Mangoceuticals Announces New Data From Its Proprietary Antiviral Compound MGX-0024

Mangoceuticals, Inc. (NASDAQ:MGRX), a company focused on developing, marketing, and selling a variety of health and wellness products via a secure telemedicine platform under the brands MangoRx and PeachesRx, and a pioneer in innovative wellness solutions, today announced new data from its proprietary antiviral compound MGX-0024. A technical report issued by partner IntraMont Technologies in late 2025, combined with the final signed report from the ICAR-National Institute of High Security Animal Diseases (NIHSAD), Bhopal, supports MGX-0024's potential to reduce respiratory disease impacts in commercial poultry settings and provide meaningful early protection against highly pathogenic avian influenza (HPAI) H5N1 and other respiratory illnesses like Newcastle's disease, IBH, ILT, etc. in birds.

In three independent commercial field trials conducted on farms in Tamil Nadu, India (Duraiswamy and Raghupati Farms), a total of approximately 29,000 broiler chicken received MGX-0024-infused drinking water starting around day 14 of life through market age (37–48 days), with no concurrent antibiotics or antivirals used. Across all flocks, zero mortality was attributed to respiratory pathogens, including viral or bacterial causes such as suspected avian influenza and Mycoplasma infections. Historical farm data and simultaneous neighboring untreated flocks indicated expected respiratory-related mortality of approximately 50%, or roughly 14,500 birds. All recorded deaths, which were minimal in number, were linked to non-respiratory causes, primarily heat stress.

These outcomes build on and expand the earlier May 2025 field studies, which reported zero respiratory-related deaths in treated groups of approximately 8,000–10,000 birds. The current results replicate that performance across a significantly larger population and multiple independent sites. Diagnostic confirmation in the field trials relied on clinical observation and farm records; additional PCR or serology testing was not uniformly applied across all birds due to real-world commercial constraints.