martin hjort (@hjortsx) 's Twitter Profile
martin hjort

@hjortsx

ID: 1822895924248502272

calendar_today12-08-2024 07:20:44

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An injectable conductive polymer solution forms a bioresorbable electrode in situ which can be used to regulate the cardiac rhythm. Read more in our newest article in Nature Comm. rdcu.be/dQoKG

martin hjort (@hjortsx) 's Twitter Profile Photo

Photopatterning biocompatible electronics in living animals: in the skin and brain. Now article from our lab out now in Advanced Science. doi.org/10.1002/advs.2…

Nano Letters (@nanoletters) 's Twitter Profile Photo

PEDOT is going one-dimensional! Lithography-free conductive polymer nanowires were interfaced with both algae and human blood stem cells paving the way for 1D organic bioelectronics. Lund University @nanolund MultiPark at LundU martin hjort Roger Olsson go.acs.org/chH

PEDOT is going one-dimensional! Lithography-free conductive polymer nanowires were interfaced with both algae and human blood stem cells paving the way for 1D organic bioelectronics. <a href="/lunduniversity/">Lund University</a> @nanolund <a href="/MultiparkL/">MultiPark at LundU</a> <a href="/HjortsX/">martin hjort</a> <a href="/OlssonRoger/">Roger Olsson</a>

go.acs.org/chH
martin hjort (@hjortsx) 's Twitter Profile Photo

PEDOT nanowires are now a thing! And they can be used to penetrate cells! Read our new article in Nano Letters American Chemical Society #LundUniversity #science #conductingpolymers #bioelectronics pubs.acs.org/doi/10.1021/ac…

PEDOT nanowires are now a thing! And they can be used to penetrate cells! Read our new article in <a href="/NanoLetters/">Nano Letters</a> <a href="/amerchemsociety/">American Chemical Society</a>
#LundUniversity #science #conductingpolymers #bioelectronics pubs.acs.org/doi/10.1021/ac…