Steven Fanara

This study examines how disrupting citrate and nicotianamine (NA) transport in Arabidopsis affects metal homeostasis, leading to oxidative stress and developmental defects.

The paper uses TurboID to identify IRT1 interacting proteins in Arabidopsis, revealing new insights into metal uptake regulation.

This study characterizes Arabidopsis RS2Z32 and RS2Z33 splicing factors, showing their nuclear localization, RNA binding specificity, and interactions with other SR proteins.

This study shows Zn deficiency causes distinct root responses, with ZIP12 playing a key role in maintaining Zn homeostasis and root meristem function in Arabidopsis.

The paper investigates how the disordered loop of Arabidopsis IRT1 senses non-iron metals like zinc and manganese, revealing the role of histidine and aspartic acid residues in metal binding and regulation.

The paper evaluates the ALFA tag/ALFA Nanobody technology in plants, demonstrating its versatility for protein detection, interaction studies, purification, and imaging across multiple cellular compartments.