Summary of COVID-19 zavegepant studies

1. Amali et al., BHV3500-203: Phase 2/3: Double-Blind, Randomized, Placebo Controlled, Safety and Efficacy Trial of Zavegepant (BHV-3500) Intranasal (IN) for Hospitalized Patients With COVID-19 Requiring Supplemental Oxygen

47 patient zavegepant late treatment RCT: 168% higher mortality (p=0.4), 25% higher ICU admission (p=1), and 11% worse recovery (p=0.47).
RCT 47 hospitalized COVID-19 patients in the USA showing no significant differences with zavegepant treatment.
May 2024, NCT04346615, https://clinicaltrials.gov/study/NCT04346615, https://c19p.org/amali

Most accessed treatments

Antiviral effects

Vitamins & Minerals

Host endosomal entry / trafficking

Dual-action mAbs

RdRp

Nasal & Oral Sprays / Rinses

Analgesics

Antiandrogens

Host targets and pathways

Inflammatory and immune modulation

Mpro (Gen 1)

Oxidative stress and cytoprotection

Lifestyles

TMPRSS2

Spike neutralization

Replication inhibition (target unresolved)

COVID-19 mAbs

Pleiotropic modulation

Attachment / entry inhibition

Mpro (Gen 2)

H1RAs

Nutrients and microbiome support

Host mAbs

IL-6 / IL-6R blockade

Physical and extracorporeal interventions

Natural products and extracts

Symptom management

Unconfirmed antiviral rationale

Lifestyle, behaviors, and exposure prevention

Other complication management

Mpro / 3CLpro

Host pyrimidine synthesis

Direct viral inactivation

Endothelial / vascular protection

Direct respiratory tract treatments

Other antibodies, proteins, peptides, cells, and RNA therapies

Secondary infection and coinfection management

Summary of COVID-19 zavegepant studies