Cryo-EM data processing workflow of the ATPγS (or AMPPNP)-DppBCDF complex.

(A) Representative raw micrograph and 2D classification of the ATPγS-DppBCDF complex and schematic representation of the processing workflow. (B) Final deepEMhancer-postprocessed map colored according to the local resolution estimation in cryoSPARC. (&l...

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Bibliographic Details
Main Author:	Panpan Li (484033) (author)
Other Authors:	Manfeng Zhang (8996972) (author), Yihua Huang (245089) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Microbiology Cell Biology Molecular Biology Biotechnology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified various physiological processes five distinct subunits div >< p avoiding dipeptides escaping bound dppabcdf adopts preventing dipeptide back mycobacterium tuberculosis </ dipeptide transporter dppabcdf structural studies reveal escherichia coli </ abc transporter dppabcdf bound dppbcdf adopts amppnp molecule bound coli </ complexes bound dipeptide acquisition structural observations structural characterization reveals insights reported heterotrimeric periplasm upon peptide transporters negative bacteria intracellular targets important role forth binding facing conformation em structures dppbcdf translocator dppbcd translocator binding cassette atpase subunit
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Cryo-EM data processing workflow of the ATPγS (or AMPPNP)-DppBCDF complex.

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