REL
2025-10-26
2025-11-20
2025-11-20
Cryo-electron microscopy of LetAB from Escherichia coli
0000-0003-0624-6178
Gira
Bhabha
Johns Hopkins University
3400 N Charles St
Baltimore
Maryland
United States
21218
0000-0002-6036-7870
Cristina
C
Santarossa
Johns Hopkins University
3400 N Charles Street Mudd Hall BioEast Rm 209
Baltimore
MD
United States
21218
Santarossa CC
Ekiert DC
Bhabha G
National Institutes of Health/National Institute of General Medical Sciences (NIH/NIGMS)
R35GM128777
United States
National Institutes of Health/National Institute of General Medical Sciences (NIH/NIGMS)
1K99GM157496-01
United States
Burroughs Wellcome Fund
N/A
United States
Charles H. Revson Foundation
N/A
United States
6.2
10.6019/EMPIAR-13079
EMDB
molecule
EMD-49152
EMD-49149
EMD-49150
EMD-49151
Santarossa CC
Li Y
Yousef S
Hasdemir HS
Rodriguez CC
Haase MB
Baek M
Coudray N
Pavek JG
Focke KN
Silverberg AL
Bautista C
Yeh J
Marty MT
Baker D
Tajkhorshid E
Ekiert DC
Bhabha G
LetA defines a structurally distinct transporter family involved in lipid trafficking
bioRxiv
BioRxiv
United States
22
2025
English
10.1101/2025.03.21.644421
40166208
TIFF files correspond to raw movie frames collected with a total electron dose of 51 e–/Å^2 over a 2 second exposure time. Frames were collected in Leginon using super-resolution mode (super-resolution pixel size of 0.5413 Å/pix)
Unaligned multi-frame micrographs of E. coli LetAB
/data/Raw_multiframe_micrographs
micrographs - multiframe
TIFF
TIFF
5372
40
UNSIGNED BYTE
11520
0.5413
8184
0.5413
TIFF files correspond to raw movie frames collected at no tilt with a total electron dose of 51 e–/Å^2 over a 2 second exposure time. Frames were collected in Leginon using super-resolution mode (super-resolution pixel size of 0.5413 Å/pix).
Unaligned, tilted (-30 degree) multi-frame micrographs of E. coli LetAB
/data/Raw_multiframe_micrographs_tilted
micrographs - multiframe
TIFF
TIFF
7083
40
UNSIGNED BYTE
11520
0.5413
8184
0.5413
TIFF files correspond to raw movie frames collected at a -30 degree tilt with a total electron dose of 51 e–/Å^2 over a 2 second exposure time. Frames were collected in Leginon using super-resolution mode (super-resolution pixel size of 0.5413 Å/pix).