The Stockroom

The Stockroom

Behind every piece of replacement glassware, custom-machined electrode, neatly chilled reagent in a microfuge tube, and well-acclimated rat, there is a team of people who put in the hours to make experiential science learning possible at Reed. They lurk in rooms crowded with cabinets, in remote corners, in basements, and even in sub-basements, working hard to keep all kinds of lab classes and research projects well-equipped and running smoothly.

They are the stockroom staff.

From Biology, Physics, Psychology, and Chemistry, The Grail brings you the inside scoop on the lesser known corners of Reed’s science departments.

Mutant Fish Eyes

Mutant Fish Eyes

On the second floor of the biology building, massive confocal microscopes and tanks of sleek, stripy zebrafish inhabit the developmental biology lab. This is the domain of biology professor Kara Cerveny and her student researchers, who work to tease apart one of biology’s most stunning and complex phenomena: the transformation of a single fertilized egg into a fully functioning, multicellular creature. “Developmental biology is the context in which we study all of biology,” Cerveny said. “Ecology, molecular biology, cell signaling, they’re all crucial in development. It’s a really wide umbrella; it encompasses all sorts of things.”

Genetic Manipulation: New Directions for HIV/AIDS Research

Emerging research has made an exciting step toward the prevention and cure of HIV/AIDS. At least 36 million people have died from HIV/AIDS since its first report in 1981. One in six HIV-positive individuals is unaware of his or her status. The virus infects and disables immune cells — the T helper cells which orchestrate immune responses — and makes the individual highly susceptible to a range of other infections. A regimen of antiretroviral drugs is used to fight the infection, but this therapy is extremely expensive, sometimes ineffective, and can cause severe side effects.