Functional
protein dynamics

FUNCTIONAL PROTEIN DYNAMICS

In contrast to being forced into a rigid crystal lattice, cryo-EM samples are flash-frozen in a myriad of naturally occurring states. With ATEM’s increasingly efficient data recording- and processing platform, we deliver distinct dynamic states of protein targets in increasingly high resolution.

Leverage dynamic structural data in your Medical Chemistry campaigns

Selecting lead candidates against a static structural state may be ineffective. Focus your computational screening campaigns on empirically determined structural states of your protein in order to maximize hit rates.

Hit / Lead selection & optimization

Gain high-resolution insights into how your most promising lead candidates interact with the biochemical mechanics of your protein. Interpret distinct changes in dynamic complexes during ligand-binding to characterize, probe, and optimize your drug candidates.

Nature is always in motion — decipher it with high-resolution cryo-EM

AT THE FOREFRONT OF
INDUSTRIAL CRYO-EM TECHNOLOGY

LET'S DISCUSS YOUR PROJECT

Powering the future of dynamics

ATEM continues working on
expanding our understanding
of protein dynamics. By utilizing the power of experimental machine learning
technology, we work on methods allowing continuous views of movements.

ATEM ENABLES ACCESS TO DYNAMICS INSIGHTS ON MACRO MOLECULES

Protein Movements

We enable
access to dynamic insights on macro molecules

Powering the future of dynamics