Difference between Run Aground and Artificial Skin

RUN AGROUND vs ARTIFICIAL SKIN: NOUN

Cut corners, Information warfare, Eke out, Spy satellite, City room, Snuff out, Cold spell, Sniff out, Artificial skin, Set ablaze, Drying up, Make headway, Ground, Container ship, Get stranded

Keep abreast, Make headway, T lymphocyte, Taper off, Blood disorder, Revolutionise, Nerve agent, Abortion pill, Space heater, Inflammatory disease, Smooth muscle, Booster shot, Sniff out, Nerve cell, Blood vessel

Shoring up, Cut corners, Information warfare, Eke out, Spy satellite, City room, Snuff out, Cold spell, Sniff out, Artificial skin, Set ablaze, Drying up, Make headway, Ground, Container ship

Keep abreast, Make headway, T lymphocyte, Taper off, Blood disorder, Revolutionise, Nerve agent, Abortion pill, Space heater, Inflammatory disease, Smooth muscle, Booster shot, Sniff out, Nerve cell, Blood vessel

Thegain access to the latest technology, their management pathologies areprojects routinely run aground.
Two fishing boats have run aground off the coast of Devon.
Most attorneys have run aground on problems involving discovery dispute motions.
If you run aground, seek help by radio or ares.
Eighteen ships were sunk or run aground, including five battleships.
Are you about to run aground in calm waters?
The yacht had apparently run aground at approximately 04h00.
Virginia and had run aground in the Bermudas.
Faith comes in when our beliefs run aground.
Even if tankers are not designed to run aground, they do run aground, and do so somewhat regularly, without collapsing.

Increasing demand from manufacturing artificial skin and in wound dressing is also expected to positively impact the growth over the forecast period.
Examples of such other agents currently under investigation include stem cells, artificial skin, grafts, topical oxygen, electrical stimulation, negative pressure, laser therapy, phototherapy, ultraso
It has many application in electronic circuitry and in particularly in the development of artificial skin incorporated with sensors.
Dr Cheng led the development of a form of artificial skin for the exoskeleton.
A gene expression study on an artificial skin showed a change in the key genes when exposed to HEV light.
This was proceeded by a printer that was able to print artificial skin.
Another product testing method involves the use of artificial skin.
A new technique allows the researchers to grow more than just one layer of skin, which makes it less fragile than conventional artificial skin.
Artificial Skin was designed to minimize scar formation and wound contracture in full thickness skin defects.
They have also developed artificial skin and artificial bone marrow.