Science · Open for opinions
Which physiological system will the ESA's Exposome Signature experiment publicly identify as the highest risk in long-duration space missions?
The Exposome Signature experiment, described by the ESA in October 2026, monitors inflammation, immune function, oxidative… 85 opinions, 35% Immune system
- Immune system — 35%
- Cardiovascular system — 25%
- Oxidative stress and metabolism — 25%
- Musculoskeletal system — 15%
Deadline: April 24, 2027 at 12:00 AM UTC · 85 opinions
Resolution rules
The Exposome Signature experiment, described by the ESA in October 2026, monitors inflammation, immune function, oxidative stress, and metabolism of astronauts like Sophie Adenot after a nearly eight-month mission, seeking to identify which physiological changes represent long-term risks.
Source: www.esa.int
Frequently asked questions about this event
How is this event resolved?
Resolução baseada na primeira publicação oficial ou comunicado científico da ESA ou dos pesquisadores do experimento Exposome Signature que aponte explicitamente um sistema fisiológico como o de maior risco identificado pelo estudo. Se o documento oficial listar múltiplos sistemas sem hierarquia clara, o mercado será anulado. Fonte: site oficial da ESA (esa.int) ou publicação em revista revisada por pares identificável via PubMed.
How are points scored?
Points depend on the share of votes your side had when you gave your opinion. Being right earns 100 minus that share. Being wrong costs that share.
Right now Immune system has 35% of the votes: an opinion on it that turns out right earns about 65 points, a wrong one costs about 35.