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- ▪ Tour de Twente
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- ▪ News & Highlights
- ▪ New Article: a Parallel single cell analysis platform
- ▪ Loes Segerink wint Simon Stevin Leerling prijs 2011
- ▪ New article on DNA fragmentation using a microfluidic chip
- ▪ Stichting NaNOcancer
- ▪ Severine Le Gac Winner of GFI 2011
- ▪ Silicon nanoISFET in Nanoletters
- ▪ 11 july 2011 - MESA+ Micro- and Nanofluidics day
- ▪ Valorization grant phase 1 for Bram de Moor & Loes
- ▪ UT-hoogleraar Albert van den Berg treedt toe tot het bestuur van de Koninklijke Nederlandse Akademie van Wetenschappen (KNAW)
- ▪ Bios has a new molecular printing system
- ▪ New article on forming monolayers on silicon nanowires
- ▪ New article on surface enhanced Raman scattering
- ▪ Poster prize NanoBio Tech Montreux 2010
- ▪ Student-paper
- ▪ Bergveldlecture, October 27th 2010
- ▪ BIOS-lecture: Peter Grootenhuis, October 28th 2010
- ▪ BIOS HAS A NEW STATE OF THE ART MULTIFUNCTION MICROSCOPE
- ▪ Determination of the electroporation onset of bilayer lipid membranes as a novel approach to establish ternary phase diagrams: example of the L-A-PC/SM/Cholesterol system
- ▪ Songyue Chen selected to attend the Lindau Laureate Meeting
- ▪ 2 articles for Georgette Salieb-Beugelaar in Analytical Chemistry
- ▪ Surface Plasmon Resonance Imaging based Multiplex Biosensor: Integration of Biomolecular Screening, Detection and Kinetics Estimation
- ▪ Poster Prize Fleur van Rossem and Telma Esteves
- ▪ Highlight: Electrokinetic Lab-on-a-BioChip for Multi-Ligand/Multi-Analyte Biosensing
- ▪ Single cells as experimentation units in lab-on-a-chip devices
- ▪ Highlight: Electrokinetic Sample Focusing and Surface Plasmon Resonance Imaging System for Measuring Biomolecular Interactions
- ▪ Lorentz-workshop
- ▪ Songyue Chen got the best poster award at NanoBIO Montreux
- ▪ Spinoza award for prof. Albert van den Berg
- ▪ The influence of different membrane components on the electrical stability of bilayer lipid membranes
- ▪ Universities, veterinarians and industry collaborate on innovative solutions
- ▪ Inside cover journal 'Lab on a Chip' - december
- ▪ weblink
- ▪ Bergveld lecture 2009: Prof. George M. Whitesides
- ▪ News archive
- ▪ Imaging biological processes become an issue when these biological processes involve a great number of targets;
- ▪ Silicon for the perfect membrane
- ▪ Christmas
- ▪ KVS Research Award 2008 and STW poster prize in the category ‘Most innovative research 2008’ for BIOS students
- ▪ AIO Network Analytical Chemistry - Lab-on-a-Chip course
- ▪ Highlight September 2008: Nano2Life Best Publication Award 2008 for Georgette Salieb-Beugelaar.
- ▪ Lecture of Juan Santiago
- ▪ Highlight May 2008: Chemical suppression of gas bubble formation in a microfluidic Free-Flow Electrophoresis Chip
- ▪ Single Cell Electroporation on Chip
- ▪ Albert van den Berg (BIOS Lab-on-a-chip group) lid van de KNAW
- ▪ Highlight March 2008: Nano2Life Poster Award for Georgette Salieb-Beugelaar
- ▪ Master project presentation by Alfons Groenland
- ▪ Highlight January 2008: A starting spin-off company of BIOS Lab-on-a-Chip group is awarded to the 1st phase of the STW Valorisation Grant
- ▪ Prestigieuze Leverhulme Trust Award voor dr Elwin Vrouwe
- ▪ Highlight 1 November 2007: The micro Petri dish, a million-well chip for the culture and high-throughput screening of micro-organisms
- ▪ Highlight September 2007: Fifth Bergveld lecture by Klavs Jensen: Friday September 21st at 16.00
- ▪ UT-promovenda Floor Wolbers slaagde erin levende kankercellen op een chip in een computer vast te leggen
- ▪ Highlight June 2007: Cavitation in a confined environment: potential applications in microfluidics
- ▪ Highlight May 2007: Geometrical Dependent Droplet Generation in Head-on Devices
- ▪ A microfluidic chip to monitor the effect of different drugs on the process of dying in cancer cells
- ▪ Former BIOS-member receives award
- ▪ TOP grant for Jan Eijkel and Albert van den Berg
- ▪ Archive Highlights
- ▪ Highlights 2007
- ▪ Highlights 2006
- ▪ Highlights 2005
- ▪ Highlights 2004
- ▪ Highlights 2003
- ▪ OUTSIDE Journal Cover “Analytical Methods” December Issue
- ▪ Gorter en De Graafprijs voor prof. Istvan Vermes
- ▪ February 2009 Highlight: Electrokinetic Sample Focusing and Surface Plasmon Resonance Imaging System for Measuring Biomolecular Interactions
- ▪ Highlight November 2008: Overijssel PhD award 2008 for Floor Wolbers
- ▪ Prestigious European grant for ‘eLab4Life’
- ▪ Gene transfer and protein dynamics in stem cells using single cell electroporation in a microfluidic device
- ▪ Highlight October 2007: Free-flow electrophoresis separation methods
- ▪ Spinozapremie voor prof.dr.ir. Albert van den Berg!!!!
