Search Results - "van Ijzendoorn, L.J."

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  1. 1

    Torsion Profiling of Proteins Using Magnetic Particles by van Reenen, A, Gutiérrez-Mejía, F, van IJzendoorn, L.J, Prins, M.W.J

    Published in Biophysical journal (05-03-2013)
    “…We report a method to profile the torsional spring properties of proteins as a function of the angle of rotation. The torque is applied by superparamagnetic…”
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    Journal Article
  2. 2

    In-Situ Compositional and Structural Analysis of Plastic Solar Cells by van Duren, J.K.J., Loos, J., Morrissey, F., Leewis, C.M., Kivits, K.P.H., van IJzendoorn, L.J., Rispens, M.T., Hummelen, J.C., Janssen, R.A.J.

    Published in Advanced functional materials (16-10-2002)
    “…Bulk‐heterojunction photovoltaic cells consisting of a photoactive layer of poly[2‐methoxy‐5‐(3′,7′‐dimethyloctyloxy)‐1,4‐phenylenevinylene] (MDMO‐PPV) and a…”
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    Journal Article
  3. 3

    Editorial by van IJzendoorn, L.J.

    Published in New biotechnology (01-09-2015)
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    Journal Article
  4. 4

    Deposition of inorganic salts from solution on flat substrates by spin-coating: theory, quantification and application to model catalysts by van Hardeveld, R.M., Gunter, P.L.J., van IJzendoorn, L.J., Wieldraaijer, W., Kuipers, E.W., Niemantsverdriet, J.W.

    Published in Applied surface science (01-04-1995)
    “…The theory of spin-coating is applied to predict the amount of inorganic material that is deposited from a solution on a flat substrate on the basis of…”
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    Journal Article
  5. 5

    Interface instabilities in polymer light emitting diodes due to annealing by Janssen, F.J.J., Sturm, J.M., Denier van der Gon, A.W., van IJzendoorn, L.J., Kemerink, M., Schoo, H.F.M., de Voigt, M.J.A., Brongersma, H.H.

    Published in Organic electronics (01-12-2003)
    “…In polymer light emitting diodes (PLEDS) with an (ITO/PPV/Ca) structure we observed a significant reduction of both the current and the light output at…”
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    Journal Article
  6. 6

    Single-Dimer Formation Rate Reveals Heterogeneous Particle Surface Reactivity by Scheepers, M. R. W, van IJzendoorn, L. J, Prins, M. W. J

    Published in Langmuir (05-11-2019)
    “…Biofunctionalized micro- and nanoparticles are important for a wide range of applications, but methodologies to measure, modulate, and model interactions…”
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    Journal Article
  7. 7

    Controlled torque on superparamagnetic beads for functional biosensors by Janssen, X.J.A., Schellekens, A.J., van Ommering, K., van IJzendoorn, L.J., Prins, M.W.J.

    Published in Biosensors & bioelectronics (15-03-2009)
    “…We demonstrate that a rotating magnetic field can be used to apply a controlled torque on superparamagnetic beads which leads to a tunable bead rotation…”
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    Journal Article
  8. 8

    Rate of Dimer Formation in Stable Colloidal Solutions Quantified Using an Attractive Interparticle Force by Scheepers, M. R. W, Romijn, A. R, van IJzendoorn, L. J, Prins, M. W. J

    Published in Langmuir (13-08-2019)
    “…We describe an optomagnetic cluster experiment to understand and control the interactions between particles over a wide range of time scales. Aggregation is…”
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    Journal Article
  9. 9

    Magnetization and actuation of polymeric microstructures with magnetic nanoparticles for application in microfluidics by Fahrni, F., Prins, M.W.J., van IJzendoorn, L.J.

    “…An increasing number of lab-on-a-chip devices require advanced fluid manipulations. We intend to address this requirement by incorporating polymeric responsive…”
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    Journal Article
  10. 10

    A model for the deposition of a-C:H using an expanding thermal arc by Kessels, W.M.M., Gielen, J.W.A.M., van de Sanden, M.C.M., van Ijzendoorn, L.J., Dekempeneer, E.H.A., Schram, D.C.

    Published in Surface & coatings technology (1998)
    “…Amorphous hydrogenated carbon films have been deposited at high growth rates (10–70 nm/s) by seeding acetylene in an expanding thermal argon plasma. The…”
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    Journal Article Conference Proceeding
  11. 11

    On-chip manipulation and detection of magnetic particles for functional biosensors by Janssen, X.J.A., van IJzendoorn, L.J., Prins, M.W.J.

