Animals
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Genomic Study of Eastern Massasauga Rattlesnakes Suggests Old School Genetics Still Works
Researchers found the functional genetic diversity they detected by analyzing gene variations in fully sequenced genomes of 90 Eastern massasauga rattlesnakes correlated nicely with the neutral genetic diversity seen across broad sections of those same genomes containing no protein-coding genes—similar to the type of genetic material historically used to assess genetic diversity.
Latest Research Articles
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Seagulls Raid Venice Marco Polo Airport Causing Diversion, Grounding of Flights
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Average Cat Lifespan: Do Domestic Cats Live Longer Than Wild Cats?
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Neanderthals Capable Of Hunting Cave Lions Using Simple Wooden Spears, Study Shows
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Decline In The Population Of Mountain Chicken Frog in Dominica Tagged As The Fastest Eradication Of Wild Animal
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Can Iguanas Carry Diseases? Why Invading Species Are Dangerous
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Record-High Temperatures Threaten Monarch Butterflies Migration
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Lake Powell's Fluctuating Shoreline Unearths Early Mammals’ Vertebrate Fossil
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Southeast Asia Frog Evades Predators by Camouflaging as Animal Droppings
Ancient Shark Species That Looked Like Stingrays Discovered in Earth's Largest Cave System
Ancient Ostrich Terror Birds Left 8M-Year-Old Tracks on Fossil Substrate in Argentina
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Puppies Used as Baits to Trap Black Panthers in Malaysia, Country's Wildlife Department Defends Action
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Researchers Develop Faster and More Efficient Way To Study Muscle Diseases
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Mount Rainier's Volcanic Activity Closely Watched by Scientists
