WPC2 š2 BVSZ©#|xif 10cpi>β?xxx Ά¬xœ6X@ιΖΣX@œœœœEpson MX-80EPMX80.PRS€x ε @Šα¦X/!{X@#|xš2œ=VN Z§œSans Serif 10cpi>β?xxx ¦¬xœ6X@ιΖΣX@œœœœEpson MX-80EPMX80.PRSXw¦ζΆ PΟβδ7šX/!{XPš20{plate 11} {1©93546 111J23 Oryzain score 240} {Product size range 151-200...} {forward primer 173->193 } AAGGGCAGCCACAAGGTCACA {Tm = 67.4} {reverse primer 325->304 } TGCCTGATGGTAAGCTGCCTCA {Tm = 67.4} {PCR product = 153, GC = 50%} {2©93553 111K14 ubiquitin conjugating score 848 clone} {Product size range 100-150...} {forward primer 58->79 } CCACCAGCTCCGTTACATCCTC {Tm = 65.2} {reverse primer 194->173 } GCGGGTGAACTTGATAGCATCG {Tm = 66.1} {PCR product = 137, GC = 43%} {3©93562 111L13 ethylene forming score 150 clone 31B3 score 148} {Product size range 100-150...} {forward primer 119->140 } GGTCAAAGCGAGCCAAGAGTGG {Tm = 67.5} {reverse primer 247->226 } ACGGCTTCCTTCTCTGTCTCCG {Tm = 66.3} {PCR product = 129, GC = 51%} {4©93566 111L20 clone 40D8 score 1524} {Product size range 201-250...} {forward primer 211->232 } CGCGTTGTTGGTGATGATGTTG {Tm = 66.7} {reverse primer 445->424 } GGGACTTGCAGCTTCCGAATTG {Tm = 67.2} {PCR product = 235, GC = 48%} {5©93572 111M11 clone 90D1, 44C3 score 1000} {Product size range 100-150...} {forward primer 148->169 } TCGCAGTATTTCCGAGTTCCGA {Tm = 66.1} {reverse primer 297->277 } CGGGATCAACGCGAATTCTTC {Tm = 66.1} {PCR product = 150, GC = 41%} {6©93582 111M4 novel} {Product size range 151-200...} {forward primer 108->128 } TCGCGTTCCAGGAGACAGAGC {Tm = 67.4} {reverse primer 261->244 } ATCGTGGCTCAAGCGGCG {Tm = 68.2}Œh)0*0*0*ƒƒŒε{PCR product = 154, GC = 58%} {7©93589 111N20, clone 99B6 36C5 14D10 93E10 score 1100} {Product size range 100-150...} {forward primer 92->113 } CCTCAAGGCTTCTCCGGTGTTG {Tm = 67.4} {reverse primer 194->177 } GGCACGGTTGCGGAGGAC {Tm = 67.5} {PCR product = 103, GC = 57%} {8©93593 111N5 clone 88K23 103P19 103B23 106G2 34D2 score 1400} {Product size range 100-150...} {forward primer 103->120 } CACTTAGGGCGGCGCTCG {Tm = 67.5} {reverse primer 242->223 } ATGAGCTAAGGCAGCGGCGA {Tm = 67.6} {PCR product = 140, GC = 55%} {9©93607 111P11 TMK1 kinase score 193 clone 86A6 score 893} {Product size range 100-150...} {forward primer 57->75 } GGATGGTTCAGCGCTTGCG {Tm = 67.5} {reverse primer 184->164 } CGCAGAAACCAAGAAGCGGTG {Tm = 67.3} {PCR product = 128, GC = 50%} {10©93613 111T5 clone 106A14 score 519} {Product size range 100-150...} {forward primer 66->87 } AGTCAGTTTGCATTCACGGCCA {Tm = 67.2} {reverse primer 203->182 } ACAGCCACAGCGCAATATCACG {Tm = 67.6} {PCR product = 138, GC = 43%} {11©93616 111P9 clone 96D3 score 1500} {Product size range 100-150...} {forward primer 143->164 } TGCTAAGGAAGCTGCTCGTCCA {Tm = 66.6} {reverse primer 283->263 } GCAGCTGGGTCCTCTGGATCA {Tm = 67.2} {PCR product = 141, GC = 45%} {12©93624 113A3 polyubiquitin gene ubq10 clone 48B4 39G12 score 1000} {Product size range 151-200...} {forward primer 78->99 } TAGAGGATGGCCGTACGTTGGC {Tm = 67.4} {reverse primer 236->215 } TGACGTTGTCGATGGTGTCAGA Œh)0*0*0*ƒƒŒε{Tm = 65.0} {PCR product = 159, GC = 49%} {13©93639 113C18 novel} {Product size range 100-150...