- The milk of the platypus has been found to contain unique antibacterial properties that could be used to fight super bugs.
- After artificially recreating the milk protein found in the platypus they found that a unique ringlet-like structure in the protein.
- The protein structure in general will help in the development of antibiotics, or tropical creams to treat infections.
The milk of the platypus can bring us one step closer in fighting against the super bugs. The Unique properties in the milk include a ringlet-like structural protein. The findings of this study are published in the journal of Structural Biology Communications.
With its unique features, the platypus has exerted a powerful appeal to scientists, making the mammal an important subject in the study of evolutionary biology.
Scientists had discovered the unique antibacterial properties of platypus milk in 2010.
By replicating the special protein contained in platypus milk in the laboratory, they discovered a ringlet -like structure that could help fight against diseases.
"Platypus are such weird animals that it would make sense for them to have weird biochemistry," CSIRO scientist and lead author on the research published in Structural Biology Communications, Dr. Janet Newman said.
"The platypus belongs to the monotreme family, a small group of mammals that lay eggs and produce milk to feed their young. By taking a closer look at their milk, we've characterized a new protein that has unique antibacterial properties with the potential to save lives."
As platypus don't have teats like other animals, they exude milk onto their belly for the young ones to suckle. Exposing the mother's highly nutritious milk to the environment can leave babies susceptible to the bacteria and so they have this special protein.
Deakin University's Dr. Julie Sharp said all this time researchers believed that this was why the milk of the platypus contained a protein with rather unusual and protective antibacterial characteristics.
"We were interested to examine the protein's structure and characteristics to find out exactly what part of the protein was doing what," she said.
Employing the marvels of molecular biology, the team successfully made the protein, then deciphered its structure to get a better look at it.
Due to its ringlet-like formation, the researchers have dubbed the newly discovered protein fold the 'Shirley Temple,.' Dr. Newman said finding the new protein fold was pretty special.
"Although we've identified this highly unusual protein as only existing in monotremes, this discovery increases our knowledge of protein structures in general, and will go on to inform other drug discovery work done at the Centre," she said.
The scientists are seeking collaborators to take the potentially life-saving platypus research to the next stage.
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