121. MU Electron Microscopy Core (EMC), Molecular Biology Program The electron microscopy Core Facility. The University of Missouri or partial service basis. electron microscopy training and education http://www.biotech.missouri.edu/emc/

Search the Molecular Biology Program's Web Site CSMMS Meeting, May 7th, 2004, Adam's Conference Center, College of Veterinary Medicine EMC Price Sheet EMC Staff The Electron Microscopy Core Facility The University of Missouri EM Core is a resource center for scanning and transmission electron microscopy, providing investigators with consultation, training, access to instrumentation, and extensive services. The facility was established in 1995 by combining the electron microscopy resources of the College of Veterinary Medicine ; the School of Medicine ; and the College of Agriculture, Food and Natural Resources . In 2000 the Core was expanded by the incorporation of the Department of Geological Sciences ' Microbeam Analysis Facility. The Electron Microscopy Core is hosted by the Department of Veterinary Pathobiology. Instrumentation ... Hitachi S4700 cold-cathode Field Emission Scanning Electron Microscope with a cryostage and digital imaging capabilities, secondary and backscatter electron imaging. JEOL 1200 EX transmission electron microscope.

122. LEO Electron Microscopy To Carl Zeiss SMT Redirect Page Manufacturers of scanning electron microscopes and transmission electron microscopes. Company profile, news, products, image gallery, jobs. http://www.leo-em.co.uk/

If your browser supports it, you will be automatically redirected to our new website in a few seconds. If you are not redirected, please click on http://www.smt.zeiss.com/nts . Thank you.

123. San Diego State Electron Microscope Facility Exploratorium details. Don t miss it! Map and poster The statements found on the electron microscopy Facility Home Pages are for informational purposes only. http://www.sci.sdsu.edu/emfacility/

Terry Frey Director Electron Microscope Facility, San Diego State University Steve Barlow Associate Director Mission To provide instruction in the use of microscopes to students and researchers at San Diego State University. To serve as a core resource accessible to students, researchers, and others at San Diego State University and the community. To increase the use of microscopes in science classes. To use the Facility equipment, or to collaborate with researchers in the Facility, please contact: sbarlow@sunstroke.sdsu.edu Dr. Steve Barlow Facility Equipment Equipment reservations for certified users Instruction Classes a how-to on creating custom mutimedia training tools instructional videos (large works in progress, and slow to download) Researchers and their projects Microscopy outreach: microscopes in education Some insights into how a science teacher and his class interact in preparation for a remote access SEM session , then use the SEM 12 miles from the classroom (This is part 8 of a 8 part series on how an elementary school designed a high tech SEM project

124. The Bloomsbury Centre For Structural Biology News, events, vacancies, downloads from group established in 1998 combining bioinformatics, crystallography, electron microscopy, and NMR, for research on gene and protein structure, expression and function relationships. http://www.bcsb.lon.ac.uk/

ISMB Home ISMB Programmes ISMB Centres Home ... Contact The BCSB is part of the Institute of Structural Molecular Biology (ISMB)

125. Centre For Electron Microscopy, TUT http://www.tut.fi/units/ms/elm/cem.htm

126. Electron Microscope Servicing, Maintenance And Installation From MicroServiS Company specialising in maintenance and overhaul of electron microscopes, high vacuum devices and all allied scientific laboratory equipment. Supplier of closedcircuit water chillers. Information on products and services and client list. http://www.microservis.dial.pipex.com

SCIENTIFIC EQUIPMENT SERVICES 21 Years Service to the Scientific Community FULL RANGE OF SERVICE CONTRACTS AVAILABLE MICROSERVIS CAN SUPPLY A COMPLETE RANGE OF CLOSED-CIRCUIT WATER CHILLERS SUITABLE FOR ALL Westie Design [home] [ electron microscopes Siemens EM's water chillers lab equipment ... used equipment

127. CEMMA HOME A central facility for the USC Departments of Materials Science and Biology. Responsible for the acquisition, use, and maintenance of major instruments for characterization of the microstructure and composition of all types of solid materials. http://www.usc.edu/dept/CEMMA/cemma.html