} {forward primer 120->140 } AGATTAACGGCGGAGATGGCG {Tm = 67.5} {reverse primer 262->241 } GAATGGTGGTCACGTTGCAAGA {Tm = 65.5} {PCR product = 143, GC = 45%} {14©93641 113C21 iron superoxide dismutase clone 107F8 34D9 score 1100} {Product size range 151-200...} {forward primer 70->91 } GCTGCTTCAAGTGCTGTCACCG {Tm = 67.7} {reverse primer 242->222 } TTGCCTTCAAGCTCGGTTCCA {Tm = 67.4} {PCR product = 173, GC = 50%} {15©93657 113D6 novel} {Product size range 151-200...} {forward primer 112->133 } ACGCTTGGAACAAGAGGTTCGC {Tm = 67.0} {reverse primer 294->274 } CCCAGCATCAGACCGAGACAG {Tm = 65.5} {PCR product = 183, GC = 44%} {16©93658 113D8 clone 43H7, 95K9 score 935} {Product size range 151-200...} {forward primer 175->196 } CCAGAGGCCACAGTAGCAACCC {Tm = 67.3} {reverse primer 339->318 } CCACTGAAACCGCTTCCTACCG {Tm = 67.1} {PCR product = 165, GC = 46%} {17©93670 113E9 myo©inositol©1©p synthase score 990} {Product size range 251-300...} {forward primer 81->102 } TGGTTGATTTCCTAGTTGGCGC {Tm = 65.5} {reverse primer 331->312 } CCCGTCCATGGCTCGCTTAC {Tm = 67.2} {PCR product = 251, GC = 46%} {18©93679 113F8 MIP26 lens fiber clone 94P14, 105D16 score 678} {Product size range 201-250...} {forward primer 54->73 } ACCGTCTACGCCACAGCCGT {Tm = 67.4} {reverse primer 280->259 }Œh)0*0*0*ƒƒŒεGATAATTCCGGCGAGTCCACCA {Tm = 67.4} {PCR product = 227, GC = 56%} {19©93692 113G2 SAM synthase} {Product size range 100-150...} {forward primer 60->81 } CCTGAAGAAATTGGAGCCGGTG {Tm = 67.1} {reverse primer 162->141 } CGAGCTTGGTGGCAAGAACATG {Tm = 67.2} {PCR product = 103, GC = 52%} {20©93718 113I4 ribonucleoside reductase M1 score 653} {Product size range 100-150...} {forward primer 107->128 } AGCACCAATGCCAACTGCTTCA {Tm = 67.3} {reverse primer 208->187 } TCACCACTCAAGACTCTGCGGC {Tm = 67.3} {PCR product = 102, GC = 46%} {21©93722 113J10 hydroxypyruvate reductase score 719} {Product size range 151-200...} {forward primer 161->182 } TTGGTAGACCAAGGTTGTCGCG {Tm = 66.5} {reverse primer 356->335 } CCAAACGGCCCATTGTTACTGA {Tm = 66.1} {PCR product = 196, GC = 44%} {22©93724 113J13 s©adenosylhomocystein hydrolase clone 86E10 40H9 score 1300} {Product size range 251-300...} {forward primer 76->97 } AGGGCCACTGATGTCATGATCG {Tm = 66.7} {reverse primer 370->349 } AAAGTGACCAATGTTGCACGCA {Tm = 65.9} {PCR product = 295, GC = 47%} {23©93731 113J4 clone 97D4 score 785} {Product size range 151-200...} {forward primer 60->79 } CATGGCGGTCATTGAGAGCG {Tm = 67.3} {reverse primer 235->217 } CACCGTCGGATCTCGCCAC {Tm = 67.5} {PCR product = 176, GC = 54%} {24©93737 113K12 clone 34D2 106G2 43B2 34E6 40A12 score 1600} {Product size range 100-150...} {forward primer 111->128 } CACTTAGGGCGGCGCTCG {Tm = 67.5}Œh)0*0*0*ƒƒŒε{reverse primer 250->231 } ATGAGCTAAGGCAGCGGCGA {Tm = 67.6} {PCR product = 140, GC = 55%} {25©93741 113K17 novel} {Product size range 251-300...} {forward primer 117->136 } CTCGGCGACGGCATCAATCT {Tm = 68.0} {reverse primer 390->369 } AAGGCTGCCACCGTTCTTAGGA {Tm = 66.3} {PCR product = 274, GC = 49%} {26©93743 113K21 nucleolin score 203} {Product size range 151-200...