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Gram-typing using conjugated oligoelectrolytes
by Zhou C., Ho J.C.S., Chia W. N. G., Moreland A.S., Ruan L., Liedberg B., Kjelleberg S., Hinks J., Bazan G. C.
Reference: Advanced Functional Materials (2020) 30: 2004068
Research Cluster(s): Biofilm Biology Environmental Engineering
Programme(s): Biofilm Detection and Control
A chain-elongated oligophenylenevinylene electrolyte increases microbial membrane stability
by Zhou C., Chia W. N. G., Ho J. C. S., Moreland A. S., Seviour T. W., Liedberg B., Parikh A. N., Kjelleberg S., Hinks J., Bazan G. C.
Reference: Advanced Materials (2019) 31: e1808021
Research Cluster(s): Biofilm Biology Environmental Engineering
Interactions of a paracyclophane-based conjugated oligoelectrolyte with biological membranes
by Limwongyut J., Liu Y., Gayatri CHILAMBI, Seviour T. W., Hinks J., Mu Y., Bazan G. C.
Reference: RSC Advances (2018) 8: 39849-39853
Research Cluster(s): Biofilm Biology Environmental Engineering
Programme(s): Bioprocessing
Informed molecular design of conjugated oligoelectrolytes to increase cell affinity and antimicrobial activity
by Zhou C., Chia W. N. G., Ho J.C.S., Seviour T. W., Sailov T., Liedberg B., Kjelleberg S., Hinks J., Bazan G. C.
Reference: Angewandte Chemie International Edition (2018) 57: 8069-8072.
Research Cluster(s): Biofilm Biology Environmental Engineering
Programme(s): Biofilm Detection and Control
Membrane adaptation limitations in Enterococcus faecalis underlie sensitivity and the inability to develop significant resistance to conjugated oligoelectrolytes
by Gayatri CHILAMBI, Gao H. I., Yoon B.K., Park S., Kawakami L.M., Ravikumar V., Chan-Park M.B., Cho N.-J., Bazan G. C., Kline K. A., Rice S. A., Hinks J.
Reference: RSC Advances (2018) 8: 10284-10293
Research Cluster(s): Biofilm Biology Environmental Engineering
Influence of molecular structure on the antimicrobial function of phenylenevinylene conjugated oligoelectrolytes
by Yan H., Rengert Z. D., Thomas A. W., Rehermann C., Hinks J., Bazan G. C.
Reference: Chemical Science (2016) 7: 5714-5722
Research Cluster(s): Environmental Engineering
Programme(s): Biofilm Detection and Control
Increased microbial butanol tolerance by exogenous membrane insertion molecules
by Hinks J., Wang K., Matysik A. S., Kraut R., Kjelleberg S., Mu Y., Bazan G. C., Wuertz S., Seviour T. W.
Reference: ChemSusChem (2015) 8: 3718-3726.
Research Cluster(s): Biofilm Biology Environmental Engineering
Oligopolyphenylenevinylene-conjugated oligoelectrolyte membrane insertion molecules selectively disrupt cell envelopes of Gram-positive bacteria
by Hinks J., Poh W. H., Chu J.J.H., Loo J. S. C., Bazan G. C., Hancock L.E., Wuertz S.
Reference: Applied and Environmental Microbiology (2015) 81(6): 1949-1958
Research Cluster(s): Biofilm Biology Environmental Engineering
Membrane permeabilization underlies the enhancement of extracellular bioactivity in Shewanella oneidensis by a membrane-spanning conjugated oligoelectrolyte
by Sivakumar K., Wang V. B., Chen X., Bazan G. C., Kjelleberg S., Loo J. S. C., Cao B.
Reference: Applied Microbiology and Biotechnology (2014) 98: 9021-9031
Research Cluster(s): Biofilm Biology
Comparison of flavins and a conjugated oligoelectrolyte in stimulating extracellular electron transport from Shewanella oneidensis MR-1
by Wang V. B., Kirchhofer N.D., Chen X., Tan M.Y.L., Sivakumar K., Cao B., Zhang Q., Kjelleberg S., Bazan G. C., Loo J. S. C., Marsili E.
Reference: Electrochemistry Communications (2014) 41(0): 55-58
Research Cluster(s): Biofilm Biology Environmental Engineering
Uncovering alternate charge transfer mechanisms in Escherichia coli chemically functionalized with conjugated oligoelectrolytes
by Wang V.B., Yantara N., Koh T.M., Kjelleberg S., Zhang Q., Bazan G. C., Loo J. S. C., Mathews N.
Reference: Chemical Communications (2014) 50(60): 8223-8226
Research Cluster(s): Biofilm Biology
Modeling the membrane insertion of molecules designed for transmembrane electron transfer
by Hinks J., Wang Y., Poh W. H., Donose B.C., Thomas A.W., Wuertz S., Loo J. S. C., Bazan G. C., Kjelleberg S., Mu Y., Seviour T. W.
Reference: Langmuir (2014) 30(9): 2429–2440
Research Cluster(s): Biofilm Biology Environmental Engineering
Improving charge collection in Escherichia coli-carbon electrode devices with conjugated oligoelectrolytes
by Wang V. B., Du J., Chen X., Thomas A.W., Kirchhofer N.D., Garner L.E., Maw M.T., Poh W.H., Hinks J., Wuertz S., Kjelleberg S., Zhang Q., Loo J. S. C., Bazan G. C.
Reference: Physical Chemistry Chemical Physics (2013) 15(16): 5867-5872
Research Cluster(s): Biofilm Biology Environmental Engineering
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