(A Novice's Guide to Research Techniques Used in Microbiology)
Created by George Rice, Montana State University
Left; Rendering of a lymphocyte from Department of Microbiology and Immunology
, East Carolina University School of Medicine, Middle; Culture plate, Right; Cryo Electron Micrograph (created in Jack Johnson's lab at Scripps Institute) of a thermal virus discovered in Yellowstone by this web page author, Montana State University.
This Resource is Designed to Help You -
- Read science news and research articles.
- Understand science seminars outside of your discipline.
- Talk intelligently to colleagues across campus.
- Design and implement research projects employing new techniques.
Research Subject Headings:
(click on thumbnails for larger images)
Conductivity, Temperature, Depth (CTD)
rosette profiling package is used to collect discrete water samples at specific depths throughout the water column
A collection of pages that include information about gathering data on physical characteristics of a field area, including turbidity and dissolved oxygen.
Image of Mammoth Hot Springs, Yellowstone National Park, in the winter.(image from Bruce Fouke's lab)
This collection includes biogeochemical techniques such as ion chromatography and primary productivity; it also features a case study of the Yellowstone geothermal system.
Circular 17Kb genome of the STIV thermal virus with promoter regions marked. (figure by George Rice, Montana State University)
This collection includes resources regarding basic information on genomics, including a short description of transcription, translation, and modern genomics, as well as genomic techniques such as DNA extraction and PCR.
Scanning electron micrograph of Tardigrada
, or water bear. Image Credit: Rick Gillis and Roger J. Haro Department of Biology University of Wisconsin - La Crosse
A collection of information regarding cellular staining techniques and general types of microscopy.
Image of Angel Terrace at Mammoth Hot Springs, Yellowstone National Park.(image from Bruce Fouke's lab)
NSF funded projects featuring cutting edge research showcase multiple investigative techniques. Many projects like those in the MO
program are featured here and in the broader NSDL
. These programs are prime examples of integrated research and their resultant outreach efforts can readily be used by educators in the classroom.