Antibiotic resistance is an alarming public health threat and who better to help in our fight against Superbugs than the super platypus? Not the platypus we deserve, but the platypus we need.
Part of the monotreme family, the platypus both lays eggs and produces milk to feed their young. Where does this milk come from though? Platypuses (it’s disappointingly not actually “platypi”) don’t have teats. The milk is instead secreted from their belly.
With the milk exposed to the environment before the platypus babies (highly recommend that adorable Google search) drink it, bacteria could pose a problem to the babies. Enter the Commonwealth Scientific and Industrial Research Organization (CSIRO) and Deakin University—researchers sought to examine the unique protein in platypus milk that protected it from becoming contaminated with bacteria. What they found and imaged was aptly named the “Shirley Temple,” a three-dimensional fold in the protein that looks like a ringlet. This newly discovered protein and its structure is only present in monotremes and may prove promising once traditional antibiotics reach their limit. Thanks platypus! Nature is so cool.