In Vivo Electrophysiology
Continuous signal stability analysis, single-unit isolation, signal-to-noise optimization, and longitudinal neural dynamics.
Next-Gen Preclinical Validation
Decoding Failure Mechanisms in Implantable Neurotechnology
ACCREVIA de-risks neural interfaces through integrated biological, engineering, and computational characterization—accelerating your path to clinical translation.
Expertise & Services
Mechanistic Characterization Capabilities
Quantitative Histopathology
High-resolution tissue-interface evaluation, glial scar morphometry, neuroinflammatory profiling, and neuronal density mapping.
Device Failure Diagnostics
Impedance spectroscopy, material degradation analysis, benchtop mechanical testing, and bio-encapsulation assessment.
Computational Intelligence
Machine learning-driven signal extraction, predictive computational modeling, and automated histology image segmentation.
Target Platforms
Supported Neurotechnologies
Brain–Computer Interfaces (BCIs)
Deep Brain Stimulation (DBS)
Peripheral Nerve Interfaces
Bioelectronic Therapeutics
Neural Prosthetics
Closed-Loop Neuromodulation
De-Risk Your Neural Interface Development
Connect with our scientific directors to discuss custom preclinical study designs and validation strategies.