Biology
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Tick Saliva Protein AteA Enables Disease Transmission to Humans: Study
A study led by researchers at Washington State University has pinpointed a protein that appears to play a pivotal role in how a harmful bacteria that causes the disease anaplasmosis establishes itself in ticks before being transmitted to unwitting human hosts.
Latest Research Articles
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Weather Patterns Influence Insect Biomass Fluctuations, Study Finds
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Hobbit Ancestors in Indonesia, Neanderthals, Other Hominins Contribnuted to Modern-Day Humans per Ancient DNA Technology
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What Did a 465-Million-Year-Old Trilobite Eat? Synchrotron Tomography Gives a Clue
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Less Invasive New Coral Polyps Sampling To Help With Reef Restoration and Management
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New Species Karamoja Dwarf Gecko Found Pregnant in Uganda Forest Along with 4 Other New Gecko Species
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Small Furry Animals Responsible for Cross-Species Virus Transmission and Evolution [Study]
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Seaweed Species Faces Increased Risk of Damage and Death From Ocean Acidification
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Overfishing in the Egyptian Mediterranean: A New Study Calls for Urgent Action To Save the Fisheries
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Water Fleas: The Unexpected Allies in the Fight Against Environmental and Health Problems
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Bats Alter Cancer-Related Genes in New Study on Treatment
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Global Assessment Reveals the Devastating Effects of Invasive Alien Species on Nature and People in Africa
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Dead Zone From Plankton Bloom Off Coast Thailand Puts 260 Mussel Farms in Danger