Lidstrom:Sorvall Centrifuge: Difference between revisions
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[http://www.geminibv.nl/labware/sorvall-gsa-rotor/sorvall-rotor-gsa-gs3-sa600-se12-sm24-ss34-manual.pdf Sorvall rotors] | [http://www.geminibv.nl/labware/sorvall-gsa-rotor/sorvall-rotor-gsa-gs3-sa600-se12-sm24-ss34-manual.pdf Sorvall rotors] | ||
=== SS-34 === | |||
* Holds 8*50 mL, spins at 20,000 RPM/36,900 RCF | |||
**Tubes: [[image:Lidstrom_SS-34 tubes.png|thumb|upright=0.3|center|SS-34 tubes]] | **Tubes: [[image:Lidstrom_SS-34 tubes.png|thumb|upright=0.3|center|SS-34 tubes]] | ||
***Can't be autoclaved. | ***Can't be autoclaved. | ||
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[[image:SS-34 rotor speeds and k factors.png|thumb|upright=2.0|center|SS-34 rotor speeds and k factors]] | [[image:SS-34 rotor speeds and k factors.png|thumb|upright=2.0|center|SS-34 rotor speeds and k factors]] | ||
=== GS-3 === | |||
[[image:GS-3 rotor speeds and k factors.png|thumb|upright=2.0|center|GS-34 rotor speeds and k factors]] | [[image:GS-3 rotor speeds and k factors.png|thumb|upright=2.0|center|GS-34 rotor speeds and k factors]] | ||
== Instructions == | == Instructions == |
Revision as of 17:45, 21 January 2015
Back to Protocols
Picture
Rotors
SS-34
- Holds 8*50 mL, spins at 20,000 RPM/36,900 RCF
- Tubes:
- Can't be autoclaved.
- Actually, Amanda might have autoclaved them before.
- Can't write on body; can only write on cap. Sandy says stickers don't stick.
- Can't be autoclaved.
- Tubes:
- GS-3.
- For bigger bottles.
- ???.
- Holds eppendorf (1.5mL) tubes
- For reference, the benchtop 50mL centrifuges (e.g. ST-15R with a TX-400 swinging bucket rotor) we have spin at 4696 RCF.
- There are stickers with maximum speeds. These were set by Katya, a Lidstrom Lab manager, circa 2011. It is unknown what the motivation was for keeping the rotors below maximum speed.
GS-3
Instructions
Example protocol for AM1:
Janet's SIP3-4 centrifugation:
- Chill to 4oC with SS-34 rotor inside
- Fill correct tubes
- Spin for ___ min at ___ RCF at ___oC
Centrifugation Math & Basics
- Sigma summary:
- sedimentation rate is proportional to RFC, and proportional to the square of the particle diameter (cell diameter).