[{"id":"hif-vhl","kind":"pathway","name":"VHL / HIF oxygen sensing","route":"/pathways/hif-vhl/","commit":"0bdbdae6c6","date":"2026-09-09","author":"Jude Gomila","message":"Editing pass: every TL;DR and summary stands alone","file":"src/data/pathways.ts","type":"changed","fields":[{"field":"tldr","before":"\"How cells sense oxygen (the 2019 Nobel Prize). VHL destroys HIF when oxygen is present. Kidney cancers lose VHL, so HIF-2α is permanently on and drives blood vessel growth and proliferation.\"","after":"\"The VHL/HIF pathway is how cells sense oxygen (the 2019 Nobel Prize). VHL destroys HIF when oxygen is present. Kidney cancers lose VHL, so HIF-2α is permanently on and drives blood vessel growth and proliferation.\""}]},{"id":"hif-vhl","kind":"pathway","name":"VHL / HIF oxygen sensing","route":"/pathways/hif-vhl/","commit":"815a2a8bae","date":"2026-09-05","author":"Jude Gomila","message":"OnCo: open map of oncology — corpus (642 objects, 14 kinds), graph, static site, API, TNBC spike","file":"src/data/pathways.ts","type":"added","fields":[{"field":"id"},{"field":"name"},{"field":"wikipedia"},{"field":"tldr"},{"field":"summary"},{"field":"analogy"},{"field":"nodes"},{"field":"edges"},{"field":"interventions"},{"field":"targets"},{"field":"drugs"},{"field":"cancers"}]}]