LEWOS BIOTECHNOLOGYNEUROSCIENCE · PRECLINICAL CROExplore · Discover · AdvanceFrom electrodes and neural signals, through organoid and cell models, via animal in-vivo validation, to clinical research data and neuro-medical devices — we connect engineering implementation with neuroscience evidence, delivering executable research plans, reusable tools and verifiable conclusions.
How We Solve
When established methods do not meet a research goal, we work alongside partners to develop new analytical methods, toolchains, prototype systems and evidence frameworks.
Research Continuum
From fundamental discovery and preclinical validation to clinical research, we build testable R&D approaches around the specific data, technical constraints and delivery goals of each programme.
Supporting neuroscience research from cells and neural circuits to systems and behaviour, helping teams turn complex experimental data into reliable, reproducible scientific conclusions.
Supporting animal in-vivo validation of neuro-devices, helping teams judge surgical feasibility, device safety and efficacy, and long-term stability before clinical use.
Supporting hospitals, CROs, pharmaceutical and medical-device R&D teams with clinical research data, neural signals, endpoints and reproducible reporting workflows.
Services
Every engagement begins with a specific question, a defined phase goal and clear deliverables. Services can be combined as a focused solution, a custom toolchain or an ongoing R&D collaboration.
Focused Project
For a well-defined but unresolved research or R&D question: problem framing, study design, prototype analysis and initial validation within a focused engagement.
Built for Your Programme
Designing and building analysis methods, computational tools, multimodal pipelines, quality-control systems and automated R&D workflows for specific projects.
Ongoing Collaboration
For research and industry teams that need sustained specialist support across experiments, data, algorithms, validation and translation.
Capabilities
Turning scientific questions, experimental constraints, data types and delivery goals into a clear research plan.
Developing testable method prototypes for neural signals, cellular models, multimodal data and clinical research.
Building reproducible analysis pipelines, quality-control checkpoints, automated reports and durable project records.
Connecting experimental, algorithmic and statistical results into interpretable, traceable research evidence.
Supporting functional evaluation in gene therapy, cell therapy, disease models, efficacy and safety research.
Supporting metrics, workflows and outcome validation for BCI, neurotechnology and neurophysiology research.
Who We Work With
About this practice
This practice draws on interdisciplinary research and industry collaboration across experimental neuroscience, clinical neurophysiology, computational analysis, brain–computer interfaces, hPSC-derived neurons, organoids, MEA analysis and scientific software development. We understand the distinct but connected needs of basic research, clinical studies and industry R&D.
Contact
Start with a clear question, an existing dataset, a preclinical validation milestone or an analysis workflow that needs to be standardised.
Start a conversationDiscuss your target, model or delivery question and learn about study plans, project scope and pricing.
