vire2 a unique ssdnacompacting molecular machine

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VirE2: A Unique ssDNA-Compacting Molecular Machine

Feb 26, 2008  VirE2: A Unique ssDNA-Compacting Molecular Machine Wilfried Grange , # 1, 2 Myriam Duckely , # 3, 4 Sudhir Husale , # 2, 5 Susan Jacob , 6 Andreas Engel ,

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VirE2: A Unique ssDNA-Compacting Molecular Machine

Feb 26, 2008  The importation of genetic material into cells is a common and fundamental mechanism occurring in bacterial conjugation, DNA uptake, and Agrobacterium plant infection and is, for instance, responsible for antibiotic resistance spread. Previous studies suggested that this process relied only on the activity of complex molecular machines pumping the single-stranded DNA (ssDNA) into the

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VirE2: a unique ssDNA-compacting molecular machine

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated-using single-molecule techniques-that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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VirE2: A Unique ssDNA-Compacting Molecular Machine

VirE2: A Unique ssDNA-Compacting Molecular Machine Wilfried Grange1,2°, Myriam Duckely3,4°, Sudhir Husale2,5°, Susan Jacob6, Andreas Engel3, Martin Hegner1,2* 1 Centre for Research on Adaptive Nanostructures and Nanodevices, Trinity College Dublin, Dublin, Ireland, 2 National Centre of

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PLoS BIOLOGY VirE2: A Unique ssDNA-Compacting Molecular ...

VirE2: A Unique ssDNA-Compacting Molecular Machine Wilfried Grange1,2[, Myriam Duckely3,4[, Sudhir Husale2,5[, Susan Jacob6, Andreas Engel3, Martin Hegner1,2* 1 Centre for Research on Adaptive Nanostructures and Nanodevices, Trinity College Dublin, Dublin, Ireland, 2 National Centre of Competence in Research Nanoscale Science,

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VirE2: a unique ssDNA-compacting molecular machine ...

Feb 01, 2008  VirE2: A Unique ssDNA-Compacting Molecular Machine Wilfried Grange , # 1, 2 Myriam Duckely , # 3, 4 Sudhir Husale , # 2, 5 Susan Jacob , 6 Andreas Engel ,

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(PDF) VirE2: A Unique ssDNA-Compacting Molecular Machine ...

VirE2: A Unique ssDNA-Compacting Molecular Machine. Biophysical Journal, 2009. Andreas Engel

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(PDF) VirE2: A unique ssDNA-compacting molecular machine

We demonstrated-using single-molecule techniques-that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine. VirE2 actively pulls ssDNA and is capable of working ...

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VirE2: a unique ssDNA-compacting molecular machine. - OAK ...

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated-using single-molecule techniques-that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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VirE2: A Unique ssDNA-Compacting Molecular Machine ...

The translocation of single-stranded DNA (ssDNA) across membranes of two cells is a fundamental biological process occurring in both bacterial conjugation and Agrobacterium pathogenesis. Whereas bacterial conjugation spreads antibiotic resistance, Agrobacterium facilitates efficient interkingdom transfer of ssDNA from its cytoplasm to the host plant cell nucleus. These processes rely on the ...

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VirE2: A Unique ssDNA-Compacting Molecular Machine ...

The translocation of single-stranded DNA (ssDNA) across membranes of two cells is a fundamental biological process occurring in both bacterial conjugation and Agrobacterium pathogenesis. Whereas bacterial conjugation spreads antibiotic resistance, Agrobacterium facilitates efficient interkingdom transfer of ssDNA from its cytoplasm to the host plant cell nucleus.

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VirE2 : a unique ssDNA-compacting molecular machine - edoc

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated-using single-molecule techniques-that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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VirE2: A Unique ssDNA-Compacting Molecular Machine -

adshelp[at]cfa.harvard The ADS is operated by the Smithsonian Astrophysical Observatory under NASA Cooperative Agreement NNX16AC86A

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(PDF) VirE2: A Unique ssDNA-Compacting Molecular Machine

Feb 01, 2009  VirE2: A Unique ssDNA-Compacting Molecular Machine Biophysical Journal - United States doi 10.1016/j.bpj.2008.12.078

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VirE2: A Unique ssDNA Compacting Molecular Machine

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated-using single-molecule techniques-that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE

Download PDF: Sorry, we are unable to provide the full text but you may find it at the following location(s): https://doi/10.1016/j.bpj.... (external link)

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE

VirE2: A Unique ssDNA-Compacting Molecular Machine . By Wilfried Grange, Myriam Duckely, Sudhir Husale, Susan Jacob, Andreas Engel and Martin Hegner. Cite . BibTex; Full citation; Publisher: Public Library of Science (PLoS) Year: 2008. DOI identifier: 10.1371 ...

