The Gallery

The gallery contains samples of work produced by users of the VMIL and Microscopy Suite as well as ITG Staff. Categories are grouped by microscope used and type of image. For any questions, feel free to contact VMIL.

The entire gallery is below. You may step through each image in the gallery, pick a gallery grouped by category, or select an individual image to view.

	1	Cytoskeleton of a cultured epithelial cell. Microtubules are shown in green, actin is shown in red and DNA is in blue. Image by Steve Rogers. (Fluorescence Microscope)
	2	Topographical 3D Rendering of Red Blood Cells. Data by Janelle Gunther, 3D Rendering by Ben Grosser (Atomic Force Microscope)
	3	Self-assembling liquid crystalling monomer solidifying from the "cholosteric" melt. Prepared for Mass Spectrometer Analysis (Lietz 460 polarized optical microscope) Image courtesy of Kevin Huggin and Samuel Stupp
	4	Compound eye of fly. Image by Scott Robinson (Environmental Scanning Electron Microscope)
	5	Golgi apparatus (in red) and the mitotic spindles (in green) of an ealy Drosophila embryo undergoing mitosis. Image by Steve Rogers. (Confocal Microscope)
	6	Lateral Geniculate Nucleus of Rhesus Monkey. Image by Janet Sinn-Hanlon, Joe Malpeli and Bill Busen (Analyze Software)
	7	Silicon Surfac. Data by Joe Lyding. 3D Rendering by Ben Grosser (Scanning Tunneling Microscope)
	8	Latex Spheres. Data by Christie Finney. 3D Rendering by Ben Grosser (Near Field Scanning Optical Microscope)
	9	Enhanced Transistor Lifetime through Deuterium Processing. Image by Ben Grosser (3D Animation Created in Softimage 3D)
	10	Magnetic Force Map of Surface of Zip Disk. Image by Janelle Gunther (Atomic Force Microscope)
	11	Bugscope Poster (compiled by Janet Sinn-Hanlon)
	12	Bugscope Poster (compiled by Jo Wozniak)
	13	Cytoskeleton of a cultured epithelial cell. Microtubules are shown in green and actin is shown in red. Image by Steve Rogers. (Fluorescence Microscope)
	14	Cultured epithelial cell undergoing division. This cell is in anaphase of mitosis. Microtubules are shown in green, actin is in red and mitotic chromosomes are colored blue. Image by Steve Rogers. (Fluorescence Microscope)
	15	Cultured epithelial cell undergoing division. This cell is in metaphase of mitosis. Microtubules are shown in green, actin is in red and mitotic chromosomes are colored blue. Image by Steve Rogers. (Fluoresence Microscope)
	16	Cytoskeleton of a cultured epithelial cell. Microtubules are shown in green and DNA is shown in blue. Image by Steve Rogers. (Fluorescence Microscope)
	17	Cultured epithelial cell undergoing division. This cell is in prophase of mitosis. Microtubules are shown in green, actin is in red and mitotic chromosomes are colored blue. Image by Steve Rogers. (Fluorescence Microscope)
	18	Cultured epithelial cell undergoing cell division. This cell is in prophase of mitosis. Microtubules are shown in green, actin is in red and mitotic chromosomes are colored blue. Image by Steve Rogers. (Fluorescence Microscope)
	19	Cultured epithelial cell stained to show the distribution of the nucleus (in green) and the Golgi apparatus (in red). Image by Steve Rogers. (Fluorescence Microscope)
	20	Cement (Confocal Microscope)
	22	Image of a Xenopus Melanophore stained to reveal the microtubule cytoskeleton (green) and the nucleus (blue). The pigment granules in the cell were imaged using back-scattered light. Image by Steve Rogers. (Confocal)