} {forward primer 78->98 } TTGATGCAGCTACGGCGAAGG {Tm = 67.8} {reverse primer 276->256 } TCGGTTTCTGTGTTGCCTCCG {Tm = 67.8} {PCR product = 199, GC = 45%} {27©93744 113K24 SOD Cu/Zn score 1200 clone 74A3 95D9 score 1200} {Product size range 100-150...} {forward primer 64->85 } CAAAGGCCAAGTAACAATGGCG {Tm = 65.7} {reverse primer 163->143 } GGTCACACCATCGCCTTCCTG {Tm = 67.3} {PCR product = 100, GC = 48%+} {28©93745 113K5 novel} {Product size range 100-150...} {forward primer 187->206 } ATCAGCTGGCGAAGTTGGCA {Tm = 66.5} {reverse primer 290->272 } ACCGCCGATTCTTCCACCG {Tm = 67.7} {PCR product = 104, GC = 56%} {29©93748 113L1 clone 38B11 score 1300} {Product size range 151-200...} {forward primer 76->95 } CGCGCCTTCTTCAATCTCCG {Tm = 67.5} {reverse primer 231->214 } CCCCGTCCACGCCAGAAG {Tm = 67.4} {PCR product = 156, GC = 53%} {30©93749 113L18 clone 43B2 34E6 103M9 106G2 40A12 score 1500} {Product size range 301-350...} {forward primer 98->115 } CACTTAGGGCGGCGCTCG {Tm = 67.5}Œh)0*0*0*ƒƒŒε{reverse primer 443->425 } TGAAATTGGCTCGCCACCG {Tm = 67.6} {PCR product = 346, GC = 52%} {32©93766 113M7 clone 95D24 score 593} {Product size range 100-150...} {forward primer 84->104 } TTGTTCTTTCCGGCACCGATG {Tm = 67.5} {reverse primer 217->196 } TTGGTCTAACGCTTCGTCTGCG {Tm = 66.8} {PCR product = 134, GC = 41%} {33©93776 113N24 novel} {Product size range 201-250...} {forward primer 162->182 } ATCGTCATTCGTCGCCATTGC {Tm = 67.6} {reverse primer 382->361 } CCCAAATCTCATCTTCCGTGCA {Tm = 66.5} {PCR product = 221, GC = 47%} {34©93780 113O10 rice EST} {Product size range 201-250...} {forward primer 138->159 } CGTCTGTGGACTCACTCTCGGA {Tm = 65.2} {reverse primer 357->336 } TGCACACGACAGAGTCCTTGGT {Tm = 65.4} {PCR product = 220, GC = 43%} {35©93791 113O5 calmodulin score 520 CDC31 196 clone 81B8 score 1300} {Product size range 251-300...} {forward primer 127->148 } GACAAAGATGGCGATGGTTGCA {Tm = 67.5} {reverse primer 394->373 } TCACATGCCGTAGCTCAGCAGC {Tm = 68.1} {PCR product = 268, GC = 49%} {36©93792 113O6 clone 104L10 score 186} {Product size range 151-200...} {forward primer 88->107 } ACGCCTTCCATCACCGTCGT {Tm = 67.3} {reverse primer 241->221 } CCGGATCTAATGCTCCGGTCA {Tm = 66.5} {PCR product = 154, GC = 49%} {93804 114A10 protease inhibitor II score 1490 clone 80D5 90O10} {Product size range 100-150...} {forward primer 111->131 } CACTGTGGAGGCACGCACTTG Œh)0*0*0*ƒƒŒε{Tm = 67.5} {reverse primer 259->238 } GTCTGGTGCAGAAGCAACGACG {Tm = 67.6} {PCR product = 149, GC = 55%} {93809 114A17 MERI-5 PROTEIN clone 107M17} {Product size range 201-250...} {forward primer 96->116 } GGCTATTCCTCCACGCAAGGC {Tm = 67.3} {reverse primer 318->297 } AGCTGTGACAACTCCGGCTGTG {Tm = 67.2} {PCR product = 223, GC = 47%} {93812 114A24 novel} {Product size range 151-200...} {forward primer 144->164 } TGTGCCACACGGGAAGAGACA {Tm = 67.4} {reverse primer 299->280 } CGGCGGAAATGCTCCATGAT {Tm = 67.5} {PCR product = 156, GC = 53%} {93822 114B23 clone 34G9} {Product size range 151-200...