Insights into the Genome Sequences of an N-Acyl Homoserine Lactone Molecule Producing Two Pseudomonas spp. Isolated from the Arctic
A Dharmaprakash, D Reghunathan… - Genome …, 2016 - Am Soc Microbiol
We report for the first time the draft genome sequence of two psychrotrophic Pseudomonas
species, Pseudomonas simiae RGCB 73 and Pseudomonas brenneri RGCB 108, from the
Arctic that produce more than one acyl homoserine lactone molecule of varied N-acyl length.
The study confirms the presence of a LuxR-LuxI (type) mediated quorum-sensing system in
both the Pseudomonas species and enables us to understand the role of quorum sensing in
their survival in extremely cold environments.
species, Pseudomonas simiae RGCB 73 and Pseudomonas brenneri RGCB 108, from the
Arctic that produce more than one acyl homoserine lactone molecule of varied N-acyl length.
The study confirms the presence of a LuxR-LuxI (type) mediated quorum-sensing system in
both the Pseudomonas species and enables us to understand the role of quorum sensing in
their survival in extremely cold environments.
Insights into the Genome Sequences of an N-Acyl Homoserine Lactone Molecule Producing Two Pseudomonas spp. Isolated from the Arctic
D Akhilandeswarre, R Dinesh… - Microbiology …, 2016 - search.proquest.com
We report for the first time the draft genome sequence of two psychrotrophic Pseudomonas
species, Pseudomonas simiae RGCB 73 and Pseudomonas brenneri RGCB 108, from the
Arctic that produce more than one acyl homoserine lactone molecule of varied N-acyl length.
The study confirms the presence of a LuxR-LuxI (type) mediated quorum-sensing system in
both the Pseudomonas species and enables us to understand the role of quorum sensing in
their survival in extremely cold environments.
species, Pseudomonas simiae RGCB 73 and Pseudomonas brenneri RGCB 108, from the
Arctic that produce more than one acyl homoserine lactone molecule of varied N-acyl length.
The study confirms the presence of a LuxR-LuxI (type) mediated quorum-sensing system in
both the Pseudomonas species and enables us to understand the role of quorum sensing in
their survival in extremely cold environments.
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