41. Advanced Surface Microscopy - Home Page Advanced Surface microscopy provides Atomic Force Microscope analytical services, sells calibration standards, sells patented DiscTrack Plus measurement http://www.asmicro.com/

Advanced Surface Microscopy, Inc. Helping Solve Processing and Materials Problems using Scanning Probe Microscopy since 1990. AFM, STM, EFM, LFM, MFM, Tapping Mode, Chemical Phase Imaging, SPM Calibration, liquid work, Nano-Indentation, Nano-Scratching, Surface Potential (Scanning Kelvin Probe) Imaging, DiscTrack Plus, MagneTrack, Traceable Calibration Specimens, Force Volume Imaging. Used NanoScopes. Intellectual Property. AFM Probes. Expert Testimony. ASM is Advanced Surface Microscopy. What we can do for you: The Problem: What you can't see can hurt you. Device, product, or material performance is affected by characteristics such as surface finish, and the size, shape, and position of fabricated features and material domains. The Solution: We use Atomic Force Microscopy (AFM) to capture high resolution, three-dimensional images of the surface structure of any solid and some liquids . In addition to recording the microscopic shape of the surface, the AFM can sense material properties such as stiffness, adhesion, and friction as well as magnetic and electric fields. This gives you information to improve process quality, speed product development and enhance research. What used to be unknown, and therefore uncontrolled, is now within your grasp.

42. NCMIR The National Center for microscopy and Imaging Research (NCMIR) develops 3D imaging and analysis technologies to help researchers understand biological http://ncmir.ucsd.edu/

About Contact Research Press ... Jobs Username: Password: Forget? Internet Explorer users click here Collaborator Resources User Application Calendar Calendar Listings Publications Listings FAQ Glossary ... Sponsors Research Portals Telescience Cell Centered Database Affiliated Sites Biomedical Informatics Research Network CalIT Center for Research in ... Research Program National Center for Microscopy and Imaging Research (NCMIR) Center for Research in Biological Systems Basic Science Building, Room 1000 University of California, San Diego 9500 Gilman Drive Dept. Code 0608 La Jolla, CA 92093-0608 USA Voice: (858) 534-0276 Fax: (858) 534-7497 Research Excellence The National Center for Microscopy and Imaging Research (NCMIR) at the University of California San Diego develops state-of-the-art 3D imaging and analysis technologies to help biomedical researchers understand biological structure and function relationships in cells and tissues in the dimensional range between 5 nm and 50 µm more NCMIR releases an upgraded version of the Cell Centered Database: http://ccdb.ucsd.edu

43. A Web Atlas Of Cellular Structures: Microscopy Three different types of microscopy were used to generate the images in this atlas, and in certain cases differing methods of obtaining the images were http://www.itg.uiuc.edu/technology/atlas/microscopy/

ITG Home Page Microscopy Suite User Information Calendars ... ITG People Search Advanced Search Search Help ATLAS: MICROSCOPY ... STRUCTURES Microscopy Three different types of microscopy were used to generate the images in this atlas, and in certain cases differing methods of obtaining the images were performed on the same type of microscope. The microscopes used include a laser scanning confocal , a fluorescence , and a standard light . The light microscope used conventional brightfield microscopy as well as phase-contrast and differential interference contrast (DIC or Nomarski) microscopy. Each type of microscope and the proceedures for obtaining images from them are described in greater detail on the individual pages as linked above. These microscopes may be found in the Beckman Institute's Imaging Technology Group Microscopy Suite . For further information on each scope, or for more information about the procedures used to generate the atlas, contact the author Sheela Konda - Page 1 of 4 The ITG is part of the Beckman Institute for Advanced Science and Technology at the University of Illinois University of Illinois at Urbana-Champaign.

