Learn the fundamentals of TEM sample preparation and how FIB-SEM technology enhances precision, reduces damage, and improves imaging for better research results.
Our article on structural biology 101 will help you familiarize yourself with its principles, techniques and applications. Click here to get started!
Uncover the role of structural biology in drug discovery, from identifying viable targets to refining therapies with tools like cryo-EM, TEM, and NMR.
Learn about radiation damage in cryo-electron microscopy, its impact on structural data, and strategies to minimize its effects in electron cryo-EM imaging.
Discover the basics of cryo-EM, its methodologies, and its impact on structural biology, enabling near-atomic resolution imaging of biological structures.
Learn how single-particle cryo-EM revolutionizes structural biology, enabling high-resolution imaging of biomolecules in their native states.
Learn how cryo-electron microscopy (cryo-EM) reveals detailed structures of large, dynamic biological molecules, providing key insights into macromolecular interactions.
Discover the stages of the cryo-EM workflow and how JEOL's advanced technology enhances macromolecular imaging for groundbreaking structural biology research.
Learn about Transmission Electron Microscopy (TEM) — its principles, components, and diverse applications in materials science, life sciences, and nanotechnology.