Publications

Conformable thin-film cuff electrodes as tools for peripheral nerve recording: a comparative study
A Güemes, et al. Frontiers in Neuroscience 20, 1930438 (2026)
Thin, flexible electrodes can wrap around nerves to listen to their electrical signals. In short-term tests in rats, these devices produced recordings of similar quality to conventional electrodes, while offering more adaptable designs and smaller recording sites. The findings help guide EnterBio’s development of tools for recording nerve activity to explore communication between the gut and brain.

From trade-offs to translation: an interdisciplinary roadmap for neurotechnology
R Serrano, et al. Science Advances 12, eaee8595 (2026)
Tiny electronic devices can use electricity to deliver molecules through soft gels. This study reveals how adjusting the gels’ water content and electrical charge makes delivery more efficient and predictable. These findings help guide the development of EnterBio’s tools for delivering chemical signals to nerves in the gut, to explore how they influence the brain.

Polyelectrolyte design principles for electrophoretic drug delivery
H Saarela Unemo, et al. Advanced Science 13, e22981 (2026)
Devices that listen to and influence nerve activity could open new ways to treat disease. This article outlines how researchers from different fields can work together to make these technologies reliable, practical to produce and suitable for healthcare. Its roadmap helps frame EnterBio’s longer-term ambition to treat neurological disorders by acting through the gut.

Miniaturized iontronic micropipettes for precise and dynamic ionic modulation of neuronal and astrocytic activity
T Arbring Sjöström, et al. Small 21, 2410906 (2025)
A microscopic pipette uses electricity to deliver tiny amounts of potassium to individual brain cells. Tests in brain tissue showed that it can quickly and reversibly change the activity of nerve cells and their supporting cells. This precise chemical control provides a foundation for EnterBio’s tools to study and influence the nervous system through the gut.

Mechanistic insights into the interaction between epilepsy and sleep
L Sheybani, et al. Nature Reviews Neurology 21, 177–192 (2025)
Sleep and epilepsy are closely connected, with changes in the brain’s rhythms linked to seizures and disrupted sleep. This review explores what might explain these links, and how understanding them could improve epilepsy care. It provides a scientific foundation for EnterBio’s wider effort to understand and influence brain activity through the gut.