128. Lab.csl.utas.edu.au/facs/EMS.html VERY EARLY MICROSCOPY IN THE DEPARTMENT OF PHYSICS UTORONTO. VERY EARLY electron microscopy IN THE DEPARTMENT OF PHYSICS, THE UNIVERSITY OF TORONTO. A PERSONAL RECOLLECTION. John HL Watson. http://lab.csl.utas.edu.au/facs/EMS.html

129. CPC Sample Unit UNIT 11a.1. Scanning electron microscopy. Danilatos, GD 1988. Foundation of environmental scanning electron microscopy. Adv. Electron. Electron Phys. 71109250. http://www.wiley.com/cp/mmr/mmrsampl.htm

UNIT 11a.1 Scanning Electron Microscopy Contributed by Gary W. Chandler and Supapan Seraphin University of Arizona Tucson, Arizona INTRODUCTION The scanning electron microscope (SEM) is one of the most widely used instruments in materials research laboratories and is common in various forms in fabrication plants. Scanning electron microscopy is central to microstructural analysis and therefore important to any investigation relating to the processing, properties, and behavior of materials that involves their microstructure. The SEM provides information relating to topographical features, morphology, phase distribution, compositional differences, crystal structure, crystal orientation, and the presence and location of electrical defects. The SEM is also capable of determining elemental composition of micro-volumes with the addition of an x-ray or electron spectrometer (see UNITS 11d.1 ) and phase identification through analysis of electron diffraction patterns (see UNIT 11c.1 ). The strength of the SEM lies in its inherent versatility due to the multiple signals generated, simple image formation process, wide magnification range, and excellent depth of field. Lenses in the SEM are not a part of the image formation system but are used to demagnify and focus the electron beam onto the sample surface. This gives rise to two of the major benefits of the SEM: range of magnification and depth of field in the image. Depth of field is that property of SEM images where surfaces at different distances from the lens appear in focus, giving the image three-dimensional information. The SEM has more than 300 times the depth of field of the light microscope. Another important advantage of the SEM over the optical microscope is its high resolution. Resolution of 1 nm is now achievable from an SEM with a field emission (FE) electron gun. Magnification is a function of the scanning system rather than the lenses, and therefore a surface in focus can be imaged at a wide range of magnifications from 3

130. Ernest F. Fullam, Inc. Home Page For Quality OEM Andaftermarket Accessories For Since 1953, the oldest supplier of electron microscopy accessories. Gives product catalog, company history, and contact information. http://www.fullam.com/

Serving Science Since 1953 Welcome to the Ernest F. Fullam, Inc. Home Page. Ernest F. Fullam, Inc. is the oldest supplier of Electron Microscopy accessories. We specialize in supplying quality OEM and aftermarket accessories for electron and light microscopes. Some of the accessories and laboratory supplies we can supply are tweezers, tools, TEM CCD imaging systems, tensile testers, turbo evaporators, sputter coaters, substages, specimen holders, standards, carbon coaters, micromanipulators, preparation materials, darkroom and general lab supplies, books, grids and apertures. Many items are manufactured in our machine shop, so customizing to your specific need is not a problem. Product Information A complete listing of all of our products is available in our On-line Product Listing . For a hard copy of our 1992/3 catalog with new product brochure, please contact us . This website is kept current with product and pricing. If you are looking for a particular product, please see our Alphabetical Product Index Visit our Sale and Information Page!

131. Index Graeme Willoughby. last update 6 August 2002. Centre for Biomolecular electron microscopy. (CBEM). Professor Marin van Heel, Director of CBEM. http://www.cbem.ic.ac.uk/

Link to Intranet Website created by Rosie Curry and maintained by Graeme Willoughby last update 6 August 2002 Centre for Biomolecular Electron Microscopy (CBEM) Professor Marin van Heel, Director of CBEM Dr Shaoxia Chen, EM Resources Manager The EM Facility The Research Group Imperial College Centre for Structural Biology Imperial College Home Page

132. Electron Microscopy Lab Welcome to the electron microscopy Lab! The Electron Microscope Lab is located in McNutt Hall on the campus of the University of Missouri Rolla. . http://www.umr.edu/~smiller/emlab.html

