Bioengineers at the University of California, Berkeley, have developed a process of assembling bacteriophage on glass to create scaffolds [MORE]
Pierre Dupont, PhD chief of Pediatric Cardiac Bioengineering at Children’s Hospital Boston is working on a ball-baring sized robot [MORE]
Imagine an implantable bolus containing a patient’s own cells which have been reengineered to contain a light sensitive protein that [MORE]
Several research groups around the world have now removed cells from cadaver organs, reseeded the remaining protein scaffolding with [MORE]
Using microfluidic “cell culture chips,” Stanford University bioengineers have shown that cells are quite individualistic when it comes [MORE]
“This report describes important future research directions in nanoscale science, engineering and technology.” For instance, it describes how nanotubes [MORE]
In an experiment that demonstrates reality is stranger than fiction, Israeli researchers placed an engineered scaffolding, containing myocytes, in rats’ [MORE]
In an experiment that demonstrates reality is stranger than fiction, Israeli researchers placed an engineered scaffolding, containing myocytes, in rats’ [MORE]
Researchers at Rensselaer Polytechnic Institute (Troy, NY) have taken lab-on-a-chip thinking to the next level; they have created a microfluidics [MORE]
Gene Network Sciences (Cambridge, MA) developed super-bioinformatics techniques that determine how molecules interact with one another (reverse engineering), and then [MORE]
Ultrasound images are fuzzy because sound is difficult to “focus.” But with an aluminum array of narrow resonance cavities filled [MORE]
Researchers at the Fraunhofer Institute for Integrated Circuits in Erlangen, Germany had developed a mobile sleep lab for home assessment, [MORE]
The Naval Research Lab has developed a compact instrument that uses 64 sensors, 200 μm in size, that are coated [MORE]
Bestic is a Swedish company that makes a robotic arm to assist a disabled person with eating. It can cut [MORE]