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. 2016 Dec 14;6:39067. doi: 10.1038/srep39067

Table 1. Markers developed for dreissenid identification derived from MPS output and qPCR conduction.

Single-copy gene calling step
PCR amplification step
qPCR amplification step
GenBank accession
MPS Contig reference BlastX E- value Predicted gene Primer sequences (5′ → 3′) Size (bp) Ta (°C) Tm (°C) E CV R2 DL (ng/μl) QL (ng/μl)
Contig000070 3.77E-88* H3 F: GGTGACACGCTTGGCGTGGA 229 60 JWHF01000070
R: GCCAGGAACCGTCGCCCTTC
Contig000076 5.31E-54* H2B F: CGCGCGCTCCACTGACAAGA 251 60 85.4692 ± 0.2057 1.9729 0.1541 0.9976 5E-4 5E-4 JWHF01000076
R: CACCAGGCAGCAGGAGACGC
Contig000102 1.08E-27 H1 F: TCTTGGCGCCCGCCTTCTTG 214 60 86.0933 ± 0.2612 1.9700 0.2283 0.9954 5E-3 5E-3 JWHF01000102
R: GTCAGTGCCGTCAACGCCCA
Contig000913 7.52E-23 MARS F: AGTCCTCCCAGATTAGCCTGTGC 277 65 80.8778 ± 2.6423 1.9102 0.1772 0.9940 5E-2 5E-1 JWHF01000913
R: AGATGTCGCGGTGGAGGGCT

MPS contig reference, Blast Result, predicted gene, Forward (F) and Reverse (R) primer sequences, amplicon size in base pairs, and optimum annealing temperature (Ta) for PCR amplification, Melting temperature (Tm) in Real Time PCR, efficiency (E), coefficient of variation (CV), coefficient of regression (R2), detection (DL) and quantification (QL) levels and GenBank accession number for four single-copy predicted genes selected for zebra mussel. *Significant BlastX E-value <1E-50.