Structural overlay of DppBCDF, ATPγS-DppBCDF and AMPPNP-DppBCDF.

Structural overlay of DppBCDF, ATPγS-DppBCDF and AMPPNP-DppBCDF.

<p>(<b>A</b>) Structural overlay of DppBCDF (lime), ATPγS-DppBCDF (slate blue) and AMPPNP-DppBCDF (salmon) showing no conformation differences among three structures. (<b>B</b>) Sequence alignment of DppD and DppF with ATPase sequences containing consensus sites (TM287,...

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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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