Biological Sciences
Scanning Electron Microscope Facility

Scanning electron microscopy can be a fascinating and informative component of a wide variety of structural research projects. The Duke University Department of Biology SEM facility offers the use of an Environmental Scanning Electron Microscope (ESEM). Unlike a conventional SEM, the ESEM can be used to examine specimens which would be distorted or destroyed by standard preparation techniques.

This facility is available for faculty, post-doctoral and student research, as well as for course demonstrations.

 
 

Instrumentation & Supplies

  • FEI XL30 ESEM
    • wet mode and high vacuum secondary electron detectors
    • wet mode and high vacuum backscatter detectors
    • specimen chamber pressures up to 20 Torr
    • Scandium image analysis & editing software package
    • digital or Polaroid image capture
  • Pelco CPD2 critical point dryer
  • Anatech Hummer 6.2 sputter coater
  • Anatech carbon evaporator
  • Specimen mounting supplies
Hydrated, uncoated flower petal (false color image).
 
Hydrated, uncoated flower petal
(false color image)

Samples

The ESEM can be used to examine:


Pathogenic samples must be killed prior to their arrival in the ESEM lab.

Location

The ESEM lab is located in the Biological Sciences Building in room 0072. For detailed instructions, select directions.

User Policy

Charges (academic users & non-profits)

Charges (commercial users)

Contact Information

Please feel free to contact Leslie Eibest for more information concerning instrumentation, scheduling, or specimen preparation.  I can be reached in the mornings at (919) 684-2547, or at leibest@duke.edu. To reach the sign-up calendar, select ESEM sign-up (but first-time users should contact me first).

For frequently asked questions, please select FAQs.

Researchers requiring exceptionally high (2 - 100 nanometer) resolution imaging may wish to contact the Shared Materials Instrumentation Facility (http://smif.lab.duke.edu/) for information concerning the use of their field emission XL30 SEM.

We gratefully acknowledge National Science Foundation support (award # DBI-0098534) for the acquisition of the ESEM.

Dinoflagellate.
Gore-tex.
Lactarius (mushroom) spores.
Dinoflagellate
Gore-tex (TM)
Lactarius (mushroom) spores