Skip to main content
. 1999 Dec;9(12):1214–1222. doi: 10.1101/gr.9.12.1214

Table 1.

PCR Primers and Reaction Conditions

Symbol Primer name Product size (bp) Primer sequence Reaction conditionsa Accession no.






D10Jhu25 100K2.T7 104 F-5′TACTTCAGGGTGTGTGGCAG R-5′ACAGGGTGAGGAGGGACC Prog 45 AF167489
D10Jhu26 100K2.SP6 480 F-5′CCTAGGTGAAGCGTCCAGAG R-5′GGGGACTTAAAAAGCTTGCC Prog 30 AF167488
D10Jhu27 386A2.T7 223 F-5′ACTCAACCTGGGCCTCAAC R-5′TCACCTAGCGTGAGTGCAAG Prog 30 AF167518
D10Jhu33 599G22.SP6 125 F-5′TCAGCGGGAAATGACATACA R-5′TGGGGATCTTCAGTGACACA Prog 42 AF167508
D10Jhu34e 300O21.T7 186 F-5′TGAGTGCCTCAGAAGAGGGT R-5′AGAACTCTGGTGCGGTCAGT Prog 45 AF167501
D10Jhu35 247L16.T7 256 F-5′CCAAGACTGTGTGCCAGAAC R-5′GCAGTTAGAACTTCCGTCCG Prog 42 AF167498
D10Jhu36 331J21.SP6 419 F-5′GGGAGTTGGGGAGATACTGG R-5′CATGCTTGCTTCTGCTTGAC Prog 30 AF164436
D10Jhu37 235F4.SP6 146 F-5′CGCTAAAGGTGGATGCTTTC R-5′CTGTCCGGGAACACATGAC Prog 10  at 57 AF167496
D10Jhu38 247L16.SP6 287 F-5′TTCCTGTCCCATCTCCAGAC R-5′TGATTCCAGTCAAGCCTTCC Prog 42 AF167497
D10Jhu39 331J21.T7 314 F-5′ACCCATATGCAGAGACCCAG R-5′CCTCATCTGCCAACAATCAG Prog 30 AF167502
D10Jhu40 628P5.SP6 260 F-5′CCGCCAAGTGCTAGATTTTC R-5′GTAGCTAAGCGGCTCCTGTG Prog 1  at 60 AF167509
D10Jhu41 64013.SP6 391 F-5′CAGCTAACTAAAGCCACGGG R-5′TCACTGCTACCAATGCCAAG Prog 30 AF167528
D10Jhu42 166J15.T7 238 F-5′ACATTGCCTGGTCCTCTCTG R-5′AGCCACATGGCTCCTATCAG Prog 10  at 57 AF167495
D10Jhu43 578K13.T7 198 F-5′TTTGCTGGGGGTACAAGTTC R-5′CTAAACAGATGCCCCTGGAC Prog 10 AF167507
D10Jhu44 64012.T7 252 F-5′CTCGACCTTTTCTGTCCTCG R-5′CTTTCCGTATACGCGATTCC Prog 10 AF167529
D10Jhu45 628P5.T7 140 F-5′CCAGGAGGAGGAAGCTGTAG R-5′AATACCCCCTTCCACCACTC Prog 10  at 60 AF167510
D10Jhu46 166J15.SP6 139 F-5′CTCTACCGCAACTCTCAGCC R-5′TTGGGGTTTAAGTCTGCCAC Prog 10  at 57 AF167494
D10Jhu47 340M5.SP6 348 F-5′ACTGGGACCACCAACTGAAG R-5′CCAGAAAGAGCCTCACGAAC Prog 45 AF167513
D10Jhu48 578K13.SP6 281 F-5′AGATGCATACTGCATGGGTG R-5′AGTCCCTGCCGATGACATAC Prog 10 AF167506
D10Jhu49 112I15.T7 266 F-5′AATGCCAATCAAACCTGAGC R-5′TTTGCCCCTTCAATTACAGC Prog 1 AF167490
D10Jhu50 340M5.T7 331 F-5′GTAGGGGTGCCAGTGTCATT R-5′CCCTTTCCCCCACAATCTAT Prog 10 AF167514
D10Jhu51 335G5.SP6 266 F-5′CAGAGAGAATTCCCCCATCA R-5′AACTCCCAACCAACACCAAG Prog 45 AF167512
