Lab on a Chip 1473-0197 Royal Society of Chemistry Front cover 10.1039/b418118m AuthorAnonymous 2005 5 1 1 2 Abstract HTML PDF other

Lab on a Chip 1473-0197 Royal Society of Chemistry Contents 10.1039/b418119k AuthorAnonymous 2005 5 1 3 9 Abstract HTML PDF other

Lab on a Chip 1473-0197 Royal Society of Chemistry The Science and Applications of Cell Biology in Microsystems 10.1039/b418165b AuthorAnonymous 2005 5 1 10 11 Abstract HTML PDF editorial

Lab on a Chip 1473-0197 Royal Society of Chemistry Research Highlights 10.1039/b418042a AuthorAnonymous 2005 5 1 12 13 Abstract HTML PDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Differentiation-on-a-chip: A microfluidic platform for long-term cell culture studies 10.1039/b405719h Tourovskaia Anna Figueroa-Masot Xavier Folch Albert 2005 5 1 14 19 Abstract HTML PDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Continuous separation of lipid particles from erythrocytes by means of laminar flow and acoustic standing wave forces 10.1039/b405748c Petersson Filip Nilsson Andreas Holm Cecilia Jönsson Henrik Laurell Thomas 2005 5 1 20 22 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry A microfluidic electroporation device for cell lysis 10.1039/b406205a Lu Hang Schmidt Martin A. Jensen Klavs F. 2005 5 1 23 29 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Development of a microfabricated cytometry platform for characterization and sorting of individual leukocytes 10.1039/b405557h Revzin Alexander Sekine Kazuhiko Sin Aaron Tompkins Ronald G. Toner Mehmet 2005 5 1 30 37 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry A single cell electroporation chip 10.1039/b408352k Khine Michelle Lau Adrian Ionescu-Zanetti Cristian Seo Jeonggi Lee Luke P. 2005 5 1 38 43 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry A novel high aspect ratio microfluidic design to provide a stable and uniform microenvironment for cell growth in a high throughput mammalian cell culture array 10.1039/b410743h Hung Paul J. Lee Philip J. Sabounchi Poorya Aghdam Nima Lin Robert Lee Luke P. 2005 5 1 44 48 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Apoptotic cell death dynamics of HL60 cells studied using a microfluidic cell trap device 10.1039/b415813j Valero Ana Merino Francisco Wolbers Floor Luttge Regina Vermes Istvan Andersson Helene Berg Albert van den 2005 5 1 49 55 Abstract HTML PDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Perfusion and chemical monitoring of living cells on a microfluidic chip 10.1039/b404974h Shackman Jonathan G. Dahlgren Gabriella M. Peters Jennifer L. Kennedy Robert T. 2005 5 1 56 63 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Biomimetic technique for adhesion-based collection and separation of cells in a microfluidic channel 10.1039/b400455h Chang Wesley C. Lee Luke P. Liepmann Dorian 2005 5 1 64 73 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry An endothelial and astrocyte co-culture model of the blood–brain barrier utilizing an ultra-thin, nanofabricated silicon nitride membrane 10.1039/b405713a Ma Sarina Harris Lepak Lori A. Hussain Rifat J. Shain William Shuler Michael L. 2005 5 1 74 85 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Early mammalian embryo development depends on cumulus removal technique 10.1039/b316494m Zeringue H. C. Rutledge J. J. Beebe D. J. 2005 5 1 86 90 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Design and fabrication of an integrated cell processor for single embryo cell manipulation 10.1039/b404990j Park Jungyul Jung Seng-Hwan Kim Young-Ho Kim Byungkyu Lee Seung-Ki Park Jong-Oh 2005 5 1 91 96 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Integrated microelectrode array and microfluidics for temperature clamp of sensory neurons in culture 10.1039/b407871c Pearce Thomas M. Wilson J. Adam Oakes S. George Chiu Shing-Yan Williams Justin C. 2005 5 1 97 101 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Patterned cell culture inside microfluidic devices 10.1039/b403091e Rhee Seog Woo Taylor Anne M. Tu Christina H. Cribbs David H. Cotman Carl W. Jeon Noo Li 2005 5 1 102 107 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry A microfluidic method for removal of the zona pellucida from mammalian embryos 10.1039/b406703g Zeringue H. C. Wheeler M. B. Beebe D. J. 2005 5 1 108 110 Abstract HTML PDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Photo- and electropatterning of hydrogel-encapsulated living cell arrays 10.1039/b406953f Albrecht Dirk R. Tsang Valerie Liu Sah Robert L. Bhatia Sangeeta N. 2005 5 1 111 118 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Back cover 10.1039/b418121m AuthorAnonymous 2005 5 1 119 120 Abstract HTML PDF other