Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
aflp_454seq_for_pop_structure [2012/01/25 14:53]
anniearchambault
aflp_454seq_for_pop_structure [2012/02/02 20:51] (current)
anniearchambault
Line 89: Line 89:
 <WRAP box 500px>​**Table 5** Reaction mix for selective amplifications,​ in the context of a modified AFLP method for genome complexity reduction coupled to multiplexing samples for high throughput sequencing. ​ <WRAP box 500px>​**Table 5** Reaction mix for selective amplifications,​ in the context of a modified AFLP method for genome complexity reduction coupled to multiplexing samples for high throughput sequencing. ​
 ^ Reagent ​   ^ Initial conc.    ^ Qty added    ^ Final conc. or Final qty    ^ ^ Reagent ​   ^ Initial conc.    ^ Qty added    ^ Final conc. or Final qty    ^
-^ HF Buffer ​   | 5X includes ​(15 mM MgCl2) | 6 µl  | 1X    |+^ HF Buffer ​   | 5X (includes ​15 mM MgCl2) | 6 µl  | 1X    |
 ^ MgCl2    | 50 mM    | 0.6  µl    | 2.5 mM    | ^ MgCl2    | 50 mM    | 0.6  µl    | 2.5 mM    |
 ^ dNTP     | 10 mM           | 0.6 µl         | 200 µM        | ^ dNTP     | 10 mM           | 0.6 µl         | 200 µM        |
Line 100: Line 100:
 </​WRAP>​ </​WRAP>​
  
-<WRAP box 500px>​{{:​gel_amplif_12juillet2011.jpg?​400|Gel picture}}**Figure 3** Electrophoresis of  from a selective amplification of digested-ligated //Panax quinqefolius//​ total DNA with selective primers, which have a MID barcode tail, for a modified AFLP method for genome complexity reduction coupled to a high throughput sequencing. Lane 1: [[http://​www.neb.ca/​detail.php?​id=N3014|Lambda BstEII ladder]]; Lane 2: ?</​WRAP>​+<WRAP box 500px>​{{:​amplify_digested_ligated_library.jpg?​400|Gel picture ​for selective amplification of prepared library for AFLP-like method}}**Figure 3** Electrophoresis of the product of selective amplification of digested-ligated //Panax quinqefolius//​ total DNA with selective primers, which have a MID barcode tail, for a modified AFLP method for genome complexity reduction coupled to a high throughput sequencing. Two different MgCl2 concentrations were tested, and different temperatures for the primer annealing step. Lane 1: [[http://​www.neb.ca/​detail.php?​id=N3014|Lambda BstEII ladder]]; Lane 2: 57 °C; Lane 3: 61.8 °C; Lane 4: 65.5; Lane 5: 68.7 °C; Lane 6: 57 °C; Lane 7: 61.8 °C; Lane 8: 65.5 °C; Lane 9: 68.7 °C</​WRAP>​
 <WRAP clear></​WRAP>​ <WRAP clear></​WRAP>​
- 
  
 <WRAP box 500px>​**Table 6** Cycling conditions for selective amplifications,​ in the context of a modified AFLP method for genome complexity reduction coupled to multiplexing samples for high throughput sequencing. ​ <WRAP box 500px>​**Table 6** Cycling conditions for selective amplifications,​ in the context of a modified AFLP method for genome complexity reduction coupled to multiplexing samples for high throughput sequencing. ​
-^ Step      ^ Temperature (°C )       ^ Time          ^+^ Step      ^ Temperature (°C)       ^ Time          ^
 | Initial denaturation ​   | 98   | 2 min    | | Initial denaturation ​   | 98   | 2 min    |
 ^ 30 cycles ​   ^     ​^ ​    ​^ ​ ^ 30 cycles ​   ^     ​^ ​    ​^ ​