From emsuite wiki

Relevant Links

Useful links are provided here for your convenience

NIH Cell Biology and Metabolism Program Electron Microscopy Facility
Jeremy Swan is the project coordinator for the Biovisualization Program for the Division of Intramural Reseach at the NICHD.  He helps to support this wiki, http://science.nichd.nih.gov and supports Rachid Sougrat, who runs the CBMP EM Facility.  He may have time to answer questions.  If you have questions for Rachid, please contact Jeremy Swan to make the introduction.

Protrain
Protrain came to the UMBC campus in January 2007 for a weeklong course. They have been kind enough to share knowledge from their website. Steve Chapman formed Protrain in 1982 and he is our senior consultant in electron microscopy. Steve first became involved with electron microscopes in 1964 at the University of Birmingham, England.

The Microscopy Listserver is a telecommunication (Email) based discussion forum giving members of the scientific community a centralized Internet address to which questions/comments/answers in the various fields of Microscopy or Microanalysis can be rapidly distributed to a list of (subscribed) individuals by electronic mail.

The Electron Microscopy Core Laboratory (EMCL) is a resource center for scanning and transmission electron microscopy, providing investigators with consultation, training, access to instrumentation, and fee based services.

(EMCL) provides services for preparation and examination of biological samples for transmission and field emission scanning electron microscopy. This includes conventional and microwave sample preparation, pre/post-embedding cytochemical and immunocytochemical localizations, whole mount preparations, critical point drying, vacuum evaporation and sputter coating.

Stanford Light Field Microscopy Project
Light field photography is an image-based technique for recording scene appearance. Unlike conventional photography, light fields permit manipulation of viewpoint and focus after the imagery has been recorded. Devices for capturing light fields range in scale from room-size arrays of cameras to a handheld camera in which a microlens array has been inserted between the main lens and sensor plane.

Molecular Expressions Virtual Microscopy website
Visit the interactive Java-powered virtual microscopes that we have constructed. These virtual microscopes explore specimen focus, illumination intensity, magnification, and translation---operating essentially in a manner that is identical to real-life microscopes.

SWEHSCI Confocal Microscopy