Tomography in Structural Biology: Unveiling 3D Wonders
brief introduction
Structural biology, at the crossroads of biology and imaging sciences, leverages the transformative power of tomography to decode the intricate world of biomolecular structures.
Principles of Tomography
Tomography, using X-rays, electrons, or cryogenic techniques, involves imaging specimens from multiple angles to create detailed three-dimensional reconstructions.
Applications of Tomography
Ideal for larger structures like cells and tissues.
Electron Tomography
High-resolution technique for nanoscale structures.
Utilizes electron beams and provides detailed insights.
Cryo-Electron Tomography
Advanced method preserving specimens at low temperatures.
Valuable for studying dynamic cellular processes.
Applications of Tomography
Tomography has far-reaching applications in structural biology, offering unprecedented insights into various realms
Cellular Organelles
Reveals the dynamics of organelles like the endoplasmic reticulum and mitochondria
Macromolecular Complexes
Critical for understanding large molecular complexes, aiding drug design
Pathogen-Host Interactions
Unveils the intricacies of infectious diseases and informs therapeutic strategies
Neuroscience
Provides detailed views of neural structures, contributing to neuroscience breakthroughs
While tomography transforms structural biology, challenges persist, such as the need for advanced tools and radiation concerns. Shuimu BioScience, at the forefront of cutting-edge technologies, sees tomography's potential. Dedicated to progress, we aim to bridge the gap between scientific exploration and industrial applications, turning tomography from a research challenge into a practical solution.
Send us a message
Connect with Us. Make Great Things Happen Together.
To inquire about our services, simply fill out this form and we'll be in touch.
See Unseeable. Drug Undruggable.
Founded in 2017, Shuimu BioSciences aims to bring the power of cryo-EM to innovative therapeutics developers.