Image Gallery

Examples of work done in the EM resource are shown below. Click on the thumbnail to see the full-sized image.

	High pressure freezing EM Image of the C. elegans excretory canal (center) in the first larval stage of development. Photo enables the precise measurement of canal diameter Van Gilst lab Hutchinson Center CCSG Program in Basic Sciences
	High pressure freezing EM Human 293T cells transfected with wild-type foamy virus. Enveloped virus can be seen budding into an intracellular vesicle. Linial lab Hutchinson Center CCSG Program in Basic Sciences
	Cryosection using gold particles Cryosection showing the localization of gold particles (10nm Protein A) over catalase in the peroxisomes of the mouse hepatocyte. EM lab Hutchinson Center CCSG Program in Shared Resources
	TEM of C. elegans pharynx Electron micrograph showing a muscle cell of pharynx in wild-type C. elegans. Myofilaments are organized as single sarcomeres. Priess lab Hutchinson Center CCSG Program in Basic Sciences
	Immunogold labeling of HIV (virus) Immunogold double labeling reveals colocalization of the host protein, ABCE1, with assembling HIV-1 Gag. Lingappa lab UW CCSG Program in Basic Sciences
	TEM of Hepatitis C capsids Capsids that were assembled in a cell-free system closely resemble HCV capsides from the serum of infected patients. Lingappa lab UW CCSG Program in Basic Sciences
	TEM of HIV virus in Langerhans cell Shown is a Langerhans cell (orange), containing an HIV virion in the vacuole, exiting the vaginal epithelium after infection. The cell migrates to the mucosal stromata to disseminate infection. McElrath lab Hutchinson Center CCSG Program in Immunology & Vaccine Development
	TEM of wild-type H. pylori H. pylori is able to live in the acidic environment of the stomach and duodenum and can cause disease there. Salama lab Hutchinson Center CCSG Program in Gastrointestinal Cancer Etiology, Prevention and Early Detection
	SEM of Drosophila melanogaster (fruit fly) Front view of the head of a Drosophila melanogaster adult, which ectopically expresses the gene mes-4 in the eye. 80X magnification. Eisenman lab Hutchinson Center CCSG Program in Basic Sciences