#public-health

Globale Public-Health-Daten als API, basierend auf dem offenen disease.sh-Datensatz. Rufen Sie weltweite COVID-19-Gesamtzahlen ab (Fälle, Todesfälle, Genesene, Aktive, Kritische, Tests und Pro-Million-Raten), dieselben Zahlen für jedes Land (z. B. Deutschland), jeden Kontinent (z. B. Europa) oder jeden US-Bundesstaat (z. B. Kalifornien) sowie die vollständige sortierbare Länderliste, geordnet nach Fällen, Todesfällen, Tests und mehr. Verfolgen Sie Impfstoffabdeckungs-Zeitlinien global oder pro Land und rufen Sie historische tagesaktuelle Fall-, Todes- und Genesungszeitlinien für jedes Land ab. Echte Daten, kein API-Key upstream erforderlich. Ideal für Gesundheits-Dashboards, epidemiologische Forschung, Datenjournalismus und Analytik.

api.oanor.com/disease-api

Epidemiology-basics maths as an API, computed locally and deterministically. The herd-immunity endpoint computes the herd-immunity threshold HIT = 1 − 1/R0 — the immune fraction of a population at which an outbreak can no longer sustain itself — from the basic reproduction number R0, and adjusts for an imperfect vaccine by dividing by its efficacy, so a disease with R0 = 3 needs about 67 % immune (74 % vaccinated with a 90 %-effective vaccine) while measles at R0 ≈ 15 needs about 93 %. The r-effective endpoint computes the effective reproduction number Re = R0 · susceptible fraction and flags whether the epidemic is growing (Re > 1) or shrinking. The final-size endpoint solves the final-epidemic-size equation Z = 1 − e^(−R0·Z) for the eventual attack rate of an unmitigated SIR epidemic — about 80 % at R0 = 2. The doubling-time endpoint gives the case-doubling time from a growth rate, or from R0 and the serial interval. Fractions are 0–1 and percentages are derived. Everything is computed locally and deterministically, so it is instant and private. Ideal for public-health, epidemiology-education, dashboard, science-communication and outbreak-planning app developers, herd-immunity and reproduction-number tools, and health software. Simple compartmental relations for education and planning, not a substitute for full epidemiological modelling. Pure local computation — no key, no third-party service, instant. Live, nothing stored. 4 endpoints. This is epidemiology basics; for population-genetics Hardy-Weinberg use a genetics API.

api.oanor.com/epidemic-api

The World Health Organization's Global Health Observatory (GHO) as an API — authoritative global health statistics for every WHO member state. Search a catalogue of more than 3,000 health indicators spanning life expectancy and healthy life expectancy, mortality and causes of death, immunization and vaccine coverage, communicable and noncommunicable disease burden, maternal and child health, nutrition, mental health, health workforce, health financing, water and sanitation, and risk factors such as tobacco, alcohol and obesity. For any indicator, pull a country's complete time-series — each data point with its year, value, the WHO uncertainty interval (low and high bounds), the WHO region and the breakdown dimension (for example sex) — or compare the indicator across many countries for a chosen year, or the latest available year per country, ranked by value. Country codes are ISO3 (DEU, USA, JPN) or WHO region codes; results can be filtered by sex (both, male or female). Ideal for public-health research, journalism, NGO and policy dashboards, epidemiology and global-development analysis. Indicator codes come from the indicators endpoint (e.g. WHOSIS_000001 is life expectancy at birth). Data from the WHO Global Health Observatory.

api.oanor.com/who-api