Seno.Bio Platform Team · updated 2026-07-27
For genuinely new material classes, animal models are a weak predictor of how a material will behave in human tissue. The standard battery can answer whether a material passes, but it is much less informative about why it behaves the way it does — which is exactly the question a reviewer asks when the material has no established comparator.
Organ-chip prediction runs alongside the standard ISO 10993 battery rather than in place of it. The in-vitro work is paired with regulatory science analysis, so the resulting data is framed in the terms a reviewer works in. Where it makes sense, we also support the client in preparing a peer-reviewed publication describing the evaluation approach, with the client as first author.
This approach is most useful for novel material classes and combination products, where the absence of a comparator is the core evaluation problem. For established material classes with a clear predicate, the standard battery alone is usually the faster route and we will say so.
This page describes how the platform structures this type of programme. It is not a report on a single named engagement: client identity, product details, project timelines and commercial terms are covered by confidentiality agreements and are not disclosed.