Department of Zoology, UBC

The extracellular matrix covers the entire nervous system and is necessary to ensure the survival of the glial cells that wrap, insulate and protect the nerves. Photo: Vanessa Auld

Sockeye salmon (Oncorhynchus nerka) school together in Scotch Creek, BC. Tony Farrell's lab is investigating how cardiac performance limits the ability of salmon to tolerate high temperatures. Photo: M. Casselman

A scanning electron micrograph of two pulsating gregarines copulating within the coelomic space of a bamboo worm. Brian Leander's lab studies these enigmatic parasites, which inhabit the extracellular cavities of marine invertebrates. Photo: B. Leander

Pisaster ochraceus is the original keystone predator, and controls biodiversity on rocky shores. The Harley lab studies how the impacts of this sea star may change with climate change. Photo: Chris Harley

Tony Farrell's lab is investigating how cardiac performance limits the ability of salmon to tolerate high temperatures. Photo: M. Casselman

Long-tailed Jaeger on Herschel Island, Yukon, site of an International Polar Year project. Photo: Alistair Blachford

Photo: W.K. Milsom

Whelk laying egg capsules, for study of biopolymers. Photo: Shadwick Lab

The brain of a fruit fly, Drosophila melanogaster, stained to visualize a set of approximately 50 neurons. Among the visualized neurons is a pair that controls a specific component of feeding behaviour. Photo: M. Gordon

Rosie Redfield used candy to make a stop-motion movie of DNA uptake by a Haemophilus influenzae bacterium. Photo: R. Redfield

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Department of Zoology, UBC