AlanFung:Protocol/Construction of Solexa sequencing Library: Difference between revisions
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*Incubate tubes at RT for 30minutes. | *Incubate tubes at RT for 30minutes. | ||
*Perform a Qiaquick purification and elute with 39ul EB buffer. | *Perform a Qiaquick purification and elute with 39ul EB buffer. | ||
*NOTE: For blunt-end ligation, the A-Tailing reaction should be skipped. Doing TA ligation is preferable since it eliminates the chance of getting chimeric reads. | |||
*A-Tailing Reactions | |||
{| {{table}} | |||
| Blunet-end DNA||37ul | |||
|- | |||
| 10X dA-Tailing Reaction Buffer||5ul | |||
|- | |||
| Klenow Fragment (3\'-5\' exo-)||3ul | |||
|- | |||
| H2O||5ul | |||
|- | |||
| | |||
|} |
Revision as of 18:01, 29 October 2009
Construction of Solexa sequencing library from padlock captured PCR products using NEBNext DNA Sample Prep Master Mix Set 1 Kit (E6040S/L)
Overview
- Fragmentation and end-polishing
- Size Selection
- Ligation
- PCR of sequencing Library
- QPCR quantification
Fragmentation and end-polishing (Make blunt ends with 5'P)
- The PCR amplicons (200ng-1ug) are fragmented with Covaris sonicator to ~100bp
- End-Repair Reactions
Fragmented DNA | 85ul |
10X End Repair Bufer | 10ul |
End Repair Enzyme Mix | 5ul |
- Incubate tubes at RT for 30minutes.
- Perform a Qiaquick purification and elute with 39ul EB buffer.
- NOTE: For blunt-end ligation, the A-Tailing reaction should be skipped. Doing TA ligation is preferable since it eliminates the chance of getting chimeric reads.
- A-Tailing Reactions
Blunet-end DNA | 37ul |
10X dA-Tailing Reaction Buffer | 5ul |
Klenow Fragment (3\'-5\' exo-) | 3ul |
H2O | 5ul |