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. 2019 Sep 16;875:63–127. doi: 10.3897/zookeys.875.35748

Table 1.

Primers used for PCR and sequencing (preferred primers in bold), with information provided on respective gene fragment, primer name, direction (forward, F or reverse, R), primer sequence, standard PCR annealing temperature, utilization (PCR/ sequencing), and reference. Primer annealing temperatures used for sequencing at Macrogen were usually 50 °C (47–50 °C).

Gene region Primer name F/R Primer sequence 5'–3' PCR annealing temperature (°C) PCR/ Sequencing Reference
COI SymF1 F TTTCAACWAATCATAAARAYATTGG 49 PCR, seq (Prous et al. 2016)
COI SymF4 F AAATGATTATTYTCWACWAATCAYAA 50 PCR, seq This study
COI sym-C1-J1718 F GGAGGATTTGGAAAYTGAYTAGTWCC 49 PCR, seq (Nyman et al. 2006)
COI symC1-J1751 F GGAGCNCCTGATATAGCWTTYCC 47 seq (Prous et al. 2016)
COI SymR1 R TAAACTTCWGGRTGICCAAARAATC 47 PCR, seq (Prous et al. 2016)
COI SymR2 R TAAACTTCTGGRTGTCCAAARAATCA 47 PCR, seq (Prous et al. 2016)
COI A2590 R GCTCCTATTGATARWACATARTGRAAATG 49 PCR, seq (Normark et al. 1999)
NaK NaK_263F F CTYAGCCAYGCRAARGCRAARGA 59 PCR, seq (Prous et al. 2017)
NaK NaK_809F F GCWTTYTTCTCNACSAAYGCSGTNGARGG 55 PCR, seq (Prous et al. 2017)
NaK NaK_907Ri R TGRATRAARTGRTGRATYTCYTTIGC 54 PCR, seq (Prous et al. 2017)
NaK NaK_910R R TGRATRAARTGRTGRATYTCYTT 50 PCR, seq (Prous et al. 2017)
NaK NaK_1250Fi F ATGTGGTTYGAYAAYCARATYATIGA 56 PCR, seq (Prous et al. 2017)
NaK NaK_1250Fv2 F ATGTGGTTYGAYAAYCARATHATIGA 56 PCR, seq This study
NaK NaKRev475 R TCGATRATYTGRTTRTCRAACCACAT 56 seq (Leppänen et al. 2012)
NaK NaK_1498R R ACYTGRTAYTTGTTNGTNGARTTRAA 52 PCR, seq (Prous et al. 2019)
NaK NaK_1918R R GATTTGGCAATNGCTTTGGCAGTDAT 59 PCR, seq (Prous et al. 2017)
POL2 POL2_104Fi F GYATGTCAGTYACNGATGGIGG 59 PCR, seq (Prous et al. 2019)
POL2 POL2_104Fv2 F CGNATGTCNGTNACNGAYGGIGG 60 PCR, seq (Prous et al. 2019)
POL2 POL2_574R R TCYTCRTTNACRTGYTTCCAYTCNGC 59 seq (Prous et al. 2019)
POL2 POL2_599F F GARTGGAARCAYGTVAAYGARGA 54 PCR, seq (Prous et al. 2019)
POL2 POL2_797F F ATGTAYGGNTCNGCNAARAAYCARGA 58 PCR, seq (Prous et al. 2019)
POL2 POL2_889R R TGRAAYTGYARCATYTTWATRTTYTC 52 PCR, seq (Prous et al. 2019)
POL2 POL2_928R R GGCATNCCNGGCATRTCRTTRTCNAC 59 PCR, seq (Prous et al. 2019)
POL2 POL2_1388F F CAYAARATGAGTATGATGGG 51 PCR, seq (Prous et al. 2019)
POL2 POL2_1459R R TTCATYTCRTCNCCRTCRAARTC 52 PCR, seq (Prous et al. 2019)
POL2 POL2_1706F F TGGGAYGGNAARATGCCNCARCC 60 PCR, seq (Prous et al. 2019)
POL2 POL2_1732R R GARAADATYTGYTTNCCNGTCCA 55 PCR, seq This study
POL2 POL2_1759R R ATCATRTTNACRTTNCCNGGDATDAT 55 PCR, seq (Prous et al. 2019)
POL2 POL2_1777Ri R GTRCTGTGIGTYCKDATCATRTT 55 PCR, seq (Prous et al. 2019)
POL2 POL2 hym 3F F ACNCACAGYACNCAYCCN
GAYGA
56 seq (Malm and Nyman 2015)
POL2 POL2_2423F F CATTTYATHAARGAYGAYTAYGG 51 seq (Prous et al. 2019)
POL2 POL2_2509R R TTNACRGCRGTATCRATNAGACCYTC 60 PCR, seq (Prous et al. 2019)
POL2 POL2_2569R R TGNACCATNACNGAYTCCATAGCYTTDAT 60 PCR, seq This study
POL2 POL2_2725R R GGATCRAAYTTRAAYTTYTTYTC 50 PCR, seq (Prous et al. 2019)
TPI TPI_29Fi F GYAAATTYTTYGTTGGNGGIAA 52 PCR, seq (Prous et al. 2016)
TPI TPI385Fi F GTRATYGCNTGYATYGGIGARA 52 seq (Prous et al. 2016)
TPI TPI 275Ri R GCCCANACNGGYTCRTAIGC 56 seq (Malm and Nyman 2015)
TPI TPI706R R ACNATYTGTACRAARTCWGGYTT 52 PCR, seq (Prous et al. 2016)
TRRAP TRRAP_833F F AAYAARGARGTNTTYGTNGAYTTYATGGG 58 PCR, seq This study
TRRAP TRRAP_1658F F CARTCNAARCARTTYCARCCNAARGARAC 60 seq This study
TRRAP TRRAP_1702R R GGNGGNCCDATNGTRTARATRTC 56 seq This study
TRRAP TRRAP_1831R R AADATYTCYTGRAANGTYTGNGGRTTCAT 59 seq This study
TRRAP TRRAP_2648Fi F ATGATGATHGARCCNCARAARYTNGAITA 58 PCR, seq This study
TRRAP TRRAP_3046R R TGNGCDATNGCNACCATNGTRTARTG 60 PCR, seq This study
TRRAP TRRAP_3482Fi F GTNTCNAAYGGNGCHATHGAYATGGCIAA 62 seq This study
TRRAP TRRAP_3685Ri R ACYTCYTTRTGNGGYTCCATNACYTCIGT 62 PCR, seq This study
TRRAP TRRAP_4086F F CARGARGCNGCNTTYGARTGYATG 59 seq This study
TRRAP TRRAP_4213Ri R CTRAANGTRCTNGGRAANARYTGIGT 56 PCR, seq This study