TRV-120027
Also known as: TRV-027, TRV027, TRV120027
Summary
TRV120027 is a synthetic heptapeptide biased ligand at the AT1 receptor developed by Trevena Inc. It was investigated primarily for acute heart failure (AHF), aiming to reduce cardiac preload/afterload and improve renal perfusion without the rebound hemodynamic deterioration seen with other AHF agents. Despite promising phase II data (BLAST-AHF), it did not demonstrate superiority in the phase II/III program and development was discontinued.
Mechanism of Action
Selectively activates beta-arrestin signaling pathways at the angiotensin II type 1 receptor (AT1R) while blocking Gq-protein-mediated vasoconstriction. This biased agonism promotes cardioprotective signaling (cardiomyocyte survival, reduced apoptosis) and natriuresis without the deleterious hemodynamic effects of conventional AT1R activation.
Routes of Administration
Goals & Uses
- Cardiomyocyte cytoprotectionCardioprotectionLow
- Reduction of dyspnea in acute heart failureCardiovascular / HemodynamicModerate
- Reduction of cardiac preload and afterloadCardiovascular / HemodynamicModerate
- Renal protection during AHF treatmentRenal / Organ ProtectionLow
Contraindications
- PregnancyPopulationHighPotential fetal risk or insufficient safety data
- Hypotension (severe)HemodynamicHigh
- Severe bilateral renal artery stenosisRenalHigh
Adverse Effects
- HeadacheNeurologicUncommonPain in the head or upper neck
- HypotensionCardiovascularCommonLow blood pressure
- NauseaGastrointestinalUncommonFeeling of sickness or urge to vomit
- Worsening renal functionRenalUncommon
Drug Interactions
- Antihypertensive agentsModerate
- ACE inhibitorsHigh
- Potassium-sparing diureticsModerate
Population Constraints
- Pediatric populationAgeRelative
- Pregnant womenReproductiveAbsolute
- Severe hepatic impairmentOrgan ImpairmentRelative
Regulatory Status
- European UnionUnapprovedNo regulatory submission or approval in the European Union.
- United StatesInvestigationalInvestigated under IND; development discontinued after phase II trials did not demonstrate sufficient efficacy. Never approved by FDA.
- United KingdomUnapprovedNo regulatory submission or approval in the United Kingdom.
Never received regulatory approval in any jurisdiction. Investigated under IND in the United States. Development halted after inconclusive/negative clinical trial results circa 2016-2017.
Evidence & Sources
No sources recorded yet.