by Synlig_Erik | Dec 4, 2017 | News, Project 2017
Tekst: Anne-Lise AakervikFoto: synlig.no Earlybird er en NTNU-utviklet ultralydteknologi som enkelt og kostnadseffektivt kan diagnostisere perifer arteriell sykdom på et tidlig stadium. Perifer arteriell sykdom er en svært utbredt sykdom med over 200 millioner...
by Synlig_Erik | Dec 4, 2017 | News, Project 2017
Tekst: Anne-Lise AakervikFoto: synlig.no It all started as an exchange of ideas over coffee—in a few years, batteries produced using algae could be installed in the next generation of electric cars or in the ferry crossing the fjord. Researchers from the Department of...
by Synlig_Erik | Dec 4, 2017 | News, Project 2017
Tekst: Anne-Lise AakervikFoto: synlig.no Medical research requires living cells, and in vivo experiments always yield the best results. This may be about to change. CellFlow mimics the environment of the body and allows for large-scale cell testing. CellFlow is a tool...
by Synlig_Erik | Dec 4, 2017 | News, Project 2017
Tekst: Anne-Lise Aakervik Foto: synlig.no Since the late 1800s, researchers have toyed with the idea of putting wings on boats. Now it looks like the team behind Wavefoil will succeed. But to what end? To save on fuel, increase propulsion and stabilize the vessel in...
by Synlig_Erik | Nov 30, 2017 | News, Project 2017
Tekst: Anne-Lise AakervikFoto: synlig.no A revolutionary diagnostic tool may allow doctors to discover symptoms of sepsis (blood poisoning) much sooner than what is possible today. If successful, it could save countless lives. Six individuals are gathered in a meeting...
by Synlig_Erik | Nov 30, 2017 | News, Project 2017
Tekst: Anne-Lise AakervikFoto: synlig.no Express boats are common in Norwegian fjords, but unfortunately they are not particularly efficient or environmentally friendly. They use more fuel per passenger mile than an aeroplane. Now, a new system inspired by fish tail...
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