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Protein target · ChEMBL and the Guide to Pharmacology

Medicines acting on EGLN1

Egl-9 family hypoxia inducible factor 1. Every medicine in our data that ChEMBL or the Guide to Pharmacology records as acting on this protein, with the source for each and its current clinical trials on this site.

Sources: ChEMBL (CC BY-SA 3.0) via the Open Targets Platform, release 26.09; IUPHAR/BPS Guide to PHARMACOLOGY 2026.3 (CC BY-SA 4.0). ENSG00000135766
2Medicines acting on EGLN1 (2 with a page here)
1 of 2Listed by both ChEMBL and the Guide to Pharmacology
9Current clinical trials of these medicines in our registers
InhibitorMost common way they act (2 of 2)
01

Medicines acting on EGLN1

most-trialled first
MedicineHow it actsSourceCurrent trials here
Roxadustat
CHEMBL2338329
Hypoxia-inducible factor prolyl hydroxylase inhibitor Inhibitor
Small molecule
ChEMBL only 6
Enarodustat
CHEMBL4297619
Egl nine homolog 1 inhibitor Inhibitor
Small molecule
✓ Both 3

“Both” means ChEMBL and the Guide to Pharmacology each record this medicine acting on this protein; “only” means one source records it and the other does not (often because it lists fewer secondary targets). The Guide to Pharmacology adds a medicine here only when this protein is its primary target. Medicines without a link have no page on this site yet.

02

Diseases these medicines are tested for

by number of EGLN1 medicines
DiseaseMedicines testedFurthest trial phase
Stage 5 chronic kidney disease 2 Phase 3
Anemia 1 Phase 3
Aplastic anemia 1 Phase 3
Kidney disorder 1 Phase 3
Myelodysplastic syndrome 1 Phase 3
Diabetic kidney disease 1 Phase 2
Abnormal mineralization disorder 1 Phase 1/2
Anxiety 1 Phase 1/2
Cardiovascular disorder 1 Phase 1/2
Depressive disorder 1 Phase 1/2
Major depressive disorder 1 Phase 1/2
Chronic kidney disease 1 Phase 1

From ChEMBL's drug-disease records, which draw on trial registries. A trial phase is not an approval; approved uses are on each medicine's page from the regulators' own records.

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How this page is built

Which medicines act on this protein comes from two independent, expert-curated sources: ChEMBL's mechanism-of-action records (via the Open Targets Platform) and the IUPHAR/BPS Guide to PHARMACOLOGY. Each row says which of them lists it. Data from them is shared here under their share-alike licences (CC BY-SA 3.0 and 4.0).

A job re-reads both sources every 30 days. Medicines are matched to our pages by exact name or a ChEMBL-curated synonym, and to the Guide to Pharmacology by ChEMBL ID or exact name, never by a close spelling. No AI drafting. See our methodology. The Open Targets data on this page was last retrieved on 30 Sep 2026. How every register is built: methodology · fixes we have made: corrections log.

Please verify before you rely on this. This page is general information for life-science and pharmaceutical professionals. It is not medical advice, and it has not been reviewed by a clinician — our editorial team holds life-science qualifications, not clinical ones. It is not exhaustive and may not reflect the most recent label change. Always check the official prescribing information (US Prescribing Information or EU SmPC) and speak to your doctor or pharmacist before acting on anything here. Drugs in the same class are not automatically interchangeable, and approvals, brand names and indications differ between the US, the EU/Ireland (EMA/HPRA) and other regions. Spotted an error? Tell us — we correct promptly and log it.