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A more stringent choice of primers can improve the performance of fluorescent automated DNA sequencers.
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1992
Year
GeneticsDna AnalysisMolecular BiologyDna SequencersMolecular GeneticsStringent ChoiceGenomicsHigh Throughput SequencingAutomated Dna SequencersMolecular DiagnosticsDna SequencingPbluescript VectorDna ReplicationBiomedical AnalysisFunctional GenomicsBioinformaticsNatural SciencesNucleic Acid AmplificationMedicineGenome EditingSequence AssemblyFluorescent Detection
Some primers frequently used in the double-stranded dideoxy DNA sequencing technique with radioactive markers are not suited for fluorescent detection. In fact oligonucleotides have a different annealing efficiency related to their base sequence, and this is reflected in nonequivalent results, particularly in fluorescent automated DNA sequencing. We present a method for the evaluation of primer performance in automated DNA sequencers and show its application to the search for a better set of primers for pBluescript vector.