Lipopolythiourea/DNA interaction: A biophysical study

Lipopolythioureas (LPT) are original non cationic systems representing an alternative to cationic lipids. Their high transfection efficiency prompted us to investigate further their biophysical properties, and in particular how thiourea lipids interact with DNA. The interaction of lipopolythiourea w...

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Published in:Biophysical chemistry 2010-05, Vol.148 (1), p.68-73
Main Authors: Kral, Teresa, Leblond, Jeanne, Hof, Martin, Scherman, Daniel, Herscovici, Jean, Mignet, Nathalie
Format: Article
Language:English
Subjects:
31P NMR
Biophysical Phenomena
DNA - metabolism
Electrophoresis, Agar Gel
FCS
Lipids - chemistry
Lipopolythiourea
Phosphates - metabolism
Plasmid DNA compaction
Spectrometry, Fluorescence
Thiourea - chemistry
Thiourea - metabolism
Transfection
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cited_by cdi_FETCH-LOGICAL-c384t-74e18468c56c9ad4232000221b1700a5866f26fd1f526acf05e49dae09c510673
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container_title Biophysical chemistry
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creator Kral, Teresa
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Hof, Martin
Scherman, Daniel
Herscovici, Jean
Mignet, Nathalie
description Lipopolythioureas (LPT) are original non cationic systems representing an alternative to cationic lipids. Their high transfection efficiency prompted us to investigate further their biophysical properties, and in particular how thiourea lipids interact with DNA. The interaction of lipopolythiourea with DNA was investigated by fluorescence correlation microscopy (FCS). Influence of the lipid length and nature of the thiourea head on the thiourea/DNA interaction were studied. FCS revealed a strong interaction between lipopolythiourea and DNA, occurring at 1 equivalent of a thiourea lipid by a DNA phosphate group, and leading to a condensed plasmid state. From previous in vitro experiments, we could conclude that the lipid leading to the more condensed state of DNA was also the more efficient to transfect cells.
doi_str_mv 10.1016/j.bpc.2010.02.011
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subjects 31P NMR
Biophysical Phenomena
DNA - metabolism
Electrophoresis, Agar Gel
FCS
Lipids - chemistry
Lipopolythiourea
Phosphates - metabolism
Plasmid DNA compaction
Spectrometry, Fluorescence
Thiourea - chemistry
Thiourea - metabolism
Transfection
title Lipopolythiourea/DNA interaction: A biophysical study
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