The Methicillin-Resistant Staphylococcus aureus (MRSA) is a
staph infection that is commonly called a “superbug” because it is resistant to
common antibiotics. Ablordeppey is developing drug compounds to combat it using
plants he found in Ghana, West Africa. His
tests have revealed antibacterial activity in the plants that heals
wounds. He is looking at their extracts
to see if one will kill MRSA.
If the process is successful, it could lead an inexpensive
superbug treatment.
“We wanted some simple compounds that we can synthesize in a
very short period of time and we are looking towards getting compounds which
are not that expensive so that people can afford them,” Ablordeppey said.
According to Ablordeppey, the major problem of
hospital-acquired and community-acquired MRSA is that we might be on the last
lines of defense against this resistant microorganism and, hence, the need to
develop new and novel entities that can overcome this dreaded bug cannot be
over-emphasized.
“These agents are not currently available for public use,
but are undergoing the usual pre-clinical studies that would move them toward
the clinic,” Ablordeppey said. “This
patent would enable us to work more arduously to achieve that objective to get
the drug to health-care facilities everywhere.”