W elcome to the Electron Microscopy Lab! The Electron Microscope Lab is located in McNutt Hall on the campus of the University of Missouri - Rolla. . The lab provides TEM, STEM, SEM, EDS and specimen preparation services to the University and the surrounding area. The equipment available includes: Philips EM430T STEM JEOL T330A SEM Hitachi S570 SEM Here are some links to other Microscopy Pages: There used to be a few links here that I tried to keep current, but I've found that you can find just about anything that you need regarding electron microscopy, and lots more, at: MicroWorld Resources and News: A Guide to Microscopy and Microanalysis on the Internet This Document is maintained by F. Scott Miller Last Modified: Friday, 08-Aug-1997 18:38:31 CDT URL: http://web.umr.edu /~smiller/emlab.html

133. Faculty Of Arts & Science Welcome to the New and Improved electron microscopy Facility Web Site. at the University of Lethbridge. http://home.uleth.ca/emf/

Welcome to the New and Improved Electron Microscopy Facility Web Site at the University of Lethbridge Enter the Electron Microscopy Facility Go to University of Lethbridge Home Page University of Lethbridge 4401 University Drive Lethbridge, Alberta T1K 3M4 , Canada Phone: Fax: Inquiries@uleth.ca

134. Microbeam MTI offers inorganic analytical services that are focused on solving problems for the coalfired utility industry as well as materials issues for other industries. Information on specialization in using advanced scanning electron microscopy (SEM) techniques to assess and predict the effects of ash behavior in combustion and environmental systems. http://www.rrv.net/microbeam/

Small innovations that solve large problems. Learn about our capabilities. Applications Development of methodologies to minimize impacts of ash through optimization of fuel quality and boiler operations. Analysis of a wide range of materials including particles, corroded steels, gun shot residue, and other materials. Analytical Methods tailored to assess ash-related problems for the utility industry. Services match boiler operations, design, and fuel quality. We also provide high magnification imaging and chemical analysis. Technology Contact MTI

135. Ingenta: All Issues -- Journal Of Electron Microscopy password. remember me. enter. Athens click here to login via Athens. Biology/Life Sciences Biology Physics/Astronomy Optics Light, Journal of electron microscopy, http://www.ingenta.com/journals/browse/oup/jmicro

guest need help? online articles fax/ariel articles user name password remember me Athens click here to login via Athens Biology/Life Sciences Biology Physics/Astronomy Journal of Electron Microscopy ISSN 0022-0744 in our archives: Volume 46 (1997) through Volume 52 (2003) Publisher: Oxford University Press see publisher's website see journal home page LATEST NEXT PREVIOUS EARLIEST Volume 52, Issue 6, December 2003 Volume 52, Issue 5, 20 November 2003 Volume 52, Issue 4, 24 September 2003 Volume 52, Issue 3, 28 June 2003 Volume 52, Issue 2, 28 May 2003 Volume 52, Issue 1, 24 March 2003 Volume 51, Issue 6, November 2002 Volume 51, Issue 5, 22 October 2002 Volume 51, Issue 4, 28 July 2002 Volume 51, Issue 3, May 2002 Volume 51, Issue 2, 15 April 2002 Volume 51, Issue 1, 15 March 2002 Volume 51, Supplement 1, 27 March 2002

136. Laboratory For Electron Microscopy At The University Of Chicago The Laboratory for Electron Micscopy and Image Analysis at the University of Chicago. By preforming fourier transforms on digitalized micrographs, we are http://gingi.uchicago.edu/

Sorry, but your browser cannot view www pages which utilize frames. We suggest you get a frames-capable browser. However, we provide a non-frames version of this page. You can go there by clicking here.