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE

Download PDF: Sorry, we are unable to provide the full text but you may find it at the following location(s): https://doi/10.1016/j.bpj.... (external link)

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE

VirE2: A Unique ssDNA-Compacting Molecular Machine . By Wilfried Grange, Myriam Duckely, Sudhir Husale, Susan Jacob, Andreas Engel and Martin Hegner. Cite . BibTex; Full citation; Publisher: Public Library of Science (PLoS) Year: 2008. DOI identifier: 10.1371 ...

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE ...

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VirE2: A Unique ssDNA-Compacting Molecular Machine (pdf ...

VirE2: A Unique ssDNA-Compacting Molecular Machine PLoS Biology , Feb 2008 Wilfried Grange , Myriam Duckely , Sudhir Husale , Susan Jacob , Andreas Engel , Martin Hegner

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VirE2: a unique ssDNA-compacting molecular machine. PLoS ...

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated—using single-molecule techniques—that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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VirE2: A Unique ssDNA Compacting Molecular Machine

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Type IV secretion systems: tools of bacterial horizontal ...

Nov 06, 2008  Recent work showed that VirE2 acts as a unique powerful ssDNA‐binding molecular machine that mediates infection by actively pulling T‐DNA into the host cells without the need for external energy sources (Grange et al., 2008). Figure 2. Open in figure viewer PowerPoint. Model of ...

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VirE2: a unique ssDNA-compacting molecular machine.

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated-using single-molecule techniques-that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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(PDF) VirE2: A Unique ssDNA-Compacting Molecular Machine

Feb 01, 2009  VirE2: A Unique ssDNA-Compacting Molecular Machine Biophysical Journal - United States doi 10.1016/j.bpj.2008.12.078

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VirE2: A Unique ssDNA-Compacting Molecular Machine - [PDF ...

Nov 23, 2016  36a Sunday, March 1, 2009 182-Pos Board B61 Mechanism Of DNA Translocation By SpoIIIE/Ftsk Marcelo Nollmann1, Jerod Ptacin2, Eric Becker3, Kit Pogliano3, Carlos Bustamante4.

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VirE2: A Unique ssDNA Compacting Molecular Machine

dc.contributor.author: HEGNER, MARTIN: dc.date.accessioned: 2010-04-22T15:53:42Z: dc.date.available: 2010-04-22T15:53:42Z: dc.date.issued: 2008: dc.date.submitted

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VirE2: A Unique ssDNA Compacting Molecular Machine

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE

VirE2: A Unique ssDNA-Compacting Molecular Machine . By Wilfried Grange, Myriam Duckely, Sudhir Husale, Susan Jacob, Andreas Engel and Martin Hegner. Cite . BibTex; Full citation; Publisher: Public Library of Science (PLoS) Year: 2008. DOI identifier: 10.1371 ...

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VirE2: a unique ssDNA-compacting molecular machine. PLoS ...

VirE2 binds cooperatively to the transferred ssDNA (T-DNA) and forms a compact helical structure, mediating T-DNA import into the host cell nucleus. We demonstrated—using single-molecule techniques—that by cooperatively binding to ssDNA, VirE2 proteins act as a powerful molecular machine.

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VirE2: A Unique ssDNA Compacting Molecular Machine

VirE2: A Unique ssDNA Compacting Molecular Machine . 9 0 0 0 0

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VirE2: A Unique ssDNA Compacting Molecular Machine

Item Type: Journal Article. Date: 2008

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VirE2: A Unique ssDNA-Compacting Molecular Machine - CORE ...

Related papers. Page number / 9 9

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Type IV secretion systems: tools of bacterial horizontal ...

Nov 06, 2008  Recent work showed that VirE2 acts as a unique powerful ssDNA‐binding molecular machine that mediates infection by actively pulling T‐DNA into the host cells without the need for external energy sources (Grange et al., 2008). Figure 2. Open in figure viewer PowerPoint. Model of ...

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(PDF) Finding a way to the nucleus - ResearchGate

VirE2: a unique ssDNA-compacting molecular machine. PLoS. Biol 2008, ... VirE2 was found to be thermolabile; brief incubation at 37 degrees C abolished its DNA-binding activity. It was insensitive ...

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Finding a way to the nucleus - ScienceDirect

Feb 01, 2010  Using optical tweezers, Grange et al. [30 •] showed that VirE2 could function as a molecular machine to compact cooperatively bound single-strand DNA molecules. These authors hypothesized that after transfer from Agrobacterium , VirE2 may temporarily reside in the plant plasma membrane and ‘pull’ VirD2/T-strands into the plant cell.

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Agrobacterium VirE2 protein mediates nuclear uptake of ...

Mar 01, 1996  VirE2: a unique ssDNA-compacting molecular machine. Grange W , Duckely M , Husale S , Jacob S , Engel A , Hegner M PLoS Biol , 6(2):e44, 01 Feb 2008

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