Wiepke J A Koopmans
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Explore the profile of Wiepke J A Koopmans including associated specialties, affiliations and a list of published articles.
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6
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100
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Recent Articles
1.
Koopmans W, Goverts S, Smits C
Ear Hear
. 2018 Mar;
39(6):1091-1103.
PMID: 29554035
Objectives: The main purpose of this study was to examine developmental effects for speech recognition in noise abilities for normal-hearing children in several listening conditions, relevant for daily life. Our...
2.
Koopmans W, Buning R, van Noort J
Methods Mol Biol
. 2011 Jun;
749:291-303.
PMID: 21674380
In DNA nanotechnology, DNA is used as a structural material, rather than as an information carrier. The structural organization of the DNA itself determines accessibility to its underlying information content...
3.
Stein D, Deurvorst Z, van der Heyden F, Koopmans W, Gabel A, Dekker C
Nano Lett
. 2010 Feb;
10(3):765-72.
PMID: 20151696
DNA molecules can be concentrated in a narrow region of a nanochannel when driven electrokinetically in submillimolar salt solutions. Transport experiments and theoretical modeling reveal the interplay of electrophoresis, electro-osmosis,...
4.
Single-molecule microscopy reveals membrane microdomain organization of cells in a living vertebrate
Schaaf M, Koopmans W, Meckel T, van Noort J, Snaar-Jagalska B, Schmidt T, et al.
Biophys J
. 2009 Aug;
97(4):1206-14.
PMID: 19686669
It has been possible for several years to study the dynamics of fluorescently labeled proteins by single-molecule microscopy, but until now this technology has been applied only to individual cells...
5.
Koopmans W, Schmidt T, van Noort J
Chemphyschem
. 2008 Sep;
9(14):2002-9.
PMID: 18792054
All genomic transactions in eukaryotes take place in the context of the nucleosome, the basic unit of chromatin, which is responsible for DNA compaction. Overcoming the steric hindrance that nucleosomes...
6.
Stein D, van der Heyden F, Koopmans W, Dekker C
Proc Natl Acad Sci U S A
. 2006 Oct;
103(43):15853-8.
PMID: 17047033
The pressure-driven transport of individual DNA molecules in 175-nm to 3.8-microm high silica channels was studied by fluorescence microscopy. Two distinct transport regimes were observed. The pressure-driven mobility of DNA...