Archaeology
A tattoo experiment hints at how Ötzi the Iceman got his ink
The findings challenge a common idea about how the mummified man got marked with dark lines.
By Bruce Bower
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The findings challenge a common idea about how the mummified man got marked with dark lines.
DNA machines and protein-mimicking nanotech could replace broken machinery in cells or even lead to made-from-scratch synthetic life.
Making such organoids with 3-D printing and other tech can help researchers learn more about many troubling and potentially deadly disorders.
Some algae glow blue when they experience forces. Held in transparent plastic, they now make devices light up in response to gentle pushes and tugs.
Ayla was treated before birth for the rare, life-threatening Pompe disease. Now a thriving 16-month-old toddler, her treatments will still need to continue.
Long, thin bacteria that conduct electricity may be able to help clean up oil spills and reduce emissions of methane, a powerful greenhouse gas.
TMAO’s water-wrangling ability protects a critter’s critical proteins — including muscle — from crushing under deep ocean pressures.
This organ in the upper-right side of the belly does many essential jobs, such as cleaning blood and producing bile.
This so-called ‘click chemistry’ allows scientists to build complex molecules in the lab and in living cells.
Svante Pääbo figured out how to examine the genetic material from these hominid ‘cousins’ of modern humans.