    Published in Biosensors & bioelectronics (18-01-2008)
    “…We demonstrate the real-time on-chip detection and manipulation of single 1 μm superparamagnetic particles in solution, with the aim to develop a biosensor…”
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    Journal Article
  12. 12

    Surfactants modify the torsion properties of proteins: a single molecule study by Gutiérrez-Mejía, F.A., van IJzendoorn, L.J., Prins, M.W.J.

    Published in New biotechnology (25-09-2015)
    “…•Magnetic tweezers show increased twisting of proteins to surfactant exposure.•Tween 20 decreases the torsional rigidity of protein-G–IgG more than SDS.•Far-UV…”
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    Journal Article
  13. 13

    Ara h 1 protein–antibody dissociation study: evidence for binding inhomogeneities on a molecular scale by Pérez-Ruiz, E., Spasic, D., Gils, A., van IJzendoorn, L.J., Prins, M.W.J., Lammertyn, J.

    Published in New biotechnology (25-09-2015)
    “…The characterization of biomolecular interactions is essential when designing novel biosensors, since the interaction between the bioreceptor and the ligand…”
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    Journal Article
  14. 14

    Molecular interference in antibody–antigen interaction studied with magnetic force immunoassay by Dorokhin, D., van IJzendoorn, L.J., de Jong, A.M., Nieto, L., Brunsveld, L., Orsel, J.G., Prins, M.W.J.

    Published in New biotechnology (25-09-2015)
    “…•We used magnetic tweezers to apply forces to proteins in a sandwich immunoassay format.•The force-induced dissociation rate was quantified in a cTn sandwich…”
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    Journal Article
  15. 15

    Torsion Stiffness of a Protein Pair Determined by Magnetic Particles by Janssen, X.J.A., van Noorloos, J.M., Jacob, A., van IJzendoorn, L.J., de Jong, A.M., Prins, M.W.J.

    Published in Biophysical journal (04-05-2011)
    “…We demonstrate the ability to measure torsion stiffness of a protein complex by applying a controlled torque on a magnetic particle. As a model system we use…”
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    Journal Article
  16. 16

    The rotating particles probe: A new technique to measure interactions between particles and a substrate by Janssen, X.J.A., van Reenen, A., van IJzendoorn, L.J., de Jong, A.M., Prins, M.W.J.

    “… The interactions between particles and a glass surface are measured using a new technique based on measuring the rotational behavior of individual magnetic…”
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    Journal Article
  17. 17

    Indium diffusion in model polymer light-emitting diodes by de Jong, M.P, Simons, D.P.L, Reijme, M.A, van IJzendoorn, L.J, Denier van der Gon, A.W, de Voigt, M.J.A, Brongersma, H.H, Gymer, R.W

    Published in Synthetic metals (15-03-2000)
    “…The diffusion of indium into poly-(phenylenevinylene) (PPV) in model polymer light-emitting diodes (p-LEDs) was studied with Rutherford backscattering…”
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    Journal Article
  18. 18

    The influence of surface treatments on cathode formation and stability in polymer light emitting diodes by Janssen, F.J.J., Denier van der Gon, A.W., van IJzendoorn, L.J., Thoelen, R., de Voigt, M.J.A., Brongersma, H.H.

    Published in Applied surface science (15-03-2005)
    “…We studied the stability of metal/polymer interfaces by measuring the diffusion of calcium into a polymer (OC1C10 PPV) layer during and after deposition of the…”
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    Journal Article
  19. 19

    Degradation effects in poly para-phenylene vinylene derivatives due to controlled oxygen exposure by Janssen, F.J.J, van IJzendoorn, L.J, Schoo, H.F.M, Sturm, J.M, Andersson, G.G, van der Gon, A.W.Denier, Brongersma, H.H, de Voigt, M.J.A

    Published in Synthetic metals (20-11-2002)
    “…The influence of oxygen exposure on three chemically different poly para-phenylene vinylene (PPV) derivatives used in polymeric light emitting devices (PLEDs)…”
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    Journal Article
  20. 20

    Surface composition of ceramic CeGd–oxide by Scanlon, P.J, Bink, R.A.M, van Berkel, F.P.F, Christie, G.M, van IJzendoorn, L.J, Brongersma, H.H, van Welzenis, R.G

    Published in Solid state ionics (02-09-1998)
    “…The atomic composition of the outermost atomic layers of gadolinium-doped ceria, Ce 0.8Gd 0.2O 1.9, was determined with Low Energy Ion Scattering (LEIS). Due…”
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    Journal Article