Disease Overview
Gene targets queried against DGIdb, Open Targets, ChEMBL, PubMed, and Europe PMC. Agents ranked: ● Clinical > ● Mechanistic > ● Correlative.
AGTR1
| Therapeutic Agent | Effect Direction | Evidence Tier | Potency | Source |
|---|---|---|---|---|
| CANDESARTAN CILEXETIL | ↓ inhibits | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL586135 | ? unclear | Mechanistic | DGIdb | |
| VALSARTAN | ↓ inhibits | Mechanistic | 4700.0 nM (Ki) | DGIdb |
| EPROSARTAN MESYLATE | ↓ inhibits | Mechanistic | DGIdb | |
| FIMASARTAN | ↓ inhibits | Mechanistic | DGIdb | |
| ASCORBIC ACID | ? unclear | Mechanistic | DGIdb | |
| OLMESARTAN MEDOXOMIL | ↓ inhibits | Mechanistic | DGIdb | |
| AZILSARTAN MEDOXOMIL | ↓ inhibits | Mechanistic | DGIdb | |
| THERAPEUTIC ANDROSTANOLONE | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL347610 | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL421088 | ? unclear | Mechanistic | DGIdb | |
| LOSARTAN POTASSIUM | ↓ inhibits | Mechanistic | 5.5 nM (IC50) | DGIdb |
| CHEMBL:CHEMBL1492017 | ? unclear | Mechanistic | DGIdb | |
| SPARSENTAN | ↓ inhibits | Mechanistic | DGIdb | |
| SODIUM CHLORIDE | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL261693 | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL1972216 | ? unclear | Mechanistic | DGIdb | |
| EPROSARTAN | ? unclear | Mechanistic | 7.3 nM (IC50) | DGIdb |
| C-FOS ANTISENSE | ? unclear | Mechanistic | DGIdb | |
| SARALASIN ACETATE | ↓ inhibits | Mechanistic | DGIdb | |
| IRBESARTAN | ↓ inhibits | Mechanistic | 1.1 nM (Ki) | DGIdb |
| DISULFIRAM | ? unclear | Mechanistic | DGIdb | |
| SAPRISARTAN | ? unclear | Mechanistic | DGIdb | |
| H2O2 | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL591834 | ? unclear | Mechanistic | DGIdb | |
| CAPTOPRIL | ? unclear | Mechanistic | DGIdb | |
| ANGIOTENSIN II | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL400912 | ? unclear | Mechanistic | DGIdb | |
| ATORVASTATIN CALCIUM TRIHYDRATE | ? unclear | Mechanistic | DGIdb | |
| IDOXIFENE | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL528694 | ? unclear | Mechanistic | DGIdb | |
| IL-6 | ? unclear | Mechanistic | DGIdb | |
| ANGIOTENSIN II ACETATE | ↑ activates | Mechanistic | DGIdb | |
| LEVODOPA | ? unclear | Mechanistic | DGIdb | |
| GAMMA-INTERFERON | ? unclear | Mechanistic | DGIdb | |
| AZILSARTAN KAMEDOXOMIL | ↓ inhibits | Mechanistic | DGIdb | |
| HYDROCHLOROTHIAZIDE | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL1445650 | ? unclear | Mechanistic | DGIdb | |
| MUSCLE RELAXANT | ? unclear | Mechanistic | DGIdb | |
| CL-329167 | ? unclear | Mechanistic | DGIdb |
Showing top 40 of 249 agents ranked by evidence tier.
LMNA
| Therapeutic Agent | Effect Direction | Evidence Tier | Potency | Source |
|---|---|---|---|---|
| HISTAMINE | ? unclear | Mechanistic | DGIdb | |
| LONAFARNIB | ? unclear | Mechanistic | DGIdb | |
| CHEMBL:CHEMBL328710 | ? unclear | Mechanistic | DGIdb | |
| CHEMBL1369905 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1604920 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1592238 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1604921 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1379757 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1458208 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1339839 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1497658 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1536795 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1458219 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1354786 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1536801 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL383200 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1594437 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1536807 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1359105 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1458225 | ~ modulates | Mechanistic | ChEMBL | |
| ETHAVERINE | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL3212696 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1379737 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1319307 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1329385 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1339811 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1604864 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1329925 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL3212874 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1394608 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1446960 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1477584 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1438389 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1475134 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1433981 | ~ modulates | Mechanistic | ChEMBL | |
| TEMAZEPAM | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1525696 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1339829 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1409613 | ~ modulates | Mechanistic | ChEMBL | |
| CHEMBL1339830 | ~ modulates | Mechanistic | ChEMBL |
Showing top 40 of 203 agents ranked by evidence tier.