44. MSSA - Microscopy Society Of Southern Africa Welcome to the microscopy Society of Southern Africa ( MSSA ). Please feel free to browse around and hopefully we can assist you with any queries you may http://www.microscopy.org.za/

MSSA News Membership Committee Meetings ... Links ( µMSSA workshop pictures under Conferences.) Welcome to the Microscopy Society of Southern Africa ( MSSA ). Please feel free to browse around and hopefully we can assist you with any queries you may have in this fascinating application of ours. Our Mission T o promote and develop microscopy and associated techniques at all levels in the Southern African region Society Profile The Society was founded as the Electron Microscopy Society of Southern Africa (EMSSA) in 1962 and became a formal member of IFSEM (the International Federation of Societies for Electron Microscopy) in 1966. The primary objectives of the Society are to further microscopy in the broadest sense in all branches of science to facilitate communication and co-operation between microscopists and with other scientists to act as a liaison between members of the Society and the IFSEM to provide an interface between research, education, government and the public This is achieved mainly through an annual meeting of the Society publication of a Newsletter [MSSA NEWS] maintenance of an Instrument and Skills Database the establishment of regional groups with closer co-operative ties Contact Information For most queries, questions and information about the society, it is best that the Society Secretary is contacted.

45. Olympus - Microscopy Olympus is one of the biggest and most respected manufacturers of microscope systems. Olympus provides a comprehensive range of microscopes for training and http://www.microscopy.olympus.eu/

Microscope Microscopy Microscopes Offering a wide range of microscopes to suit your needs in life and materials science microscopy. For your professional applications you will find the right model Search Customer Support Global MM_preloadImages('/microscopes/images/nav_corp_1_ov.gif'); MM_preloadImages('/microscopes/images/nav_corp_2_ov.gif'); MM_preloadImages('/microscopes/images/nav_corp_3_ov.gif'); MM_preloadImages('/microscopes/images/microscope-microscopy-life_ov.gif'); MM_preloadImages('/microscopes/images/microscopes-microscopy-materials_ov.gif'); MM_preloadImages('/microscopes/images/microscope-cameras_ov.gif'); MM_preloadImages('/microscopes/images/professional-microscopes-software_ov.gif'); MM_preloadImages('/microscopes/images/microscopes-optics-accessories_ov.gif'); MM_preloadImages('/microscopes/images/microscopy-component-business_ov.gif'); MM_preloadImages('/microscopes/images/microscopy-microscopes-about_ov.gif'); MM_preloadImages('/microscopes/images/microscope_microscopy-support_ov.gif'); Home Microscopy See other product areas Binoculars Cameras Business Solutions Voice Recorders Diagnostics Microscopy Medical Systems and Endoscopy Advalytix Industrial Endoscopy UT and ECT Instruments LEXT OLS3100 - Confocal Metrology System Select category Life Science Microscopes Materials Science Microscopes Cameras Software Select product Which microscope suits your specimen?

46. Electron Microscopy Electron microscopy. Return to the histotechnology menu. The following grayscale electron micrographic images are available file sizes average 100 to 160k http://library.med.utah.edu/WebPath/HISTHTML/EM/EM.html

Electron Microscopy Return to the histotechnology menu. The following grayscale electron micrographic images are available [file sizes average 100 to 160k]: Normal Structures Structure Description Neutrophil Normal polymorphonuclear leukocyte Lymphocyte Normal lymphocyte Plasma cell Normal plasma cell with prominent cytoplasmic smooth endoplasmic reticulum Macrophage Normal macrophage with oblong nucleus, nucleolus, and cytoplasm with a variety of inclusions Platelets Normal platelets Mitochondria Happy mitochondria within a cell Skeletal muscle Normal skeletal muscle, normal (inset shows a single sarcomere with dark Z discs, and a central M line, with thin actin and thick myosin filaments) Collagen Normal collagen fibrils Cilia Normal cilia of respiratory tract epithelium Miscellaneous Findings Structure Description Amyloid Amyloid fibrils, with inset demonstrating array of fibrils Adrenoleukodystrophy Adrenoleukodystrophy, adrenal gland, with long parallel inclusions of long chain fatty acids Birbeck granules Birbeck granules (inset shows several at higher magnification) from a case of histiocytosis X Histiocytosis X Cell with a clefted nucleus from a case of histiocytosis X Bacteria Pseudomonas bacteria Cryptosporidia Cryptosporidia along small intestinal brush border Herpes simplex virus Herpes simplex virus in brain, viral particles (inset) in nucleus

