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Lyme Disease Tick's Acquisition of Ancient Antibiotic Gene Protects Them against Human Skin Bacteria


A tick on a blade of grass, waiting for passing prey. [Matt Pinski]
Blood-sucking ticks spread a wider range of microbes to humans and other vertebrates than do any other known insect, causing a multitude of diseases in people and livestock. But a question that has puzzled scientists is how do the ticks protect themselves from potential pathogens they encounter on and in their hosts? A research team led by Seemay Chou, PhD, assistant professor of biochemistry and biophysics at the University of California, San Francisco (UCSF) and Chan Zuckerberg Biohub Investigator, has now discovered that an antibacterial enzyme, Dae2, contained in the ticks, protects them from bacteria found on human skin, but still lets them carry ....

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Lyme disease ticks produce antibiotic that protects them from human skin bacteria


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Ticks live dangerous lives, spending most of their time questing for a host across wildly different habitats and seasons. Once they encounter a reptile, bird, or a mammal like us, they become intimately connected with it and all of its bacteria and viruses for days on end. Though ticks are notorious for transmitting pathogens such as the Lyme disease bacterium, how does their immune system keep them safe from contracting pathogens themselves?
In a study published in
Cell on December 10, 2020, a research team led by UC San Francisco s Seemay Chou, PhD, provides an answer to this mystery. The work, Chou said, reveals that ticks are exquisitely constructed blood-sucking machines, with immune systems specially tailored for this unique lifestyle. Their defense strategies are carried out both inside and outside their bodies, she said, killing even our resident microbes as they feed on us. ....

United Kingdom , United States , San Francisco , Liron Marnin , Chan Zuckerberg Biohub , Joao Hf Pedra , Francisco Seemay Chou , Jamesh Gilliam , Katrinaw Lexa , Sebastian Flores , Ziyi Zhao , Jungyun Kim , Atanasd Radkov , Jacob Biboy , Johnson Wi , Bethm Hayes , University Of California , Research Councils United Kingdom , National Science Foundation , Pew Biomedical Research Foundation , Newcastle University , Sandler Foundation , University Of Maryland School Medicine , Program For Breakthrough Biomedical Research , Howard Hughes Medical Institute , Seemay Chou ,