MYBPC3
| Therapeutic Agent | Effect Direction | Evidence Tier | Potency | Source |
|---|---|---|---|---|
| OMECAMTIV MECARBIL | ? unclear | Mechanistic | DGIdb |
MYH7
TNNT2
| Therapeutic Agent | Effect Direction | Evidence Tier | Potency | Source |
|---|---|---|---|---|
| CHEMBL:CHEMBL1601846 | ? unclear | Mechanistic | DGIdb | |
| PURPUROGALLIN | ? unclear | Mechanistic | 3615.0 nM (IC50) | DGIdb |
| LEVOSIMENDAN | ~ modulates | Mechanistic | DGIdb | |
| PYROGALLOL RED | ? unclear | Mechanistic | 558.14 nM (IC50) | DGIdb |
| CHEMBL1425538 | ↓ inhibits | Mechanistic | 676.76 nM (IC50) | ChEMBL |
| CHEMBL1698288 | ↓ inhibits | Mechanistic | 12683.0 nM (IC50) | ChEMBL |
| CHEMBL1362935 | ↓ inhibits | Mechanistic | 2724.0 nM (IC50) | ChEMBL |
| CHEMBL1356785 | ↓ inhibits | Mechanistic | 1819.0 nM (IC50) | ChEMBL |
| CHEMBL1969707 | ↓ inhibits | Mechanistic | 7597.0 nM (IC50) | ChEMBL |
| CHEMBL1601846 | ↓ inhibits | Mechanistic | 3191.0 nM (IC50) | ChEMBL |
| CHEMBL1373655 | ↓ inhibits | Mechanistic | 14960.0 nM (IC50) | ChEMBL |
| CHEMBL1528814 | ↓ inhibits | Mechanistic | 27657.0 nM (IC50) | ChEMBL |
| CHEMBL246446 | ↓ inhibits | Mechanistic | 20888.0 nM (IC50) | ChEMBL |
| CHEMBL1730100 | ↓ inhibits | Mechanistic | 16579.0 nM (IC50) | ChEMBL |
| CHEMBL1730974 | ↓ inhibits | Mechanistic | 3888.0 nM (IC50) | ChEMBL |
| CHEMBL1430473 | ↓ inhibits | Mechanistic | 10997.0 nM (IC50) | ChEMBL |
| CHEMBL1563898 | ↓ inhibits | Mechanistic | 1640.0 nM (IC50) | ChEMBL |
| CHEMBL1414432 | ↓ inhibits | Mechanistic | 19681.0 nM (IC50) | ChEMBL |
| CHEMBL257359 | ↓ inhibits | Mechanistic | 22446.0 nM (IC50) | ChEMBL |
| CHEMBL1190214 | ↓ inhibits | Mechanistic | 8598.0 nM (IC50) | ChEMBL |
| CHEMBL1335321 | ↓ inhibits | Mechanistic | 47480.0 nM (IC50) | ChEMBL |
| CHEMBL69612 | ↓ inhibits | Mechanistic | 40212.0 nM (IC50) | ChEMBL |
| CHEMBL1427775 | ↓ inhibits | Mechanistic | 7659.0 nM (IC50) | ChEMBL |
| CHEMBL1424694 | ↓ inhibits | Mechanistic | 3446.0 nM (IC50) | ChEMBL |
| CHEMBL1366427 | ↑ activates | Mechanistic | 13703.0 nM (EC50) | ChEMBL |
| CHEMBL1596655 | ↑ activates | Mechanistic | 3326.0 nM (EC50) | ChEMBL |
| CHEMBL1408111 | ↑ activates | Mechanistic | 40044.0 nM (EC50) | ChEMBL |
| CHEMBL1346219 | ↑ activates | Mechanistic | 17943.0 nM (EC50) | ChEMBL |
| CHEMBL1451725 | ↑ activates | Mechanistic | 18755.0 nM (EC50) | ChEMBL |
| CHEMBL1601529 | ↑ activates | Mechanistic | 15249.0 nM (EC50) | ChEMBL |
| CHEMBL1346165 | ↑ activates | Mechanistic | 5397.0 nM (EC50) | ChEMBL |
| CHEMBL1398812 | ↑ activates | Mechanistic | 413.02 nM (EC50) | ChEMBL |
| CHEMBL1302799 | ↑ activates | Mechanistic | 6895.0 nM (EC50) | ChEMBL |
| CHEMBL1429070 | ↑ activates | Mechanistic | 1143.0 nM (EC50) | ChEMBL |
| CHEMBL1429158 | ↑ activates | Mechanistic | 17900.0 nM (EC50) | ChEMBL |
| CHEMBL1359099 | ↑ activates | Mechanistic | 5480.0 nM (EC50) | ChEMBL |
| CHEMBL1379673 | ↑ activates | Mechanistic | 286.87 nM (EC50) | ChEMBL |
| CHEMBL1468444 | ↑ activates | Mechanistic | 278.85 nM (EC50) | ChEMBL |
| CHEMBL1604510 | ↑ activates | Mechanistic | 742.02 nM (EC50) | ChEMBL |
| CHEMBL1970784 | ↑ activates | Mechanistic | 3934.0 nM (EC50) | ChEMBL |
Showing top 40 of 120 agents ranked by evidence tier.
