To better understand the physiology and acclimation capability of the cell, one of the great
challenges of the future is to access the interior of a cell and unveil its chemical landscape …

Abstract Knowledge of atomic interactions with high‐energy photons or particles has
opened a window to the microscopic structures of materials. In particular, X‐rays and …

Rapid, highly multiplexed, nondestructive imaging that spans the molecular to the supra-
cellular scale would be a powerful tool for tissue analysis. However, the physical constraints …

Bacterial nucleoid remodeling dependent on conserved histone-like protein, HU is one of
the determining factors in global gene regulation. By imaging of near-native, unlabeled E …

We present an approach to full-field x-ray fluorescence imaging that uses a Fresnel zone
plate as a coded aperture positioned between the object and detector. For this particular …

We report the application of lanthanide-binding tags (LBTs) for two-and three-dimensional X-
ray imaging of individual proteins in cells with a sub-15 nm beam. The method combines …

This review describes advances in the XRF group of techniques published approximately
between April 2018 and March 2019. The review is selective with the aim of providing a …

Zinc and copper are involved in neuronal differentiation and synaptic plasticity but the
molecular mechanisms behind these processes are still elusive due in part to the difficulty of …

For the past several decades, synchrotron radiation has been extensively used to measure
the spatial distribution and chemical affinity of elements found in trace concentrations (< few …

Synchrotron-based X-ray fluorescence microscopy (XFM) has become an important imaging
technique to investigate elemental concentrations and distributions in biological specimens …