Skip to content

Making conductive polymer nanowires to probe cells

Electron microscopy image of algae sitting on the nanowires. Picture: Martin Hjort
Electron microscopy image of algae sitting on the nanowires. Picture: Martin Hjort

Polymer nanowires remain conductive after lithography-free manufacturing enabling an excellent path for intracellular bioelectronic manipulation of stem cells and algae. A new study spearheaded by NanoLundians Damien Hughes and Martin Hjort presents a simple, yet efficient way to bring conductive polymers into a nanowire shape suitable to interface with living cells – and even allowing them to get really cozy together!

Highlights and events

Harald Havir, Ville Maisi and Andrea Cicovic are three of the authors behind the recent article in Nature Communications. Photo: Evelina Lindén
2026 08 18
Myfab Lund

Driving the resonator in the nonlinear regime makes detecting faster

Read more
A neuron detects information, stores it and processes it at the same time. “The exciting thing is that the same component can function both as a sensor and as a computer,” explains Anders Mikkelsen.
2026 08 10
Myfab Lund

A neuron powered by light gives AI some of the brain’s most important traits

Read more
2026 07 01
Myfab Chalmers , Myfab

Hands-on Training on MEMS Fabrication and Characterisation at Myfab Chalmers

Read more
2026 06 24
Myfab Uppsala , Myfab

Myfab Uppsala highlighted

Read more
See all highlights