Cryo-electron tomography (cryo-ET) has emerged as a powerful tool in structural biology to
study viruses and is undergoing a resolution revolution. Enveloped viruses comprise several …

The recent proliferation of cryo-electron tomography (cryo-ET) techniques has led to the cryo-
ET resolution revolution. Meanwhile, significant efforts have been made to improve the …

Developments in cryo-electron microscopy (cryo-EM) have been interwoven with the study
of viruses ever since its first applications to biological systems. Following the success of …

When viruses are viewed as dynamic containers of an infectious genome, their structural,
physical, and biochemical analyses become necessary to understand the molecular …

Viruses are macromolecular machineries that hijack cellular metabolism for replication.
Enveloped viruses comprise a large variety of RNA and DNA viruses, many of which are …

Viruses are obligatory intracellular parasites that reprogram host cells upon infection to
produce viral progeny. Here, we review recent structural insights into virus-host interactions …

In microbiology, and in particular in virus research, electron microscopy (EM) is an important
tool, offering a broad approach for investigating viral structure throughout their intracellular …

Electron microscopy is a powerful tool to study viral infection in the cellular context. A vast
majority of our ultrastructural understanding of cellular infection has been acquired through …

The past few decades have seen tremendous advances in single-particle electron cryo-
microscopy (cryo-EM). The field has matured to the point that near-atomic resolution density …

In response to events such as receptor binding and endocytic triggers, viruses undergo
largescale, dynamic conformational changes necessary for cell entry and genome delivery …