47. CIVM Home We offer 2T, 7T, and 9.4T MR microscopy, microCT, micro X-ray, ultrasound, and optical imaging technologies. For details about our imaging facilities, http://www.civm.duhs.duke.edu/

Duke University Medical Center home about us staff contact ... Duke Med Center Journal club Wednesdays at noon-1 PM Room 162 Bryan Research Building Info: 919 684-7758 We are an NIH/NCRR National Biomedical Technology Resource Center that develops medical technologies with applications for small animal imaging at microscopic resolution. As an NCI Small Animal Imaging Resource Program, we help researchers apply these technologies to cancer research. We offer 2T, 7T, and 9.4T MR microscopy, micro-CT, micro X-ray, ultrasound, and optical imaging technologies. For details about our imaging facilities, CLICK HERE . To initiate a project with the Center, CLICK HERE to go to our collaboration link. Duke Center for In Vivo Microscopy (CIVM) continues to expand our range of technical capabilities and applications. He MR lung imaging 4D micro-CT of the mouse heart 4D heart analysis more about this research press release about this research more about this image Selected publications download a list of all our publications AA Sharief, A Badea, AM Dale, GA Johnson, Automated segmentation of the actively stained mouse brain using multi-spectral MR microscopy, NeuroImage 39( 1): 136-1451, January 2008; Science Direct subscribers:

48. Electron Microscopy Unit Snow Contains pictures of snow taken by high powered microscopes. http://emu.arsusda.gov/snowsite/default.html

The following images were obtained using a Low Temperature Scanning Electron Microscope (LT-SEM) that is located in the Beltsville Agricultural Research Center in the Electron Microscopy Unit, Bld. 177-B, Beltsville Maryland 20705. Information gained from studying the structure of snow is vital to several areas of science as well as to activities that affect our daily lives and is only one of several agricultural research projects that are currently being pursued in this research unit. Snow Crystal Images Pseudo Color Snow Crystals Stereo Images of Snow Crystals Selected Snow Crystals Light and SEM Comparative Images of Snow Crystals ... Magnification Series Snow Crystal Classification Magono and Lee Classification Part 1 Magono and Lee Classification Part 2 Snow Pit sites Intensive Study Area: Saint Louis Creek Intensive Study Area: Illinois River Site Intensive Study Area: Walton Creek Sequential Data: Bearden Mountain, West Virginia (1995-1996) ... Back to EMU Site SEM Issues or Questions to: ErbeE @ba.ars.usda.gov TEM Page Issues or Questions to: MurphyC @ba.ars.usda.gov

49. Modern Microscopy www.modernmicroscopy.com/ 5k - Cached - Similar pages TEM BasicsThis is a set of resources designed to accompany an introductory course on transmission electron microscopy. The level is appropriate for students with an http://www.modernmicroscopy.com/

50. Electron Microscopy - SEM - TEM - SPI Supplies® SourceBook Catalog - Microscope SPI Supplies OnLine Catalog Table of Contents of microscopy supplies lists products by category, from instruments of sample preparation, including sputter http://www.2spi.com/catalog.html

