Skip to Main Content
Baby pigs


Medgene Labs works with leading researchers and strategic partners in the fields of virology, bacteriology, immunology, and molecular diagnostics. Sources of market-aligned technology concepts include an expanding network of university researchers, regional producers, biotechnology companies, and contract research organizations. As an animal health diagnostics and therapeutic development company, Medgene Labs is developing unique products that solve current market challenges.


MobileAir Xtractor 400 (MAX400)

The MAX400 is a patented, revolutionary air sampling system used by producers and researchers to monitor airborne pathogens potentially threatening their operations. The system has successfully been used to detect Influenza, Porcine Reproductive and Respiratory Syndrome Virus, and Mycoplasma hypopneumoniaewithin operations, as well as at distances of at least 3 miles from affected operations (Corzo et al., 2013a; Corzo et al.,2013b; Dee et al., 2009; Otake et al., 2010).

Airborne dissemination of pathogens is a significant risk to producers, and the MAX400 is designed to assist in the identification of these risks. Industry experts using the device have provided "veterinarians and producers with proof that longdistance airborne transport of economically significant pathogens of swine is possible." (Dee et al., 2009). In controlled experiments, the MAX400 "proved to be an analytically sensitive method for detecting airborneinfluenza very low aerosolized concentrations of 101 TCID50/ml."(Corzoet al., 2013b).

Regional aerosol collection, detection and elimination of these pathogens are critical elements of a successful eradication program - the MAX400 is the first step in establishing an early warning system.

The MAX400 provides animal producers with a precise system for the collection of samples leading to the early detection of airborne pathogens. Once collected, samples are submitted to a diagnostic lab for analysis using well-defined, PCR based techniques. This is the first step to disease eradication and significant operating cost savings. Early detection of airborne infectious disease will serve as a valuable function in helping animal producers reach new levels of productivity in the 21st century.
Corzo, C.A., M. Culhane, S. Dee, R.B. Morrison, and M. Torremorell. 2013a. Airborne detection and quantification of swine influenza a virus in air samples collected inside, outside and downwind from swine barns. PLoS One 8:e71444.

Corzo, C.A., A. Romagosa, S.A. Dee, M.R. Gramer, R.B. Morrison, and M. Torremorell. 2013b. Relationship between airborne detection of influenza A virus and the number of infected pigs. Vet J 196;171-175.

Dee S., S. Otake, S. Oliveira, and J. Deen. 2009. Evidence of long distance airborne transport of porcine reproductive and respiratory syndrome virus and Mycoplasma hyopneumoniae. Vet Res 40:39.

Otake, S., S. Dee, C. Corzo, S. Oliveira, and J. Deen. 2010. Long-distance airborne transport infectious PRRSV and Mycoplasma hyopneumoniae from a swine population infected with multiple viral variants. VetMicrobial 145:198-209.

News & Research

News & Research Documentation on Purchasing Monoclonal Antibodies.

Documentation download to purchase monoclonal antibodies.

Read More

News & Research Disease No. 1 cause of weight variation

Disease is the top factor that causes variations in weights in a single swine herd, robbing producers of achieving maximum profit.

Read More