menu
EN ES

Down to Zero: A Model for Eradicating Disease

In 1989, the WHO declared smallpox to be the first human disease ever eliminated and in 2011, the OIE announced rinderpest was first animal disease ever wiped out. These successes have clearly demonstrated that disease can be wiped off the face of the planet.

However, it requires global coalitions working together to implement effective vaccination programs. This requires strong, international support for vaccine R&D and improved market access in regions where it is critical these tools reach human and animal health professionals .

 

What diseases are next?

The success in eradicating rinderpest prompted the world veterinary community to look for other diseases to tackle, and settled on three:

  • Dog-mediated human rabies
  • Foot and mouth disease (FMD)
  • Peste des petits ruminants (PPR)

Of these, PPR eradication is expected to cost US$2.26bn over 15 years, which will create $US 76.5 billion in benefits to farm communities, nearly 34 times the original investment and equal to 25% of the annual agricultural output of sub-Saharan Africa2.3

These activities are being led by the OIE, FAO and other global institutions. Learn more at the OIE website.5

Antibiotics and vaccinations

Fighting back against disease with antibiotics: a case study4

Antibiotics: From Ancient Times to Today

The modern era of antibiotics kicked off in 1928 when Sir Alexander Fleming discovered penicillin could treat infections quickly and effectively. However, historians have found evidence of antibiotic usage in ancient communities as far back as 2,000 years ago.

  • Communities in ancient China, Greece, Serbia and Egypt would press moldy bread against an infected wound as a primitive treatment. We know today that the antibiotics present in mold lent the bread its curative properties5.
  • The red soils of Jordan were famous for their restorative nature when applied to wounds in ancient times. Researchers today have discovered antimicrobials in these soils.
  • The Nubians, a nomadic African community, regularly consumed tetracycline by brewing beer that contained the antibiotic6.

Ever since these first antibiotic treatments, we have faced resistant infections. Recent studies have found that certain resistant strains can be traced back thousands, even millions of years. It is a natural, evolutionary defence and an unavoidable challenge7.

However, through modern techniques and technologies, we can work to control and manage the issue to ensure antibiotics remain effective long into the future. This will safeguard the health and well-being of our families, communities and animals.

Managing antibiotic resistance

A Bedrock of Disease Prevention

Five trends for the next five years

WHAT IF?
References