| Therapeutic Agent | Effect Direction | Evidence Tier | Potency | Source |
|---|---|---|---|---|
| APIGENIN | ? unclear | Mechanistic | 18000.0 nM (IC50) | DGIdb |
| ACORAMIDIS | ~ modulates | Mechanistic | 314.0 nM (Kd) | DGIdb |
| INOTERSEN | ? unclear | Mechanistic | DGIdb | |
| ACORAMIDIS HYDROCHLORIDE | ~ modulates | Mechanistic | DGIdb | |
| TAFAMIDIS | ~ modulates | Mechanistic | 274.0 nM (Kd) | DGIdb |
| MASOPROCOL | ? unclear | Mechanistic | DGIdb | |
| PATISIRAN | ? unclear | Mechanistic | DGIdb | |
| ETHYL CAFFEATE | ? unclear | Mechanistic | 23000.0 nM (EC50) | DGIdb |
| REVUSIRAN | ? unclear | Mechanistic | DGIdb | |
| EPLONTERSEN | ? unclear | Mechanistic | DGIdb | |
| CAFFEIC ACID PHENETHYL ESTER | ? unclear | Mechanistic | 8600.0 nM (EC50) | DGIdb |
| DIHYDROGUAIARETIC ACID | ? unclear | Mechanistic | 6300.0 nM (EC50) | DGIdb |
| VUTRISIRAN | ? unclear | Mechanistic | DGIdb | |
| TAFAMIDIS MEGLUMINE | ~ modulates | Mechanistic | DGIdb | |
| BENZYL CAFFEATE | ? unclear | Mechanistic | 16000.0 nM (EC50) | DGIdb |
| PATISIRAN SODIUM | ? unclear | Mechanistic | Open Targets | |
| INOTERSEN SODIUM | ? unclear | Mechanistic | Open Targets | |
| VUTRISIRAN SODIUM | ? unclear | Mechanistic | Open Targets | |
| EPLONTERSEN SODIUM | ? unclear | Mechanistic | Open Targets | |
| TRICLOSAN | ↓ inhibits | Mechanistic | 53500.0 nM (IC50) | ChEMBL |
| CHEMBL394034 | ↓ inhibits | Mechanistic | 120.0 nM (Kd) | ChEMBL |
| CHEMBL240165 | ↓ inhibits | Mechanistic | 42.0 nM (Kd) | ChEMBL |
| CHEMBL241454 | ↓ inhibits | Mechanistic | 27.0 nM (Kd) | ChEMBL |
| CHEMBL241453 | ↓ inhibits | Mechanistic | 88.0 nM (Kd) | ChEMBL |
| CHEMBL240808 | ↓ inhibits | Mechanistic | 27.0 nM (Kd) | ChEMBL |
| CHEMBL438498 | ↓ inhibits | Mechanistic | 0.2 nM (Kd) | ChEMBL |
| CHEMBL240806 | ↓ inhibits | Mechanistic | 0.3 nM (Kd) | ChEMBL |
| CHEMBL240805 | ↓ inhibits | Mechanistic | 5.7 nM (Kd) | ChEMBL |
| CHEMBL240804 | ↓ inhibits | Mechanistic | 13.9 nM (Kd) | ChEMBL |
| DEXTROTHYROXINE | ↓ inhibits | Mechanistic | 7170.0 nM (IC50) | ChEMBL |
| CHEMBL241025 | ↓ inhibits | Mechanistic | 1940.0 nM (IC50) | ChEMBL |
| CHEMBL240807 | ↓ inhibits | Mechanistic | 3160.0 nM (IC50) | ChEMBL |
| CHEMBL392872 | ↓ inhibits | Mechanistic | 41000.0 nM (IC50) | ChEMBL |
| CHEMBL238590 | ↓ inhibits | Mechanistic | 45000.0 nM (IC50) | ChEMBL |
| CHEMBL392873 | ↓ inhibits | Mechanistic | 55000.0 nM (IC50) | ChEMBL |
| CHEMBL241575 | ↓ inhibits | Mechanistic | 20000.0 nM (IC50) | ChEMBL |
| CHEMBL241573 | ↓ inhibits | Mechanistic | 20000.0 nM (IC50) | ChEMBL |
| FLUFENAMIC ACID | ↓ inhibits | Mechanistic | 2900.0 nM (IC50) | ChEMBL |
| CHEMBL60569 | ↓ inhibits | Mechanistic | 6300.0 nM (IC50) | ChEMBL |
| CHEMBL571374 | ↓ inhibits | Mechanistic | 11000.0 nM (IC50) | ChEMBL |
Showing top 40 of 153 agents ranked by evidence tier.
