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Functional Mapping and Engineering of the Sec Translocon Unlocked by a Cell-Free System

Meier M, Scholz SA, von Bank L, Levandoski JE, Lückhof M, Schaaf M, Si S, Lieberwirth I, Jung AL, Landfester K, Driessen AJM, Erb TJ
bioRxiv 2025.12.09.688994 (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
250509pTE5601Purification of SUMO-dark; inhibitor of 11S; breakage control for translocation/insertion assays
250511pTE5603Cell-free membrane insertion reporter; proteorhodopsin (UniProt ID: Q9F7P4; C-terminal transmembrane domain deleted); C-terminal pep104 tag
250512pTE5605Mutant of pSecYEG; impaired in translocation and insertion; cell-free expression of functional SecYEG
250513pTE5607pSecYEG; cell-free expression of functional SecYEG
250514pTE5608Cell-free expression of SecA motor protein for translocation through SecYEG
250516pTE5627Super-active translocator mutant of pSecYEG; cell-free expression of functional SecYEG
250517pTE5629Cell-free translocation reporter; translocation of a nanobody; N-terminal YncJ signal peptide; C-terminal pep86 tag
250518pTE5636Cell-free translocation reporter; translocation of a nanobody; N-terminal proOmpA-derived signal peptide with and extended hydrophobic core; C-terminal pep86 tag
250519pTE5639Superactive inserter mutant of pSecYEG; cell-free expression of functional SecYEG

Antibodies from Article