Our VR modules give learners practical, hands-on experience with essential molecular neuroscience techniques. Developed in collaboration with neuroscientists and laboratory educators, these simulations transform resource-intensive training into accessible, repeatable, and scalable learning. Students and researchers can build confidence in complex tasks such as ACSF preparation, Intracellular solution preparation, and patch clamp electrophysiology, all before setting foot in a physical lab. What is often stressful, costly, and limited by lab access becomes an interactive, risk-free environment where theory and practice merge seamlessly. Learners gain not just technical skills, but also the confidence to apply them in real-world settings.

Key Features:

ACSF Preparation: Learn how to prepare artificial cerebrospinal fluid with the correct composition, buffering, and safety procedures. Practise solution-making in a guided VR environment that reinforces accuracy and confidence.

Intracellular Solution Making: Understand the principles and practical steps behind preparing intracellular recording solutions. Gain repeatable practice measuring and mixing without consuming costly reagents.

Patch Clamp Electrophysiology: Train in the fundamentals of patch clamp, with glass micropipette positioning, membrane sealing, and recording data. Build confidence in one of neuroscience’s most challenging core techniques.

Immersive Lab Environment: Train inside a detailed, interactive neuroscience lab filled with authentic virtual instruments and reagents. Every module is designed to mirror real-world layouts and workflows, helping learners feel familiar with the tools and setup before entering a physical lab.

Step-Based System: Progress through each experiment using clear, structured steps that combine theoretical context with interactive practice. This guided approach helps learners follow real lab protocols while developing confidence and precision at every stage.