New Parasite Named in Honor of President Obama

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A recent article in The Journal of Parasitology details the discovery of a new species of parasitic flatworms. The researchers named the species in honor of President Barack Obama, a distant relative of one of the co-authors of the study.

Holotype (USNM Coll. No. 1254763) of Baracktrema obamai n. gen., n. sp. from black marsh turtle, Siebenrockiella crassicollis (Gray, 1831), (Testudines: Geoemydidae)

Holotype (USNM Coll. No. 1254763) of Baracktrema obamai n. gen., n. sp. from black marsh turtle, Siebenrockiella crassicollis (Gray, 1831), (Testudines: Geoemydidae)

Although many people understandably view parasites negatively, Dr. Thomas R. Platt, an authority on turtle parasites who initially discovered and collected the new species, emphasized that those who study the organisms see them as beautiful and resilient.

The Journal of Parasitology – A team of American parasitologists has discovered a new species of parasitic flatworm that infects turtles in Malaysia. The new species is so unusual and distinctive that the research team has named a new genus to include the new species. This is the first time such an action has been taken for this group of turtle parasites in 21 years. The researchers have named their discovery in honor of President Barack Obama. Details about the proposed new genus and species, Baracktrema obamai, are presented in an article in the current issue of The Journal of Parasitology.

These turtle parasites are distant relatives and likely ancestors of the parasitic flatworms that cause the human disease schistosomiasis, a devastating disease that debilitates millions of people in developing countries annually. Researchers say that studying the evolutionary history of this group of worms could broaden our understanding of the origins and evolution of schistosomiasis and help point the way to helpful new approaches for studying how the disease causes harm. Another aspect of the study, which was funded by the National Science Foundation, emphasized the fact that freshwater turtles worldwide are increasingly vulnerable to poaching and habitat loss; many species are threatened or endangered.

Although many people understandably view parasites negatively, Dr. Thomas R. Platt, an authority on turtle parasites who initially discovered and collected the new species, emphasized that those who study the organisms see them as beautiful and resilient. They “face incredible obstacles to complete their journey (life cycle) and must contend with the immune system of the host in order to mature and reproduce,” he said recently.

Baracktrema obamai was the last organism new to science that Platt found before he retired from Saint Mary’s College in Indiana. Naming a species after an individual is not uncommon and is typically viewed as an honor. He was inspired to name his discovery after Obama when genealogy research traced his and the president’s families back to a common ancestor. “I have named a number of species after people I admire, from my father-in-law, my Ph.D. advisor, and good friends who are academics and/or amateur naturalists,” Platt said. “Baracktrema obamai will endure as long as there are systematists studying these remarkable organisms.”

Platt and his co-authors, Jackson Roberts, Dr. Raphael Orélis-Ribeiro, and Dr. Ash Bullard, of Auburn University in Alabama, based their new finding on specimens taken from two turtle hosts. They analyzed the evolutionary history of the worm and its relationship to other turtle parasites, including the closely related Unicaecum, using a combination of genetic and morphological information. Their results affirmed that the newly discovered worm should belong in its own genus, a means of further separating the new species from all previously discovered organisms. The final conclusion: like Platt and Obama, Baracktrema and Unicaecum share a recent common ancestor!

Full text of the article “New Genus of Blood Fluke (Digenea: Schistosomatoidea) from Malaysian Freshwater Turtles (Geoemydidae) and Its Phylogenetic Position Within Schistosomatoidea,” Journal of Parasitology, Vol. 102, No. 4, 2016, is now available at http://www.journalofparasitology.org/doi/full/10.1645/15-893.

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About The Journal of Parasitology
The Journal of Parasitology is the official journal of the American Society of Parasitologists (ASP). The journal reports on all aspects of animal and human parasites, and is widely recognized for publishing content that has a long-term impact on the field of parasitology. The journal is intended for all with interests in basic or applied aspects of general, veterinary, medical parasitology, and epidemiology. For more information, visit http://www.journalofparasitology.org.

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Michael Sukhdeo, Editor
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