The seahorse has a tail with a grasping mechanism to cling to seaweed or coral reefs, which could be useful for robotics applications that need to be strong, but also energy-efficient.

Nick Houtman is director of research communications at OSU and edits Terra, a world of research and creativity at Oregon State University. He has experience in weekly and daily print journalism and university science writing. A native Californian, he lived in Wisconsin and Maine before arriving in Corvallis in 2005.
The seahorse has a tail with a grasping mechanism to cling to seaweed or coral reefs, which could be useful for robotics applications that need to be strong, but also energy-efficient.
Game-changing technology sometimes comes in small packages. For example, with two magnets and a lightbulb filament — a package thinner than a deck of cards — Joe Beckman and a team of Oregon State University collaborators may revolutionize the mass spectrometry (aka, “mass spec”) industry. Their device amplifies the sensitivity and precision of technology that is the workhorse of chemistry labs. And it requires minimal retooling of existing equipment.
Thousands of species of bacteria, viruses and fungi live on and in our bodies. Microorganisms teem in every pore and crevice, from mouth to stomach to intestines to colon.
It has orange teeth that grow throughout its lifetime. It chews relentlessly on trees and builds dams that shape habitats across the continent. In earlier centuries, its fur was the currency of empires. While a lot is known about the North American beaver (Castor canadensis), the animal’s complete genome has never been sequenced. Until now.
Thousands of wells in Bangladesh are contaminated with arsenic from groundwater aquifers. Oregon State University researchers are studying the health consequences of low-dose exposure in rural communities.
Annual Report of Research