Model of Intestine Grown from Stem Cells
Tufts University scientists have created an organ-on-a-chip model of mouse small intestines. Cells in [MORE]
Smart Sutures
Quoting directly, “A team of engineers [at Tufts University] has developed a novel 3-dimensional thread-based diagnostic platform that, when [MORE]
Laser
Regenerative medicine relies upon artificial scaffolds for producing cell growth into a desirable shape. That scaffold material has to have [MORE]
Donning Latex Gloves
In another example of 3-D printing, engineers at Tufts University and the University of Illinois at Urbana-Champaign have [MORE]
Silk-based Resorbable Electronic Devices
Here is a significant first-of-its-kind device: “We present the demonstration of in vivo operation of a subcutaneously [MORE]
Implants Dissolving
Researchers at Tufts University and the University of Illinois at Champaign-Urbana have developed an implantable device, made of magnesium, [MORE]
In a process that resembles the manufacture of plywood, bioengineers at Tufts University have used bovine tendon collagen—sliced, stacked [MORE]
Biocompatibale Electonics
An integrated silicon chip, encapsulated in silk protein, is what researchers at Tufts University and the University of [MORE]
It’s a small step to be sure, but engineers at Tufts University have demonstrated that a single molecule of [MORE]
Professor James Nichols
This perspective piece, from an interview with Tufts University School of Medicine pathology professor James Nichols, describes [MORE]
Molecular Microchip Motor
Keep in mind that there are as many nanoseconds in a second as there are seconds in [MORE]
Wound Healing
Regenerative medicine doesn’t always imply stem cell technologies. Researchers at Tufts University have found that synthesized peptides, based [MORE]
Silk Sensor
First, you devise an implantable biosensor made of liquid silk and micropatterned gold. The silk can conform to [MORE]