Mohammad Pourhassan‐Moghaddam

This study uses in-silico docking to design high-affinity progesterone binders by analyzing binding pockets and selecting scaffolds for biosensor development.

This paper introduces a label-free, wash-free platform using Ion Channel Switch technology to rapidly evaluate recombinant protein functionality, including binding specificity and oligomeric state discrimination.

This study develops a LAMP method for rapid and accurate detection of Candida auris, showing it has 10 times higher sensitivity than PCR with 100% specificity.

This paper develops a rapid, inexpensive, and sensitive dot-blot assay using chitosan gold nanoparticles to detect histidine-tagged recombinant proteins with a low limit of detection.