Masks and vaccinations are recommended. Plan your visit
Gallery 4: Living Systems
Investigate the living world.
Sometimes life is hard to observe, because it’s too tiny or fast or is hidden underground or in the ocean. Discover what you’ve been missing: use scientific tools to investigate living things of different sizes, the ecosystems they inhabit, and the processes they share.
A Cell in Motion
Turn the crank and watch a moving cell model. Different parts of the cell extend and retract, and the cell’s internal bulk sometimes shifts from one area to another.
Where: Gallery 4: Living Systems
Are Your Cells You?
Examine living HeLa cells—the first “immortal” cell line—and explore ethical and philosophical questions about these historic and controversial cells.
Where: Gallery 4: Living Systems
Bacteriopolis
Thousands of distinct species live and breathe (or not) in this colorful bacterial terrarium. Look for green cyanobacteria, orange iron oxidizers, and gray cellulose eaters. What you see today will be gone tomorrow in this living artwork in a perpetual state of change.
Where: Gallery 4: Living Systems
Big Wood: 300 Years of Photosynthesis
Developed by artist Michael Brown in collaboration with reclaimed wood specialist Evan Shively, a several-hundred-year-old Douglas fir was split down the center to reveal its rings, immersing visitors in a fascinating study of dendrochronology.
Where: This exhibit is not currently on view.
Blood Cells in Your Eye
Gaze into the eyepiece at the blue light, looking for bright specks moving in short bursts against the background, and feeling your pulse as you watch them.
Where: This exhibit is not currently on view.
Can You Spot the Human?
An array of embryo photos—can you guess which one is human? Then try it with photos of different eggs. And sperm.
Where: Gallery 4: Living Systems
Energy from Death
A decaying carcass makes a perfect meal for an assortment of scavengers, including the dermestid beetles you can see in this exhibit. As they feast on these carcasses, the dermestid beetles and their larvae get their energy and nutrients from the dried flesh, skin, and other tissues.
Where: Gallery 4: Living Systems
Flock
Experiment with a mathematical model of birds in flight
Where: This exhibit is not currently on view.
Geysers
The timing of the eruptions of these geysers depends on water temperature and pressure.
Where: Gallery 4: Living Systems
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