Friedreich's ataxia
A map of the field of knowledge on Friedreich's ataxia, anonymised, as a demonstration of the method. The medical notice is placed up front.
See a case: Friedreich's ataxiaIt applies the SPES method to rare diseases: it observes how the scientific knowledge about a disease is organised —not the disease itself—. From public sources it builds a map of the structure of the field, auditable back to its source.
A map of the knowledge about a disease, in three readings.
Which concepts structure it, whether it is integrated or fragmented, and how it evolved over time.
The researchers and centres that structure the field, confirmed by cross-referencing independent sources. In a rare field, knowing that the research depends on few groups is concrete information about sustainability.
Places where the structure of the knowledge would expect a connection that is not yet there: candidates for research, flagged as candidates, never as conclusions.
An illustration of how the structure of a field looks: concepts connected by their relationships. Hover over a point to highlight its connections.
Illustrative: it does not represent real data. Colour marks the connection.
The boundary is explicit, and that is what makes it reliable.
The engine proposes; the human decides
The engine proposes where to look, with grounds; the human —researcher, physician— confirms and decides. SPES asserts the structure (what is measured) and distinguishes it from the interpretation (what is proposed, subject to confirmation). Its value is traceability and auditability: every structural assertion can be reconstructed back to its public source.
Patient associations and research groups that need to organise reliable information and decide where it is worth concentrating effort —not to guide treatment, but to map the terrain of the knowledge—.
A map of the field of knowledge on Friedreich's ataxia, anonymised, as a demonstration of the method. The medical notice is placed up front.
See a case: Friedreich's ataxia