Issue 12, 2005

Methods were developed to interface cells within reversibly sealed microfluidic channels by immobilizing cells within low sheer stress microwells.  Image reproduced by permission of A. Khademhosseini.

Issue 11, 2005

A new porous flexible microfluidic device for the phase separation of moulded polymers. Microscopy indicates the porosity achievable. Image reproduced with permission of R.G.H. Lammertink.
DOI: 10.1039/b509280a

Issue 10, 2005

Genetic analysis devices on a penny, surrounded by an artist's rendition of the flu virus. The devices can be produced for a few pennies and have potential applications in disease detection and forensics. Image created by Chris Iacovella and reproduced by permission of M. A. Burns.

Issue 9, 2005

Illustration depicts an array of waveguide grating sensors under white light illumination.
DOI: 10.1039/B501219H

Issue 8, 2005

A microfluidic biosensor with liposome lysis fluorescence signal enhancement.

Issue 7, 2005

Subnanoliter droplet liquid-liquid extraction microfluidic chip system developed for sample pre-treatment.

Issue 6, 2005

Laminar-flow microfludic device that produces a stable spatial gradient of a chemokine.

Issue 5, 2005

Hollow PDMS prism filled with diluted methylorange for optical sensing.

Issue 4, 2005

An electrophoresis chip with the two electrodes used for external contactless conductivity detection.   

Issue 3, 2005

Microfluidic elements serving as a diagnostic tool for saliva-based analyses for periodontal disease.

DOI: 10.1039/B414194F

Issue 2, 2005

A false colour image of a sequence of a dry powder injection into a microchannel. 

Issue 1, 2005

Fluorescently-labelled fibroblasts trapped in PDMS microwells of 25, 35 and 40 µm diameters. 

DOI: 10.1039/B405719H