Neuroscience · Platform

Molecular neuroscience virtual reality training

Step-by-step VR training for foundational neuroscience wet-lab techniques — from micropipetting to patch clamp electrophysiology.

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Molecular Neuroscience VR platform overview

No reagents or physical lab equipment needed

Trainees repeat procedures as many times as needed without using costly reagents, tissue samples, or supervised rig time.

Step-by-step guidance before touching real equipment

Each module walks trainees through the full procedure so they arrive at the real bench already familiar with every step.

Standalone Meta Quest

Runs on a single headset with no PC or lab setup required. Ready to use in libraries, common rooms, or at home.

Platform modules

What's inside the platform

Micropipetting technique practice in Molecular Neuroscience VR

Micropipetting

Develop accurate pipetting technique through guided, repeatable practice — building the muscle memory and precision needed before handling real reagents or tissue samples.

ACSF solution preparation in Molecular Neuroscience VR platform

ACSF solution preparation

Learn to prepare Artificial Cerebrospinal Fluid step by step — understanding constituent roles, concentration calculation, and correct mixing procedure in a risk-free environment.

Intracellular solution preparation in Molecular Neuroscience VR

Intracellular solution preparation

Practise preparing intracellular recording solutions with accurate osmolarity and pH targets — developing familiarity with the process before working with costly reagents.

Patch clamp electrophysiology introduction in VR

Introduction to patch clamp electrophysiology

Walk through the foundational steps of patch clamp technique — equipment setup, pipette positioning, and gigaseal formation — in an immersive, guided VR environment.

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Interested in this platform for your programme?

We'd love to discuss how this platform can be customised to your curriculum, cohort size, and teaching objectives.

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