Additional multimedia material for the Research Report 2023–2025

The Cognitive Neuroendocrinology working group present their research.Research Report 2023–2025 | Chapter 2.4.1 | page more

Demonstrating fine-grained kinematic assessments of complex sensorimotor functions using a robotic device in an augmented reality environment (Kinarm robotic device)Research Report 2023–2025 | Chapter 2.8.1 | page more

Demonstrating bimanual coordinationResearch Report 2023–2025 | Chapter 2.8.2 | page more

Demonstrating proprioceptive dysfunctionResearch Report 2023–2025 | Chapter 2.8.3 | page more

Demonstrating the BCI setupResearch Report 2023–2025 | Chapter 2.8.4 | page more

Research Report 2023–2025 | Chapter 2.10.1 | page more

Travelling waves induced by different rotating-wedge stimuli acquired with GE-BOLD. Average percent signal changes for each time point are sampled onto an inflated cortical surface mesh. The corresponding stimulus is shown in the lower right corner.Research Report 2023–2025 | Chapter 3.1.4 | page  more

Example of a travelling wave induced by the 2-wedge run across cortical depth. Note that putative draining veins are also visible as stripe-like structures with high signal responses and some temporal delay (drainage effect).Research Report 2023–2025 | Chapter 3.1.4 | page more

Example of a travelling wave induced by the 14-wedge run across cortical depth.Research Report 2023–2025 | Chapter 3.1.4 | page more

Short association fibres detected by tractography show a sheet-like organisation that preserves cortical retinotopic order within the sheet.Research Report 2023–2025 | Chapter 3.2.1 | page more