Targeting the Zoonotic Potential of Bovine Mastitis by an Integrated
One-Health Approach
Abstract
In the midst of modernization of human lifestyle with the profound
effect of sophisticated technologies, pathogens in parallel have also
evolved gradually to stay masked and smuggled their ways into our lives.
Of different pathogens, zoonotic microbes are the most challenging to
control, attributed to faulty surveillance systems to monitor the
emergence of any pathogens at the human-animal interface. Amongst
different infectious diseases in bovines, mastitis is a prototypic
emerging and reemerging disease caused by pathogenic microbes that have
overcome a series of hierarchical barriers resulting in zoonotic
transmission. Although it has been annoyingly persistent since ancient
times, it has never been a focus for desperate measures. However, the
most critical is the chronic asymptomatic subclinical mastitis that
results in cut-by-cut torture to not only the animals but also to the
global economy. Despite the rapid technological advancement,
identification of mastitis in subclinical form at the local community
level is still improbable, leading to a high chance of the pathogenic
and antimicrobial spillover. Understanding the complex sociological and
ecological factors influencing disease transmission risks and pathogen
containment remains unelucidated. Multiple factors are essential for the
successful detection and containment of pathogens that have prompted the
initiation of the “One Health” approach. Nevertheless, there is a lack
of collaborative approach between the local and global strategists to
suggest and implement checkpoints at different horizons to control
mastitis. Here, we review the evolution of these pathogens in the
reservoir host, their zoonotic potential and the pros and cons of
current management strategies. We also address the extent of success in
implementing a concerted approach like “One Health One Welfare,” which
calls for interdisciplinary collaboration between professionals in
human, animal and environmental health along with multi-omics to keep
the pathogens at bay.