} {forward primer 122->142 } TCGCGTTCCAGGAGACAGAGC {Tm = 67.4} {reverse primer 275->258 } ATCGTGGCTCAAGCGGCG {Tm = 68.2} {PCR product = 154, GC = 58%} {93839 114D1 METALLOTHIONEIN I clone 106C9 35B2,76F11,98I8,41F9 score 1075} {Product size range 151-200...} {forward primer 74->95 } GCTGTGGTGGAAGCTGTGGTTG {Tm = 67.4} {reverse primer 229->210 } TCTCGCCGGAAGCCTCGTAC {Tm = 67.1} {PCR product = 156, GC = 58%} {93851 115A20 RNA POLYMERASE BETA'clone 39D5,81E7,99B20 score 1330} {Product size range 201-250...} {forward primer 52->73 } GCCAAAGACGTGGAAGGACCTG {Tm = 67.3} {reverse primer 300->281 } GCCCACCGGATTCCAAGGAT {Tm = 67.5} {PCR product = 249, GC = 52%} {93863 115B22 clone 94N4 score 1477} {Product size range 100-150...}Œh)0*0*0*ƒƒŒε{forward primer 60->79 } GAAGGATCGGAGTGGCGGTG {Tm = 67.4} {reverse primer 209->190 } CCCAGAGCTGCATCTCGCCT {Tm = 67.4} {PCR product = 150, GC = 53%} {93865 115B3 transmembrane protein A clone 104C11,106N3 score 1300} {Product size range 151-200...} {forward primer 95->114 } CAACCGATCGGAACTTCGGC {Tm = 67.2} {reverse primer 293->273 } CGGAAGCACACATGTTCGGTG {Tm = 67.1} {PCR product = 199, GC = 50%} {93871 115C15 GapA score 1500} {Product size range 151-200...} {forward primer 87->106 } CACTGGTGGCGTCAAGCAGG {Tm = 67.5} {reverse primer 282->261 } TCCGGTTCCTTCGATGACAATG {Tm = 66.4} {PCR product = 196, GC = 46%} {93883 115D21 GF14 protein clone 76H3 score 1300} {Product size range 151-200...} {forward primer 67->84 } GGCGGCACCACCAGCATC {Tm = 68.6} {reverse primer 217->196 } CGTTCTTCGACGGTGAGTTCCG {Tm = 68.3} {PCR product = 151, GC = 54%} {93890 115E15 AVP-3 score 1400} {Product size range 201-250...} {forward primer 104->125 } TTCGGCCTTGCTCTTGGTTACA {Tm = 66.1} {reverse primer 325->306 } GGATCCGGTGGCTCATTCCA {Tm = 67.7} {PCR product = 222, GC = 46%} {93915 116C15 clone 41E6,97F20 score 988} {Product size range 100-150...} {forward primer 89->110 } AACCCGAGCAAATTCCTCTCCG {Tm = 67.7} {reverse primer 193->172 } CTTCTTGGACTTCGAGGTGGCG {Tm = 67.5} {PCR product = 105, GC = 57%} {93928 114F24 MYB-RELATED PROTEIN}Œh)0*0*0*ƒƒŒε{Product size range 201-250...} {forward primer 80->101 } ACCGTAAAGGACCGTGGACAGA {Tm = 65.1} {reverse primer 280->259 } CCACGTTTGAGACCAGGATGGA {Tm = 66.6} {PCR product = 201, GC = 44%} {93932 114H1 novel} {Product size range 151-200...} {forward primer 80->101 } GACTTCTGCGTTGGCGATCTCA {Tm = 67.1} {reverse primer 232->213 } TTGGCCGGGAGCAACGGTTA {Tm = 69.9} {PCR product = 153, GC = 53%} {93939 114L3 clone 98N15} {Product size range 151-200...} {forward primer 70->91 } TGATGCGGTTGGCTAACTCACG {Tm = 67.5} {reverse primer 228->209 } TGTCGCGGTGCACGAGATTC {Tm = 68.0} {PCR product = 159, GC = 52%} {93941 114L6 clone 31E10,45C10 score 1200} {Product size range 100-150...} {forward primer 90->111 } TCCATCAGATCCTCGATTCCGA {Tm = 66.3} {reverse primer 236->217 } CTCGTCGTCGTCGGCTGAAG {Tm = 66.7} {PCR product = 147, GC = 46%} {93943 114N10 clone 79B11,79C11 score 1200} {Product size range 151-200...