	23	Brain (Dissecting Microscope)
	24	Penny (Dissecting Microscope)
	25	Electochemically etched GaAs with mechanical scratches. Image by Xiuling Li (Dissecting Microscope)
	26	Thumb (Dissecting Microscope)
	27	Thumb Relief (Dissecting Microscope)
	28	Antennae socket of ant. Image by Scott Robinson. (ESEM)
	29	Ant Head. (ESEM)
	30	Back-scattered electron image of ant. Image by Scott Robinson. Artificially colored by Daniel Weber. (ESEM)
	32	Portion of antennae over compound eye of fly. Image by Scott Robinson(ESEM)
	33	Tip of fly foot. Image by Scott Robinson (ESEM)
	34	Back-scattered electron image of ant. Image by Scott Robinson. Artificially colored by Daniel Weber. (ESEM)
	35	Low-magnification image of epithelial cells stained to show actin (in red), microtubules (in green) and DNA (in blue). Note the four rounded cells undergoing cell division. Image by Steve Rogers. (Fluorescence Microscope)
	36	Brain (Stereo Microscope)
	37	Typewritten Letters (Stereo Scope)
	38	Floating Molecule (Cerius2)
	39	Nuclear Pore. Image by Bridget Carragher
	41	McHorton (AFM)
	42	MCP (AFM)
	43	Topographical 3D Rendering of Red Blood Cells. Data by Janelle Gunther, 3D Rendering by Ben Grosser (Atomic Force Microscope)
	44	Steps ??(AFM)
	45	Magnetic Force Map of Surface of Zip Disk. Image by Janelle Gunther (Atomic Force Microscope)
	46	Crystal
	47	Stained brain tissue
	48	Etched GaAs. Image by Christie Finnie. (SEM)
	49	Synaptoneurosome preparation from rat brain. Image by Anna Klintsova. (TEM) Polyribosomal aggregate (PRA) is localized in postsynaptic part.
	50	Axonal terminal forming synapses with two spines in the rat visual cortex. Image by Anna Klintsova. (TEM)
	51	Excitatory synapse from the rat visual cortex. Image by Anna Klintsova. (TEM)
	52	Examples of multiple synapses in rat cortex. Image by Anna Klintsova. (TEM)
	53	Cobalt molecule. Data by David White, image by Kate L (Cerius2)
	54	Cyberscan (CySurf)
	55	fred
	56	mushroom. Image and data by Samuel Stupp, Aaron Amstutz (Cerius2)
	57	tongue and palette analysis. Image by Khalil Iskarous (Avid)
	58	Astrocytes in rat cortex. Immunohistochemical visualization with anti-GFAP antibodies.
	59	cockroach. Image by Kate L. (SoftImage)
	60	Bunny brain - Cuppernell
	61	Rhesus monkey brain - Erwin (Analyze)
	62	fetlock. Image by Mark Martinelli (MRI)
	63	fetlock. Image by Mark Martinelli
	64	Fish brain. Image by Nelson, Janet Sinn-Hanlon
	66	Microtubules in the mitotic spindle of a mouse fibroblast in culture. Image by Steve Rogers. (Confocal Microscope)
	67	active phase
	68	blue phase
	69	litt
	70	mummy. Image by Janet Sinn-Hanlon (Analyze)
	71	pth
	72	ratbrain. Image by Saied Agahi (Analyze)
	73	sperm
	74	ibm trench - y.w. kim
	75	chickscope slide
	76	corpit - Haggin
	77	cyclic - Haggin
	78	norobornadiene - Haggin
	79	styrene repulsion - Haggin
	80	sunrise - brian (HCII)
	81	image1 - stacy
	82	image2 - stacy
	83	image3 - stacy
	84	Confocal poster (compiled by Danielle Chynoweth)
	85	Dissecting scope poster (compiled by Danielle Chynoweth)
	86	ESEM poster (compiled by Danielle Chynoweth)
	87	ITG poster (compiled by Danielle Chynoweth)
	88	Stereology poster (compiled by Danielle Chynoweth)
	89	Web Atlas poster (compiled by Danielle Chynoweth)