In Memory of Charles A. Garber, PhD. SPI Supplies SourceBook Everything you need for a quality microscopy laboratory Chinese Russian Spanish Table of Contents: Navigation on a website is always one of the most important considerations as to whether any particular viewer will ever bookmark and/or return on some date in the future. We offer our website visitors and customers an index below. And we offer them the SPI Navigator Index box which is found in the lower right hand corner of each page and in to the right of this text. We also recommend following the MicroChuck Microscopy Blog for timely and further information about various microscopy topics facing those working in microscopy today. Some of the topics might be seen as "controversial". Any reader of the blog is free to make their own postings and express their own opinions being covered. We welcome contrary points of view. Instruments: Sputter / Carbon Coaters for SEM/EDS applications Plasma Etchers for failure analysis and surface cleaning Plasma Cleaners for TEM Specimen Holders and Rods for contamination rate reduction Chromium Coaters for FESEM Applications Osmium Plasma Coater for Ultimate SEM Metal Coatings Critical Point Dryers and Supplies Ultrasonic Disc Cutters / Grinders and Supplies Tissue Processors for thin foil preparation Water Chillers / Recirculators Vacuum Pumps Light Microscopes, Research Type

51. Centre For Microscopy, Characterisation And Analysis - Welcome To CMCA The Centre for microscopy, Characterisation and Analysis provides teaching and research infrastructure in ion, electron, laser and light microscopy and http://www.cmca.uwa.edu.au/

Centre for Microscopy, Characterisation and Analysis UWA Home Page CMCA Home Page CMCA Booking System CMCA Registration Search UWA UWA Website This Sub-site People UWA Expertise Structure Intranet for Welcome User Information Instrumentation Research ... Site Map The Centre for Microscopy, Characterisation and Analysis provides teaching and research infrastructure in ion, electron, laser and light microscopy and microanalysis to universities, state government and local industry. The facilities of the CMCA are located at two separate sites - UWA Crawley Campus and QEII Medical Centre - with the main office located at the Crawley Campus. We are core partners in the Nanoscale Characterisation Centre, WA (NCC) and are the WA node of the Australian Microscopy and Microanalysis Research Facility (AMMRF). Tell me more... Important Notices to Users: Australian Conference on Microscopy and Microanalysis being held in February the following changes to access of the Crawley campus will apply: CLOSED to all users 7 - 8 February 2008 OUT OF HOURS ACCESS only 9 - 15 February No change to access to QEII campus.

52. Atomic Force Microscopy Student Module Here is a short module regarding Atomic Force microscopy. Please follow the links below to view a brief description of the technique and some of its http://www.chembio.uoguelph.ca/educmat/chm729/afm/firstpag.htm

ATOMIC FORCE MICROSCOPY Here is a short module regarding Atomic Force Microscopy. Please follow the links below to view a brief description of the technique and some of its applications to biological systems. General Ideas of AFM AFM Modes Phase Imaging Force Curve ... Biological Applications of AFM Author: Hong-Qiang Li: email: hli@uoguelph.ca Curator: Dan Thomas email: Last Updated: Thursday, April 24 1997

53. SCANDEM - The Nordic Microscopy Society SCANDEM Nordic Society for microscopy. http://www.scandem.org/

54. International Federation Of Societies For Microscopy IFSM s aim is to contribute to the advancement of microscopy in all its aspects. It comprises microscopy societies from all around the world http://www.ifsm.umn.edu/

Index Executive Constitution Secretariat Members ... ifsm@ International Federation of Societies for Microscopy Countries List as at January 2000, organised alphabetically. Click on the name of a country listed below to view their contact details. The membership for countries is divided into Members, Affiliates and Regional Members. Member Countries America Austria Australia Belgium ... Venezuela Associate Members Armenia Bulgaria Cuba Ecuador ... Slovenia Regional Members Asia-Pacific Europe Interamerica Index Executive Constitution Secretariat Members ... ifsm@

55. X-ray Optics And Microscopy At Stony Brook Research describing use of coherent soft Xrays for optics experiments, including Fresnel zone plates, to produce the smallest focused spot of http://xray1.physics.sunysb.edu/