D10Jhu52 429K7.SP6 185 F-5′AGTCCTGGTCACCAACAAGG R-5′AGAAATGGGATGCTGTGACC Prog 45 AF167523
D10Jhu53 118N22.SP6 209 F-5′GTAGGGGAGACCTTTGGGAC R-5′AGACGATGTCCGGTGGTAAG Prog 45 AF167491
D10Jhu54 118N22.T7 258 F-5′ACGTAGGTGCCGAGTTCATC R-5′GAAACCAGGCTGACTGAAGGC Prog 45 AF167492
D10Jhu55 364C8.SP6 103 F-5′CCAGTTCTCCAAACCTCCAG R-5′CAGTCAGGCTCACAGAGCAG Prog 30 AF167516
D10Jhu56 364C8.T7 230 F-5′CCGTGCTAAGAACTACCATGC R-5′CCCAAACACACACCTCACAC Prog 1  at 60 AF167517
D10Jhu57 333P4.T7 258 F-5′TTGTCATCTGCCTCTACCCC R-5′AAGTGCGTAAGCCAGAAAGC Prog 45 AF167511
D10Jhu58 52K18.SP6 187 F-5′TGCCTATACCACTGTGCCTG R-5′AGCCGTGTTTTTCCTGTGTC Prog 45 AF167503
D10Jhu59 52K18.T7 429 F-5′AGCCTGCTTCTTGGTGTCTC R-5′CATGCTATGTCTGTCCGTGG Prog 45 AF167504
D10Jhu60 644M8.T7 275 F-5′CTAAGCCTGCATCTTGGGTC R-5′TCATCAGACCTGGAGCAGTG Prog 30 AF167531
D10Jhu61 644M8.SP6 213 F-5′TAATGCTCTTGAACCCCTCG R-5′CTCACAGGGGTCCTGAAAAG Prog 30 AF167530
D10Jhu63 424J13.T7 381 F-5′AGAACAGAGAGCCAACAGCC R-5′CTCGAAGACAGTCGTGATGC Prog 45 AF167521
D10Jhu64e 536F4.T7 222 F-5′CGGCATACAATGTCAAGTGG R-5′TTGTTCCCTTGATCCTCCTG Prog 10 AF167515
D10Jhu65 424J13.SP6 392 F-5′ATCGGTGGCCGTATAGTCGT R-5′CACTCTTGGGAAGGAAGCTG Prog 30 AF167522
D10Jhu66 566H1.T7 288 F-5′CATGATGGTTGCTTGTCCTG R-5′TGGGGTCTGACTGAAGAACC Prog 30 AF167505
D10Jhu67 481N4.SP6 441 F-5′AGGAAGGGAAGGAGAAGCAG R-5′CATCCTGTAGAAAGCGAGCC Prog 10 AF167525
D10Jhu68 481N4.T7 207 F-5′GTTGCTGACTCTCCTCCCTG R-5′TAGAGAAGGTTCTGCCTGCC Prog 45 AF167526
D10Jhu69 12N23.SP6 154 F-5′GGTTCTGCCTGGGAATCTC R-5′TCCAACATCCTTTTTCTCGG Prog 10  at 57 AF167493
D10Jhu70 387J11.SP6 297 F-5′GGAAATCTGGAGAGACGCAG R-5′TGAATGTGGCTGAGTCGAAG Prog 10  at 57 AF167519
D10Jhu71e 12N23.T7 233 F-5′CTTTTCCAGCCCTCACTCAG R-5′AAAGGCAACATCCCACTCTG Prog 10  at 57 AF167537
D10Jhu72 387J11.T7 228 F-5′GGGAGGAAGGAGGCAGATAG R-5′CGGGACTTGCTGTTTTAAGC Prog 10  at 57 AF167520
D10Jhu78 455H18.T7 183 F-5′CCTCAGGCTGCTCTGACTCT R-5′TGTCTGGCATCAACAGCTTC Prog 45 AF167535
D10Jhu79 58L3.T7 107 F-5′TCCATCTTTGAGACATGGGAG R-5′CATAGACTGGGCCTTAGGGA Prog 42 AF167536
a

Prog. 1 (94°C × 30"/55°C × 30"/72°C  × 1′) 35 cycles. Prog. 10: As Prog. 1 but 45 cycles. Prog. 30: As Prog. 1 but 57°C annealing. Prog. 42: As Prog. 1 but 58°C annealing and 45 cycles. Prog. 45: Touchdown 72°C to 58°C in 2°C steps–5 cycles each.