Grahic Jump Location
A scanning electron micrograph of cancer cells in the human ovary
shows the variety of shapes and sizes typical of their chaotic
arrangement and growth. (Photo credit: Photo Researchers Inc)
Rob DeSalle, associate curator in the American Museum of Natural
History's Department of Entomology, inspects a model that shows the
genetic material of the core of HIV (in pink) injected into a human T
cell. (Photo credit: Denis Finnin/American Museum of Natural History)
Museum preparator Tony Rodgers is working on a model of
Taenia solium, a pork tapeworm, for It's a Small World, the
exhibit section featuring disease-causing organisms. (Photo credit: Denis Finnin/American Museum of Natural History)
Grahic Jump Location
A scanning electron micrograph of cancer cells in the human ovary
shows the variety of shapes and sizes typical of their chaotic
arrangement and growth. (Photo credit: Photo Researchers Inc)
Rob DeSalle, associate curator in the American Museum of Natural
History's Department of Entomology, inspects a model that shows the
genetic material of the core of HIV (in pink) injected into a human T
cell. (Photo credit: Denis Finnin/American Museum of Natural History)
Museum preparator Tony Rodgers is working on a model of
Taenia solium, a pork tapeworm, for It's a Small World, the
exhibit section featuring disease-causing organisms. (Photo credit: Denis Finnin/American Museum of Natural History)
Grahic Jump Location
A scanning electron micrograph of cancer cells in the human ovary
shows the variety of shapes and sizes typical of their chaotic
arrangement and growth. (Photo credit: Photo Researchers Inc)
Rob DeSalle, associate curator in the American Museum of Natural
History's Department of Entomology, inspects a model that shows the
genetic material of the core of HIV (in pink) injected into a human T
cell. (Photo credit: Denis Finnin/American Museum of Natural History)
Museum preparator Tony Rodgers is working on a model of
Taenia solium, a pork tapeworm, for It's a Small World, the
exhibit section featuring disease-causing organisms. (Photo credit: Denis Finnin/American Museum of Natural History)
Grahic Jump Location
A scanning electron micrograph of cancer cells in the human ovary
shows the variety of shapes and sizes typical of their chaotic
arrangement and growth. (Photo credit: Photo Researchers Inc)
Rob DeSalle, associate curator in the American Museum of Natural
History's Department of Entomology, inspects a model that shows the
genetic material of the core of HIV (in pink) injected into a human T
cell. (Photo credit: Denis Finnin/American Museum of Natural History)
Museum preparator Tony Rodgers is working on a model of
Taenia solium, a pork tapeworm, for It's a Small World, the
exhibit section featuring disease-causing organisms. (Photo credit: Denis Finnin/American Museum of Natural History)