Liquid Metal Microfluidics Without a Pump
Microfluidic and lab-on-a-chip devices use a pump to move the sample through the analytical channels. [MORE]
Nano Bio Probe in a Single Cell
Researchers at the New Jersey Institute of Technology have taken an important [MORE]
Purdue Biosensor
It works like a cream separator, but it relies on laser light and electric fields to separate particles [MORE]
NanoMal Blood Analysis Unit for Malaria
Foreseen almost as a micro pathology lab in the space of an over-the-counter [MORE]
Microfluidic Chemostat
Researchers in the Microfluidics Laboratory at Johns Hopkins have devised a lab chip that flows a blood sample [MORE]
Nanocrystals in Glass
Relying on the electrochemical properties of tin oxides, engineers at the Los Alamos National Laboratory and the [MORE]
Light-Actuated Cantilever
First, imagine a drop of water on a waxed car hood: the drop beads up. Then, on an [MORE]
Fertility Chip
By now, Ph.D. candidate Loes Segerick should have received her degree from the University of Twente (Enschede, The [MORE]
Nanolipid Vescile Platform
The ability to make incredibly small containers from phospholipids (liposomes) has been known since the early 1960’s, [MORE]
Stamped Sample
Besides the $1,000 genome sequence, wouldn’t it be nice to have a ten cent medical lab-on-a-chip that could [MORE]
Lab-on-a Chip
Bioengineering professor Aaron Wheeler, at the University of Toronto, has
Dr. Aaron Wheeler
developed an automated lab-on-a-chip system for analyzing [MORE]
Purdue Microfluidic Device
Most microfluidics “chips” are made of glass or plastic with etched channels, though several research groups have [MORE]
Fertility Analyzer
Nanotechnologists at the University of Twente (Enschede, The Netherlands) have developed a lab-on-a-chip which counts sperm as [MORE]
Lab-on-a-chip technology seems to advance every day. Recently, University of Rochester
DNA Nanosensors
Medical Center researchers reported on their nanosensor approach which [MORE]