brolucizumab brolucizumab brolucizumab sold under trade name beovu among others, is a humanized single-chain antibody fragment for the treatment of neovascular (wet) age-related macular degeneration (amd). brolucizumabmonoclonal antibodytypesingle-chain variable fragmentsourcehumanizedtargetvascular endothelial growth factor a (vegfa)clinical datatrade namesbeovuother namesbrolucizumab-dbll, rth258, dlx1008ahfs/drugs.commonographmedlineplusa620001license data us dailymed: brolucizumab pregnancycategory au: d routes ofadministrationintravitrealatc codes01la06 (who) legal statuslegal status au: s4 (prescription only) ca: rx-only / schedule d uk: pom (prescription only) us: ℞-only eu: rx-only in general: ℞ (prescription only) identifierscas number1531589-13-5pubchem cid252827371iuphar/bps8713drugbankdb14864chemspidernoneuniixsz53g39h5keggd11083chemical and physical dataformulac1164h1768n310o372s7molar mass26281.17 g·mol−1 the most common side effects are reduced visual acuity, cataract (clouding of the lens in the eye), conjunctival haemorrhage (bleeding at the front of the eye) and vitreous floaters (spots in the vision). the most serious side effects are blindness, endophthalmitis (an infection inside the eye), retinal artery occlusion (blockage of the artery in the retina) and retinal detachment (separation of the retina from the back of the eye). brolucizumab was designed to attach to and block a substance called vascular endothelial growth factor a (vegf-a). vegf-a is a protein that makes blood vessels grow and leak fluid and blood, damaging the macula. by blocking vegf-a, brolucizumab reduces the growth of the blood vessels and controls the leakage and swelling. history brolucizumab is u.s. food and drug administration (fda) approved in ophthalmology as beovu. brolucizumab successfully completed phase iii development in wet age-related macular degeneration (amd) meeting the primary efficacy endpoint of non-inferiority to aflibercept in mean change in best corrected visual acuity (bcva) from baseline to week 48. furthermore, brolucizumab demonstrated superiority to aflibercept in key secondary endpoint measures of disease activity in wet amd, a leading cause of blindness in two head-to-head pivotal phase iii studies. on 8 october 2019, novartis announced that the u.s. food and drug administration (fda) approved brolucizumab injection for the treatment of wet amd. beovu is the first fda approved anti-vegf to offer both greater fluid resolution versus aflibercept and the ability to maintain eligible wet amd patients on a three-month dosing interval immediately after a three-month loading phase with uncompromised efficacy. the fda approved beovu based on evidence from two clinical trials (trial 1/ nct02307682 and trial 2/nct02434328) of 1459 patients, 50–97 years old, with wet amd. the trials were conducted at 336 sites in the united states, canada, central and south america, european countries, israel, turkey, australia, new zealand, japan, south korea, singapore, taiwan, and vietnam. brolucizumab was approved for use in the european union in february 2020. society and culture safety concerns on 23 february 2020, the american society of retina specialists reported side effects of the drug, specifically in 14 cases of retinal vasculitis reported in beovu patients, 11 of the cases were occlusive retinal vasculitis that can lead to vision loss. novartis responded with a statement standing behind the efficacy of beovu. on 11 june 2020, the fda approved an updated beovu label, that included additional safety information specifically including the characterization of adverse events, retinal vasculitis and retinal vascular occlusion, as part of the spectrum of intraocular inflammation observed in hawk (nct02307682) and harrier (nct02434328) clinical trials and noted in the original prescribing information. names brolucizumab is the international nonproprietary name (inn) and the united states adopted name (usan) research non-ophthalmology indications are under investigation, under the name dlx1008. dlx1008 is under preclinical development for kaposi sarcoma and glioblastoma.