In-situ structural biology via Cryo-ET Tomography

Cryo-ET Tomography (TOMO / CryoTEM)

Cryo-electron tomography (CryoTEM / TOMO) enables visualization of macromolecular complexes in their native cellular environment, providing unprecedented insights into cellular machinery organization. Shuimu's cryo-ET tomography service supports structural biology and drug discovery research with in-situ 3D imaging.

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Applications

In-situ structural analysis of cellular machinery
Virus-host interaction studies
Organelle architecture characterization
Drug mechanism of action studies

Workflow

1

Sample Preparation

Cell vitrification or FIB milling for lamella preparation

2

Tilt Series Acquisition

Automated tilt series collection on Titan Krios

3

Alignment & Reconstruction

Tilt series alignment and tomogram reconstruction

4

Subtomogram Averaging

Particle picking and subtomogram averaging for enhanced resolution

5

Interpretation

Structural interpretation and biological context analysis

Why Choose Shuimu?

State-of-the-art Equipment

Titan Krios with tomography capability for high-resolution in-situ imaging

Expert Team

Experienced scientists specialized in cryo-ET data acquisition and subtomogram averaging

Advanced Processing

Cutting-edge software pipelines for tilt series alignment and reconstruction

Structures Solved by Shuimu

Apoferritin structure at 1.8Å resolution, 501.25kDa — Cryo-EM SPA by Shuimu Biosciences
GPCR receptor complex with allosteric agonist and G protein at 3.2Å — Cryo-EM SPA by Shuimu
SARS-CoV-2 S-Trimer vaccine candidate at 2.6Å resolution, 526.77kDa — Shuimu Biosciences
Proteinase K structure at 1.5Å resolution, 29.05kDa — MicroED by Shuimu Biosciences
FUS LC RAC molecular structure at 0.65Å resolution, 0.66kDa — MicroED by Shuimu
Acetaminophen structure at 0.65Å resolution, 151.16Da — MicroED by Shuimu Biosciences

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