Research Introduction SRN Article Publications ... SolidWorks Licensing Contact at Stony Brook How many people does it take to run an x-ray microscope? Only one, but four of us posed for this picture. Left to right: Janos Kirz, Sue Wirick, Xiaodong Zhang, and Chris Jacobsen. Welcome to the x-ray optics and microscopy group at Stony Brook. We use coherent soft x-rays for optics experiments. The main fields we work in are Scanning Transmission X-ray Microscopy and Diffraction Microscopy Much of our effort is directed towards using Fresnel zone plates to produce one of the smallest focused spots of electromagnetic waves of any wavelength, and exploiting these nanofocused beams for studies of biological and environmental science specimens Thanks to the Department of Energy, the National Institutes for Health, the National Science Foundation, and NASA for support! Home Research People User ... top This page last modified on January 24, 2008 by HF

56. Microscopy On Polymer Systems (TEM/AFM) By Dr. Ralf Thomann (University Of Freib Image galleries of homogenous and heterogenous polymers using TEM, AFM and light microscopy equipment at the University of Freiburg, Germany. http://www.polymermicroscopy.com/

University of Freiburg since Feb.2002 Polymer Microscopy Transmission Electron Microscopy TEM , Atomic Force Microscopy AFM , Light Microscopy deutsche Version silver crystal in polymer matrix Research: Polymer networks Deformation of polymers Polymer blends Crystallization of polymers in-situ microscopy heterogenous polymer systems Ralf Thomann, Feb.2002

57. Microscopy At The University Of Wisconsin-Madison Epifluorescent light micrograph showing microbial colonization of the surface of a tomato root. Image courtesy of Holly Simon, 1999. http://www.microscopy.wisc.edu/

Epifluorescent light micrograph showing microbial colonization of the surface of a tomato root. Image courtesy of Holly Simon, 1999. Contact: eliceiri@wisc.edu . Last Updated: 05/06/06.

58. Microscopy NZ Welcome to the microscopy New Zealand website. Its aim is to keep New Zealand s microscopists in touch with each other and share some of the trials and http://microscopynz.otago.ac.nz/

59. Scanning Probe Microscopy (SPM) SPM covers AFM, STM, NSOM and related microscopes. It explains these powerful new microscopes, illustrates their applications, and links to other sites on http://www.mobot.org/jwcross/spm/

Scanning Probe Microscopy (SPM) Imaging Surfaces on a Fine Scale By John W. Cross A probe used for atomic force microscopy. No Frames: Click Here for a Menu Revised: September 1, 2001

60. Olympus FluoView Resource Center: Theory Of Confocal Microscopy Laser scanning confocal microscopy represents one of the most significant advances in optical microscopy ever developed, primarily because the technique http://www.olympusfluoview.com/theory/index.html

Product Info Brochures Confocal Theory Java Tutorials ... Home Theory of Confocal Microscopy L aser scanning confocal microscopy represents one of the most significant advances in optical microscopy ever developed, primarily because the technique enables visualization deep within both living and fixed cells and tissues and affords the ability to collect sharply defined optical sections from which three-dimensional renderings can be created. The principles and techniques of confocal microscopy are becoming increasingly available to individual researchers as new single-laboratory microscopes are introduced. Development of modern confocal microscopes has been accelerated by new advances in computer and storage technology, laser systems, detectors, interference filters, and fluorophores for highly specific targets. Introduction to Confocal Microscopy - Confocal microscopy offers several advantages over conventional widefield optical microscopy, including the ability to control depth of field, elimination or reduction of background information away from the focal plane (that leads to image degradation), and the capability to collect serial optical sections from thick specimens. The basic key to the confocal approach is the use of spatial filtering techniques to eliminate out-of-focus light or glare in specimens whose thickness exceeds the immediate plane of focus. There has been a tremendous explosion in the popularity of confocal microscopy in recent years, due in part to the relative ease with which extremely high-quality images can be obtained from specimens prepared for conventional fluorescence microscopy, and the growing number of applications in cell biology that rely on imaging both fixed and living cells and tissues. In fact, confocal technology is proving to be one of the most important advances ever achieved in optical microscopy.

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