Difference between revisions of "Characterization of Parts"
(→Characterization Techniques for specific part types) |
(→General Characterization Techniques) |
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==General Characterization Techniques== | ==General Characterization Techniques== | ||
| − | Currently, the most commonly used method of testing parts is through | + | Currently, the most commonly used method of testing parts is through fluorescence assays. <br> |
Protocols for such assays can be found in the following places: | Protocols for such assays can be found in the following places: | ||
*Endy Lab's Openwetware [protocols] for characterizing parts | *Endy Lab's Openwetware [protocols] for characterizing parts | ||
Revision as of 16:33, 13 August 2007
This page discusses methods to classify and characterize parts in the Registry.
Visit Part Types to view the actual parts in the Registry
General Characterization Techniques
Currently, the most commonly used method of testing parts is through fluorescence assays.
Protocols for such assays can be found in the following places:
- Endy Lab's Openwetware [protocols] for characterizing parts
- Penn State is also working on characterizing parts using fluorescence
Characterization Techniques for specific part types
Relevant Discussions
- [http://openwetware.org/wiki/Parts_characterization/Measurement_techniques Measurement techniques]
- [http://openwetware.org/wiki/Parts_characterization/Characterization_approaches Characterization approaches]