Biomaterial promotes perfusion after ischemia
Living body tissues, when deprived of oxygen (ischemia), die, becoming ulcerous or gangrenous; consequently, restoring blood [MORE]
Intestine chip
Human cells that line the intestines, and the bacteria that live in that region have conflicting needs for oxygen. [MORE]
Bioprinted proximal tubule of the kidney
In 3D bioprinted “living renal devices” (i.e. artificial nephrons), engineers have to mimic two functions [MORE]
Custom sizer in 3D printed heart valve
A collaboration between bioengineers at Harvard, the University of Washington and Max Planck Institute [MORE]
Culturing kidney organoids under flow
To make muscle cells from human stem cells, mechanical stress, causing stretching and contraction, has to [MORE]
Genetic signal transmission system
Quoting directly: “Researchers from the Wyss Institute at Harvard University and Harvard Medical School (HMS) have created [MORE]
Mature kidney podocyte
Winston Churchill’s comment that Russia is “a riddle wrapped in a mystery inside an enigma” might equally apply [MORE]
Organ-on-a-Chip
It has been 99 years since the great influenza pandemic that killed many more people than had died in World [MORE]
Soft Robotic Arm for Endoscopic Exam
Quoting directly: “We were able to design a device that can lie flat when the [MORE]
Soft Flexible Sensor Fabric
Lots of wearable sensors now exist, but this piece describes the advantages of making them from stretchable [MORE]
Nanoparticles Loaded with Chemotherapy
Quoting directly: “To improve the low efficacy and toxic side effects of chemotherapies that rely on this [MORE]
DNA Nanoswitches Wyss Institute
By attaching binding molecules to one strand of double stranded DNA, it is possible to see, using [MORE]
Oxygen Sensor Locked-in-Syndrome
Can a “locked-in” patient suffering from advanced ALS enjoy life? The question seemed imponderable until Wyss Institute bioengineers [MORE]
Brain on a Chip
A bioengineering group at Harvard has built a brain-on-a-chip that models the neural connectome. This microfluidics device [MORE]