MYG-0 peptide monolayers.” ChemRxiv (). https://doi.org/10.26434/chemrxiv.15007779/v1

Values presented only in current–voltage and magnetic conductive-atomic-force-microscopy plots or images were not transcribed. Durability and magnetic spin-transport performance results were not retained. No separate supporting information file was found among the files available from the ChemRxiv record

MYG-0 peptide monolayer on gold
Conductive atomic-force-microscopy current map, 5 µm × 5 µm Homogeneous, dense, continuous, and pinhole-free monolayer; average localized current 8.898 nA; root-mean-square roughness 18.201 nA
Single-point current–voltage sweep, −5 to 5 V Pronounced, reproducible hysteresis; nonlinear, asymmetric transport behavior; asymmetric rectification; sawtooth-like current oscillations in the low-bias regime