Diagnostic Biochips, Inc.
Diagnostic Biochips is dedicated to providing intuitive and powerful neural probes designed to enable groundbreaking research in electrophysiology, along with cloud-based software for spike sorting and analysis. Their mission is to support neuroscientists in discovering cures for challenging neurological diseases through advanced technology.
Industries
Nr. of Employees
small (1-50)
Diagnostic Biochips, Inc.
Glen Burnie, Maryland, United States, North America
Products
High-density silicon neural probes
Lightweight, multi-shank silicon-based probes with high channel counts and tailored electrode site layouts, incorporating integrated low-noise headstage electronics for minimally invasive acute and chronic recordings.
Dual-sided neural probes
Probe designs with electrodes on both faces of a shank to increase recording density and unit yield while preserving a lightweight form factor.
Long-shank depth electrode arrays
Mechanically robust multichannel depth arrays with configurable channel counts and high site density for recording from deep brain targets in large animals and non-human primates.
Cloud data platform for electrophysiology
Turnkey cloud service providing automated data management, spike sorting, analysis workflows, and a browser-based GUI compatible with standard electrophysiology datasets.
High-density silicon neural probes
Lightweight, multi-shank silicon-based probes with high channel counts and tailored electrode site layouts, incorporating integrated low-noise headstage electronics for minimally invasive acute and chronic recordings.
Dual-sided neural probes
Probe designs with electrodes on both faces of a shank to increase recording density and unit yield while preserving a lightweight form factor.
Long-shank depth electrode arrays
Mechanically robust multichannel depth arrays with configurable channel counts and high site density for recording from deep brain targets in large animals and non-human primates.
Cloud data platform for electrophysiology
Turnkey cloud service providing automated data management, spike sorting, analysis workflows, and a browser-based GUI compatible with standard electrophysiology datasets.
Services
Cloud-based electrophysiology data platform
Browser-accessible service providing scalable storage, automated spike sorting, analysis pipelines, and collaborative tools for multichannel neural recordings.
Technical consultation and experiment support
Expert consultation to advise on probe selection, experimental setup, and data workflows; ongoing support during system adoption.
Custom probe configuration and manufacturing consultation
Consultation and custom manufacturing for probe geometries, lengths, attachment options, and optrode-ready adaptations to meet specific experimental requirements.
Workshops and training for high-density neurophysiology
Hands-on and lecture-style workshops covering data preparation, spike sorting, spectral and connectivity analysis using multi-site neurophysiology datasets and cloud tools.
Cloud-based electrophysiology data platform
Browser-accessible service providing scalable storage, automated spike sorting, analysis pipelines, and collaborative tools for multichannel neural recordings.
Technical consultation and experiment support
Expert consultation to advise on probe selection, experimental setup, and data workflows; ongoing support during system adoption.
Custom probe configuration and manufacturing consultation
Consultation and custom manufacturing for probe geometries, lengths, attachment options, and optrode-ready adaptations to meet specific experimental requirements.
Workshops and training for high-density neurophysiology
Hands-on and lecture-style workshops covering data preparation, spike sorting, spectral and connectivity analysis using multi-site neurophysiology datasets and cloud tools.
Expertise Areas
- High-density extracellular electrophysiology
- Neural probe microfabrication (MEMS/lithography)
- Depth electrode design for large-animal and NHP studies
- Dual-sided and multi-shank probe geometries
Key Technologies
- Microfabrication (cleanroom lithography/MEMS)
- Silicon-based multichannel neural probes
- Stainless-steel long-shank depth electrodes
- Dual-sided electrode architectures