Allyson Luber
September 17th, 2019
I. Electrophoresis of PCR products
- We took out our PCR tubes and let them thaw
- After thawing, one of our group members dotted out 13 loading dye dots (~1μl) on a sheet of parafilm (our group did 13 dots compared to the normal 16 dots because there’s only 3 of us)
- Next we pipettted 3 μl of each PCR product into its own dot, using a 10 μl pipette
- Loaded all dots into the gel (set pipette to 5 μl)
- Ran the gel at 130 volts for 30 minutes
Order of lanes on Gel Electrophoresis plate:
(Top)
- Negative control
- RG- 01
- RG-02
- RG- 04
- EVR-01
- EVR-02
- EVR-03
- EVR-04
- AEL-01
- AEL-02
- AEL-03
- AEL-04
15. Ladder
II. Clean-Up of PCR products for sequencing- ExoSAP
- Labeled new 0.2 μl PCR tubes with each of my sample codes (label twice on the side of tube)
- Make the ExoSAP Master mix – one per table
- The volume of the Mater mix was calculated based off how many PCR clean-ups our table did
- Put reagents on ice
- Pipetted 7.5 μl of each PCR product into a clean, labeled 0.2 μl PCR tube
- Made the the ExoSAP master mix, keeping the reagents on ice while it was made
- Pipetted 12.5 μl of master mix into each PCR product tube
- Placed the tubes in thermocycler and started the ExoSAP program
- After program was complete, the PCR tubes were placed in a labeled tube rack and into the freezer
Master Mix volumes:
Master mix: Rxn: 1 Rxns: 13
- H2O 10.59 μl 138 μl
- 10x buffer (SAP 10x) 1.25 μl 16.3 μl
- SAP 0.44 μl 5.7 μl
- Exo 0.22 μl 2.9 μl
Master mix total: 12.5 μl 162.9 μl
PCR Product
PCR 7.5 μl
Total Cleaned-up volume 20.0 μl
End result of fish PCR
(Last 4 lanes to the right, before the ladder, are mine)