Publication | Open Access
Use of Two Reverse Transcriptases Eliminates False-Positive Results in Differential Display
16
Citations
6
References
1997
Year
GeneticsMolecular BiologyNucleic Acid Amplification TestDifferential DisplayReverse TranscriptasesMolecular DiagnosticsFalse-positive ResultsMolecular Biological MethodDna ReplicationGene ExpressionCell BiologyFunctional GenomicsRna PreparationsSubtle DifferencesNatural SciencesDifferential Display PcrNucleic Acid AmplificationSystems BiologyMedicineGenome Editing
The selection of false-positive clones in differential display PCR (DDRT-PCR) represents a formidable drawback to this otherwise powerful technique of detecting subtle differences between cell types. DDRT-PCR performed with cDNAs generated by two different reverse transcriptases from the same RNA doubles the total number of reactions; nevertheless, false-positive clones arising from small differences between RNA preparations are easily distinguished from differentially expressed transcripts.
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