Lab on a Chip 1473-0197 Royal Society of Chemistry Front cover 10.1039/b505130b AuthorAnonymous 2005 5 5 481 482 Abstract HTML PDF other

Lab on a Chip 1473-0197 Royal Society of Chemistry Contents 10.1039/b505131m AuthorAnonymous 2005 5 5 483 488 Abstract HTML PDF other

Lab on a Chip 1473-0197 Royal Society of Chemistry Research Highlights 10.1039/b504791a AuthorAnonymous 2005 5 5 489 491 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Technologies for nanofluidic systems: <i>top-down</i> vs. <i>bottom-up</i>—a review 10.1039/b416951d Mijatovic D. Eijkel J. C. T. Berg A. van den 2005 5 5 492 500 Abstract HTMLPDF review-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Planar thin film device for capillary electrophoresis 10.1039/b500870k Peeni B. A. Conkey D. B. Barber J. P. Kelly R. T. Lee M. L. Woolley A. T. Hawkins A. R. 2005 5 5 501 505 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Optimization of poly(dimethylsiloxane) hollow prisms for optical sensing 10.1039/b416633g Llobera A. Wilke R. Büttgenbach S. 2005 5 5 506 511 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Large area UV casting using diverse polyacrylates of microchannels separated by high aspect ratio microwalls 10.1039/b419330j Zhou W. X. Chan-Park Mary. B. 2005 5 5 512 518 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Parylene flexible neural probes integrated with microfluidic channels 10.1039/b417497f Takeuchi Shoji Ziegler D. Yoshida Y. Mabuchi K. Suzuki T. 2005 5 5 519 523 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry A microfluidic mixer with grooves placed on the top and bottom of the channel 10.1039/b418243j Howell Peter B. Mott David R. Fertig Stephanie Kaplan Carolyn R. Golden Joel P. Oran Elaine S. Ligler Frances S. 2005 5 5 524 530 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Surfactant-enhanced liquid–liquid extraction in microfluidic channels with inline electric-field enhanced coalescence 10.1039/b418815b Kralj Jason G. Schmidt Martin A. Jensen Klavs F. 2005 5 5 531 535 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Multi-walled carbon nanotubes for plasmid delivery into <i>Escherichia coli</i> cells 10.1039/b500681c Rojas-Chapana Jose Troszczynska Julia Firkowska Izabela Morsczeck Christian Giersig Michael 2005 5 5 536 539 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Thermal optimisation of the Reimer–Tiemann reaction using thermochromic liquid crystals on a microfluidic reactor 10.1039/b419081e Iles Alexander Fortt Robin Mello Andrew J. de 2005 5 5 540 544 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Fabrication of SU-8 multilayer microstructures based on successive CMOS compatible adhesive bonding and releasing steps 10.1039/b500519a Agirregabiria M. Blanco F. J. Berganzo J. Arroyo M. T. Fullaondo A. Mayora K. Ruano-López J. M. 2005 5 5 545 552 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Gentle cell trapping and release on a microfluidic chip by <i>in situ</i> alginate hydrogel formation 10.1039/b417604a Braschler Thomas Johann Robert Heule Martin Metref Lynda Renaud Philippe 2005 5 5 553 559 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Batch-mode mixing on centrifugal microfluidic platforms 10.1039/b418253g Grumann M. Geipel A. Riegger L. Zengerle R. Ducrée J. 2005 5 5 560 565 Abstract HTMLPDF research-article

Lab on a Chip 1473-0197 Royal Society of Chemistry Back matter 10.1039/b505132k AuthorAnonymous 2005 5 5 566 566 Abstract HTML PDF other

Lab on a Chip 1473-0197 Royal Society of Chemistry Back cover 10.1039/b505133a AuthorAnonymous 2005 5 5 567 568 Abstract HTML PDF other