Parents know all too well the pain experienced by their children - and themselves - when the time comes for immunizations at the doctor's office. But a new MicroJet injector being developed by ...

A bunch of wusses at UC Berkeley spent some research money to develop an alternative to going under the needle for vaccinations: the MicroJet injector. It removes the syringe from the equation and ...

Small devices placed in the body inspired by cephalopods could be the next step in reducing people’s reliance on needle-injected medications. The devices, detailed in a new paper in Nature, were ...

StrataGent Life Sciences, a San Jose developer of needle-free “microjet” injection systems, said it closed a $16 million second round of financing. The company has so far received $6.65 million of ...

A new laser-based system blasts microscopic jets of drugs into the skin could soon make getting a shot as painless as being hit with a puff of air. The system uses an erbium-doped yttrium aluminum ...

(A) Dynamics of the electrically induced microbubble, showing the formation, expansion, and shrinking of the microbubble and the shock wave and microjet from the microbubble. (B) Mechanism of the ...

Researchers at the Massachusetts Institute of Technology (MIT), led by Giovanni Traverso, developed a microjet system inspired by the jet propulsion mechanisms of cephalopods such as squids and ...

Researchers of the University of Twente, Netherlands, have developed a laser-driven micro-jet injection technology that does not require needles. Instead, an ultrafast liquid jet with the thickness of ...

Berkeley -- Parents know all too well the pain experienced by their children - and themselves - when the time comes for immunizations at the doctor's office. But a new MicroJet injector being ...