T. A. Waigh

Electrical impedance spectroscopy with bacterial biofilms: neuronal-like behaviour

The paper demonstrates that E. coli biofilms exhibit negative capacitance at low frequencies in electrical impedance spectroscopy, similar to neuronal behavior, and links this to voltage-gated potassium channels.

Electrical Signalling in Three Dimensional Bacterial Biofilms Using an Agent Based Fire-Diffuse-Fire Model

The paper models electrical signaling in E. coli biofilms using a fire-diffuse-fire model, showing that wavefronts exhibit super-diffusive scaling and are influenced by geometry and ion diffusivity.

Emergence of ion-channel mediated electrical oscillations in E. coli biofilms

This study identifies ion-channel mediated electrical oscillations in E. coli biofilms, showing two hyperpolarization events in response to light stress and their role in long-range signaling.

Network Organisation and the Dynamics of Tubules in the Endoplasmic Reticulum

The paper quantifies ER network organisation and dynamics in live cells, classifying tubule motion as active or thermal and identifying indicators of tension imbalances and membrane interactions.

Deciphering anomalous heterogeneous intracellular transport with neural networks

This paper develops a deep learning model to analyze heterogeneous intracellular transport by estimating Hurst exponents from short time series data, enabling dynamic segmentation of cellular structures.