Biotechnology
| Poster #530 | |
| » | Abstract |
| » | Introduction |
| » | Materials and Methods |
| » | Sequencing Results |
| » | Sequencing Tables |
| » | Conclusions |
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|
Biotechnology
| Poster #530 | |
| » | Abstract |
| » | Introduction |
| » | Materials and Methods |
| » | Sequencing Results |
| » | Sequencing Tables |
| » | Conclusions |
![]() |
|
Sequencing BAC DNA With Near-Infrared
Fluorescent Non-Nucleotide TerminatorsStephen C. Roemer, Vince R. Boveia, Craig M. Johnson and D. Michael Olive
LI-COR Inc., Biotechnology, 4647 Superior Street, Lincoln, NE 68504
BAC sequencing using IRDye® infrared dye-labeled AcycloTerminators and
IRDye® infrared dye-labeled primers. Three BAC templates are shown for
comparison of read length and accuracy.
Sample
DesignationTemplate Size Sequencing Method Enzyme Read Length Q Value 101 100 Kb Dye Terminator Thermo Sequenase 1195 29 101 100 Kb Dye Primer Thermo Sequenase 934 38 102 100 Kb Dye Terminator Thermo Sequenase 1119 33 102 100 Kb Dye Primer Thermo Sequenase 1147 37 202 70 Kb Dye Terminator Thermo Sequenase 809 22 202 70 Kb Dye Primer Thermo Sequenase 264 31 Polymerase effects on difficult BAC sequences.
The performance of Thermo Sequenase® was compared to SequiTherm
Excel™ II using IRDye® infrared dye-labeled primers for sequencing three
unusually difficult BAC templates.
Sample
DesignationTemplate Size Sequencing Method Enzyme Read Length Q Value 201 105 Kb Dye Primer Thermo Sequenase 584 19 201 105 Kb Dye Primer Excel II 1137 32 202 70 Kb Dye Primer Thermo Sequenase 264 21 202 70 Kb Dye Primer Excel II 1107 31 203 80 Kb Dye Primer Thermo Sequenase 594 20 203 80 Kb Dye Primer Excel II 1137 28