Archives
The Parallel Ecomorph Evolution of Scorpionflies: The Evidence is in the DNA
With little cases of ethanol to preserve tissue samples for total genomic DNA analysis, a trio covered much ground in the mountains of Japan and Korea to elucidate the evolution of the scorpionfly. The rugged scientists set out to use molecular phylogenetic analysis to show that the "alpine" type of scorpionfly and "general" type must be different species. After all, the alpine type exhibit shorter wings than the general type, and alpine type females also have very dark and distinct markings on their wings.
Latest Research Articles
Physicists Develop Model that Describes Length Growth in Biological Systems
'Tsunami' on a Silicon Chip: A World First for Light Waves
More 'Reactive' Land Surfaces Cooled the Earth Down
Super-Resolution Microscopy Illuminates Associations Between Chromosomes
Scientists Discover the Biggest Seaweed Bloom in the World
Murder in the Paleolithic? Evidence of Violence Behind Human Skull Remains
It's Not an Antibody, It's a Frankenbody: A New Tool for Live-cell Imaging
'Tsunami' on a Silicon Chip: A World First For Light Waves
World first: Homing Instinct Applied to Stem Cells Show Cells 'Home' to Cardiac Tissue
Measuring the Laws of Nature
Can Mathematics Help Us Understand the Complexity of our Microbiome?
Is Wildfire Management 'For the Birds?'
MOST POPULAR
-
Meet Romulus and Remus: Dire Wolf Pups Resurrected with Ancient DNA, Thanks to Colossal Biosciences
-
Meet The Dire Wolf Trio Remus, Romulus And Khaleesi: How A Texas Lab Revived An Extinct Species
-
Massive New Jersey Wildfire Devastates 8,500 Acres, Threatens Wildlife and Communities Amid Historic Drought
