The architectural significance of Gram-negative periplasm
ERIC JOSEPH LOLEH MANDELA
10.26180/5ec64ea32a282
https://bridges.monash.edu/articles/thesis/The_architectural_significance_of_Gram-negative_periplasm/12348890
This thesis investigates the architectural design principles of periplasmic space in bacterial cells. In this study, the periplasm was artificially increased in size using an artificial protein isoform, then a genetic screen was performed to identify periplasmic processes that rely on strict control of the periplasmic size. The strain with an enlarged periplasm was extensively characterised revealing few distinct phenotypes, an indicator that it adapts to the periplasmic size increase. How the strain adapts was investigated through transcriptional and proteomic profiling, where a dynamic adaptation response network was established giving insights into Gram-negatives ability to occupy different environmental niches.
2020-05-21 09:49:21
Lpp
Peptidoglycan
Cell envelope
Periplasm
Cell wall
Microbiology
Microbial Genetics
Cell Biology
Molecular Biology