137. Microscopy Laboratory Techniques Generic Fixation for electron microscopy. The best way to fix a sample for electron microscopy is to follow a procedure developed and proven by others. http://www.ku.edu/~bcmic/MEIL/techniques/generic.html

Generic Fixation for Electron Microscopy The best way to fix a sample for electron microscopy is to follow a procedure developed and proven by others. If this is not possible, this method will produce good fixation for most tissues. Solutions: 100 mM PIPES, pH 7.0-7.4 or 50 mM Cacodylate, pH 7.4 2 mM MgSO 0.25 M sucrose 1-2.5% glutaraldehyde 50 mM Cacodylate, pH 7.4 (note: cacodylate contains arsenic, so handle carefully) 1% OsO 1% Uranyl acetate in water Osmium tetroxide and glutaraldehyde can be purchased from the EM lab. Procedure: Safety notes: Glutaraldehyde and osmium tetroxide fix cells by cross-linking their proteins via the amine groups (glutaraldehyde) or their phospholipids (osmium). They are harmful to living cells and you should avoid exposure to them. I prefer to use them in a fume hood. Fixatives are volatile and can fix any cells they contact - other cells in the lab or in respiratory epithelium, corneas, epithelial cells on your hand, etc. The good thing is that the fixatives cannot penetrate tissue more than a millimeter or two, so exposure to them rarely causes any permanent damage. The plastics used to embed the tissue are more dangerous than the fixatives and many of the components of the plastic have been shown to cause cancer in rats or mice. During the embedding process the plastics are dissolved in solvent that can easily carry the plastic into your tissues and through any plastic gloves you may wear. In contrast to fixatives, whose actions are immediate and apparent, the consequences of exposure to the plastic resins are not apparent for years. Please be careful with the plastic resins prior to polymerization into hard blocks. Plastic-containing waste solutions should be kept in a container in the EM lab.

138. Dennis Kunkel Microscopy, Inc. - Scientific Stock Photography Featuring Scientific Image Library Over a thousand microscopy images photographed with electron microscopes. Biological images http://www.denniskunkel.com/

Featuring: Scientific Image Library Over a thousand microscopy images photographed with electron microscopes. Biological images, medical images and many other images of scientific subjects. Products Shop here for unique mousepads, coffee mugs, and T-shirts. Assignment Photography Photograph a specific subject. Video / Animation Animation of microscopy images. SSL Certificate Authority Stock Photography Scientific Photography Through the Microscope Biology Images Microscopy Images Insects Fungi and Slime Molds Bacteria Medical Subjects Scientific Photography Plants Protozoans Biomedical Images Arachnids (Spiders and mites) Viruses Invertebrates Algae

139. Dennis Kunkel Microscopy, Inc. - Scientific Stock Photography Scientific Stock Photography by Dennis Kunkel microscopy, Inc. The Image Gallery Contains Hundreds of Scientific, Biological and Medical Images Photographed with electron Microscopes. Unique Image Library Over a thousand microscopy images photographed with electron microscopes. Biological images, medical Video / Animation Animation of microscopy images. http://rdre1.inktomi.com/click?u=http://www.denniskunkel.com/&y=0231254B270E

140. Nanoscale Science Laboratory Department of Engineering Nanoscale Science Laboratory nanotubes, nanomagnetics, nanowires, spin dependent transport, nanotribology, sensors, scanning probe microscopy, electron beam lithography, and an introduction to nanotechnology. http://www-g.eng.cam.ac.uk/nano

Nanoscience home Last updated on Welcome to the University of Cambridge Nanoscale Science Laboratory web site. This page is currently under construction. Nanoscale Science Laboratory at Department of Engineering has now expanded and moved to a new building (Nanoscience Centre) on the University's West Cambridge Site. Introduction to the Nanoscience Centre About the Building How to find us NanoImage Gallery: STM image of FeSi showing the heavily stepped nature of the surface. The smallest step corresponds to 1 atomic layer STM image of single molecule of a bi-porphyrin. Combined STM (topography) and photon emission (colour) image of a mixture of gold particles and SiC particles showing that the gold particles emit light whilst the carbide particles do not. Perspective STM image of a Titanium Silicide crystal showing the atomic structure of the faces. Scanning Electron Microscope writing on PMMA plastic of a passage from Encyclopaedia Britannica. Each letter is 250nm tall. If one letter is considered to be equivalent to 8 bits then the storage density achieved here is around 1000 Gbit in-2. Or you would be able to write the whole Oxford poetry dictionary on the area of one letter on this page. STM image and photon map from SiC particles embedded in a Si (111) 7x7 surface. Light emission at step edges and in the 7x7 terraces is observed whereas the SiC does not emit.

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