Recruiting and recently completed trials from ClinicalTrials.gov. Data retrieved 2026-07-03.
This study aims to evaluate the safety and efficacy of fibroblast activation protein (FAP)-targeted autologous immunosuppressive chimeric antigen receptor dendritic cell (iCDC) therapy in patients with ischemic cardiomyopathy, and to explore its potential as a novel therapeutic strategy for this dis...
This is a Phase 1/2, open-label, dose-exploration and dose-expansion, clinical trial evaluating the safety, tolerability, pharmacodynamics, and preliminary efficacy of a single intravenous infusion of AFTX-201 in adults with dilated cardiomyopathy caused by a BAG3 gene mutation
This study aims to evaluate the safety and preliminary efficacy of a second administration of fibroblast activation protein (FAP)-targeted immunosuppressive chimeric antigen receptor dendritic cells (CAR-DC) in patients with end-stage dilated cardiomyopathy. Previous clinical research has shown tha...
This is a pharmacokinetic study (PK Study) to better understand empagliflozin dosing in pediatric Duchenne muscular dystrophy patients. Empagliflozin is currently used off-label in this population due to the mortality benefits seen in adult cardiomyopathy and heart failure. Investigators will perfor...
Background: \- Researchers are interested in studying individuals who have known or suspected metabolic, inflammatory or genetic diseases that may put them at a high risk for heart diseases or diseases of their blood vessels. Depending on the condition being studied, both affected and nonaffected i...
This is a Phase 2 study evaluating the positron-emitting radiopharmaceutical 18F-mFBG as an imaging agent for quantification of myocardial sympathetic innervation. The study will examine a group of stable patients with heart failure (HF) from ischemic cardiomyopathy. All subjects will have left vent...
This is a Phase 1, open-label, dose-escalation trial to characterize the safety, tolerability, and preliminary efficacy of RP-A701 following a single IV administration in high-risk adult patients with BAG3-DCM.
Dystrophin associated heart dysfunction is a leading cause of death in patients with Duchenne and Becker Muscular dystrophy (DMD/BMD) and Duchenne and Becker muscular dystrophy carriers (MDC); however, the evolution of heart dysfunction is not well-understood. The central objectives of this proposal...
This study will investigate the bioequivalence between two formulations of HRS-1893 tablets. Safety and tolerability will also be assessed.
Transthyretin (TTR) is a protein made by the liver that helps transport thyroid hormone and vitamin A in the blood. In some people, this protein breaks down and forms harmful clumps called amyloid. TTR amyloid gets deposited in the heart wall and stops it from pumping blood properly, which may lead ...
Transthyretin amyloidosis (ATTR) is a disease where the normally occurring transthyretin (TTR) protein falls apart and forms amyloid, a sticky plaque-like substance that accumulates in different organs in the body and can cause damage to the organ. There are two ways that the TTR protein can fall ap...
The study focuses on the development of a new personalized approach to diagnostics and surgical treatment of patients with ischemic cardiomyopathy. The algorithm for selection of patients for certain type of cardiac surgery will be developed. The models for prediction of the risks and outcomes of ca...
The purpose of this study is to assess the real-world effectiveness and safety of mavacamten in adults diagnosed with symptomatic obstructive hypertrophic cardiomyopathy (HOCM) receiving cibenzoline in Japan
Researchers are looking for a better way to treat Japanese people who have symptomatic obstructive hypertrophic cardiomyopathy (symptomatic oHCM). Obstructive hypertrophic cardiomyopathy (oHCM) is a type of heart disease where the heart muscles become thicker than normal due to over contraction. Th...
Childhood cancer survivors who received certain treatments are at a higher risk of developing heart problems in the future. This study is looking at ways to educate childhood cancer survivors about that risk and encourage them to receive a recommended heart screening test.
Searched directly from “Cardiomyopathy” via ClinicalTrials.gov interventions and Open Targets' disease→drug data — independent of the 7-gene target panel above. This surfaces agents whose mechanism doesn't route through a curated gene (combination therapies, standard-of-care drugs, targets outside the panel).
Not yet run. python -m biomarker_pipeline.run_disease_agent_discovery --disease "..."