Postdoc: Integrative structural biology and biophysics of dynamic plant hormone transporters

This postdoctoral position focuses on integrative structural biology and biophysics, specifically targeting dynamic plant hormone transporters. The role requires expertise in advanced structural biology techniques, likely including methods such as X-ray crystallography, cryo-electron microscopy, or NMR spectroscopy, to elucidate the three-dimensional structures of plant transporter proteins. Candidates should have a strong background in biophysics to analyze the dynamic behavior and functional mechanisms of these transporters at a molecular level. Experience with plant biology, particularly in hormone signaling pathways and transporter function, is essential to contextualize structural findings within physiological processes. The integrative aspect suggests the need for combining multiple experimental approaches and possibly computational modeling to gain comprehensive insights. Skills in protein expression, purification, and characterization are implied, as well as familiarity with biophysical assays to measure transporter activity and dynamics. The position likely demands a PhD in structural biology, biophysics, plant biology, or a related field, emphasizing rigorous scientific training and research experience. Strong analytical skills, proficiency in relevant laboratory techniques, and the ability to work collaboratively in interdisciplinary teams are important. Overall, the role suits candidates with a solid foundation in structural and biophysical methods applied to membrane proteins, with a focus on plant hormone transport mechanisms and dynamic functional studies.