- ▪ Promotie film Ana Valero
- ▪ KIVI NIRIA/UT price
- ▪ Chip bootst stofwisseling na van medicijn in menselijk lichaam
- ▪ Laurie Locascio at yearly Bergveldlecture
- ▪ People
- ▪ Vacancies
- ▪ Research
- ▪ Emerging research topics
- ▪ Cells on chips
- ▪ BLM and microfluidics
- ▪ BLM experimentation towards a better understanding of (electro)pore formation
- ▪ Brainstorm (EU project, FP7-ICT 215486)
- ▪ Cell Electroporation
- ▪ Microfluidic or miniaturized platform for (single) cell electroporation
- ▪ Microfluidic platform to screen the toxicity of nanoparticles on the organism
- ▪ Microfluidics for ART
- ▪ Microfluidics for Single Cell Analysis
- ▪ Miniaturized platform for electroporation of cell monolayers
- ▪ SECM characterization of functional cells and microtissues
- ▪ Cancer research on chip
- ▪ Electrofusion of B-cells and cancer cells on chip
- ▪ A schematic overview of the blood-brain barrier
- ▪ NanoScan: Nano Single Cell Analysis
- ▪ Electrochemical systems
- ▪ Amperometric detection of hydrogen peroxide in exhaled breath condensate
- ▪ Radio Antenna Technology
- ▪ Fertility-chip, point-of-care semen analyzer using a lab-on-a-chip
- ▪ Hybridization detection using e-DNA
- ▪ Liquid Chromatography/on-chip-electrochemistry/mass-spectromety in (bio) analytical chemistry, drug metabolism and proteomics
- ▪ Microfluidics and electronics for the nanopill
- ▪ Radio Antenna Technology for online fingerprinting of water
- ▪ Former analysis systems and sensors projects
- ▪ Micro- and nanofluidics
- ▪ Micro- and nanofluidics -GENERAL
- ▪ Densely packed nanoemulsions for liquid chromatography
- ▪ Development of a point-of-care device for patients with chronic kidney disease
- ▪ Energy from streaming potential using nanotechnology – 1
- ▪ Energy from streaming potential using nanotechnology – 2
- ▪ Nanofluidic devices for the fractionation and separation of biomolecules
- ▪ Attoliter droplets for the investigation of single biomolecules
- ▪ Old micro-/nanofluidics projects
- ▪ Nanosensing and Technology
- ▪ Education & Assignments
- ▪ General information on Education and Assignments
- ▪ Open IOO (B3)-assignments
- ▪ Elektrochemisch onderzoek naar oppervlaktes met behulp van een scanning electrochemical microscope (SECM)
- ▪ Het bouwen en testen van een regelsysteem voor het instellen van de droplet frequentie
- ▪ Waterstofperoxidesensor voor uitgeademende lucht
- ▪ Carbon electrodes voor de demonstratie van de 4 stadia van het vanadium ion
- ▪ Draadloze sensor
- ▪ Fabricage van microfluidische systemen in polystyreen
- ▪ Simuleren van een microfluïdische chip voor het monitoren van de groei van embryo’s
- ▪ Karakterisatie en optimalisatie van een electrofusie chip
- ▪ Het bouwen van een besturing voor de powderblaster welke gebruikt wordt voor de productie van Fluidische chips
- ▪ Het ontwerpen en bouwen van een reactor kamer voor het aanbrengen van een antisticking laag
- ▪ Please, see also the masterprojects (below)
- ▪ Courses
- ▪ Open Masterprojects
- ▪ Migraine Research
- ▪ Scaffolds for Tumor Engineering
- ▪ Development of a potassium selective probe for the study of parameters involved in migraine
- ▪ Design and testing of a novel miniaturized palladium reference electrode
- ▪ Capacitive deionization
- ▪ Interactions between us-generated bubbles and cells
- ▪ Biomolecular Measurement on a Chip
- ▪ Characterization of a micropump to implement into a digestible nanopill
- ▪ Controlling electrode spacing by electro-deposition
- ▪ Creation and application of Flexibel Micro-/Nanofilms in Two-phase Flow Devices
- ▪ Microfluidic demonstrator
- ▪ Novel sensor structures for improved redox cycling
- ▪ Sexing chicken eggs using fluorescence
- ▪ Silicon nanowire electrochemical sensors
- ▪ Silicon Nanowire Fabrication
- ▪ Surface enhanced Raman biosensor
- ▪ The development of a reliable sample inject for CE
- ▪ Tuning between Water-in-Oil and Oil-in-Water Microfluidics
- ▪ Two-phase Electrokinetic Nanofluidics
- ▪ Publications
- ▪ Intranet
- ▪ Presentation scheme - updated January 30th 2012
- ▪ List of birthday's
- ▪ Who is responsible for what within the BIOS group
- ▪ Intranet Links
- ▪ Reservations powderblast set-up
- ▪ Serious work related stuff
- ▪ Reimbursement travel costs
- ▪ Chemicals Risk and Safety Statements
- ▪ electrical injury and precaution
- ▪ voortplanting giftige stoffen
- ▪ Inventory
- ▪ BIOS Rules and Procedures 2010
- ▪ BIOS Chemicals database - use this one!
- ▪ Order - chemicals
- ▪ Order - general/labsupplies
- ▪ Safety - working guidelines and certification form
- ▪ Safety information on the web
- ▪ Safety co-ordinator BIOS-group
- ▪ Literature on the web
- ▪ logo's, presentation etc
- ▪ Other stuff
- ▪ Internal Links
- ▪ External links
- ▪ Movies
- ▪ Contact