} {forward primer 78->98 } GTTCGAGCCTCACCACCATCG {Tm = 67.4} {reverse primer 242->223 } CGGAAACCTGGTCCAGCGAC {Tm = 67.4} {PCR product = 165, GC = 52%} {93948 114O7 novel} {Product size range 100-150...} {forward primer 69->88 } CCACCAACCCGAATCTCCGA {Tm = 67.6} {reverse primer 176->157 } TGAAGCATATCGCCGCTCCA {Tm = 67.2} {PCR product = 108, GC = 55%} {93954 114P9 clone 5E4,89H8,45H9 score 1200}Œh) 0*0*0*ƒƒŒε{Product size range 100-150...} {forward primer 145->166 } ACTGGAGGCAGAGCACAGAGGC {Tm = 67.6} {reverse primer 248->229 } CCCGGAATCACCATCGAAGC {Tm = 67.1} {PCR product = 104, GC = 56%} {93960 115H10 clone 106G13,43H10 score 1500} {Product size range 100-150...} {forward primer 163->180 } CACCACCACCGCCGATTG {Tm = 67.0} {reverse primer 282->263 } ACATGGCCGCAAGACAGCCT {Tm = 67.6} {PCR product = 120, GC = 54%} {93961 115H12 GapC score 1500} {Product size range 151-200...} {forward primer 105->126 } TCAAGAAGGCCATCAAGGAGGA {Tm = 65.4} {reverse primer 281->261 } CGTTGCCGTACCATGACACCA {Tm = 67.3} {PCR product = 177, GC = 45%} {93970 116D10 clone 107F20 score 613} {Product size range 201-250...} {forward primer 60->81 } TGCAGAAGAAGATGTCTCGCCA {Tm = 65.6} {reverse primer 273->255 } AAACCGGGACCGTGAACCG {Tm = 67.5} {PCR product = 214, GC = 51%} {93983 116D4 novel} {Product size range 100-150...} {forward primer 100->121 } CTCCGATTCACTTACTCCGCCG {Tm = 67.2} {reverse primer 229->210 } AAGAGGGAACAGCCGCGACA {Tm = 67.6} {PCR product = 130, GC = 55%} {93984 116D8 rice EST} {Product size range 100-150...} {forward primer 237->258 } CCGATATCGTTACGAGCCGTGG {Tm = 67.7} {reverse primer 336->315 } AGCAACCAAGAGCAACAACGGA {Tm = 66.3} {PCR product = 100, GC = 48%} {93987 116E13 clone 95G20,88K14,107E20 score 1300}Œh) 0*0*0*ƒƒŒε{Product size range 100-150...} {forward primer 75->96 } ACTGTTGACTCAGGAGCTGCCG {Tm = 66.3} {reverse primer 177->157 } TCGTTGCTTTAGCCGTCGTCG {Tm = 67.7} {PCR product = 103, GC = 51%} {93996 116E7 ribosomal protein L7A clone 94C6 score 830} {Product size range 100-150...} {forward primer 238->257 } TCTCGCCACCAGCCTCTTCA {Tm = 66.8} {reverse primer 347->326 } AGGCTTCCCTTCTGCCTCAAGC {Tm = 67.3} {PCR product = 110, GC = 51%} {94014 116I9} {Product size range 100-150...} {forward primer 101->120 } TCCCGGGAGGTGAACCAGTG {Tm = 67.8} {reverse primer 205->186 } GCCGAGGGTTCTCAACTGCG {Tm = 67.6} {PCR product = 105, GC = 54%} {94026 116K18 polyubiquitin UBQ4 clone 103M18T7 score 1000} {Product size range 201-250...} {forward primer 55->74 } ATGGCCGTACCTTGGCGGAT {Tm = 67.9} {reverse primer 283->263 } TCCTCAAGCTGCTTACCGGCA {Tm = 67.5} {PCR product = 229, GC = 44%} {94029 116K21 clone 90N9,105J1 score 1400} {Product size range 251-300...} {forward primer 50->70 } GTCCAAGATGGCTGTAGCCGC {Tm = 66.4} {reverse primer 301->280 } CCATCGGAATGGTTCTCAGTCG {Tm = 66.1} {PCR product = 252, GC = 52%} {94030 116K22 novel} {Product size range 100-150...} {forward primer 183->204 } TCCAGCTCCACGTATTCTCGCA {Tm = 67.4} {reverse primer 332->311 } TTCATCCTTTGCTCTGCCGTCA {Tm = 67.4} {PCR product = 150, GC = 47%} {94037 116L18 clone 23F4,108H6 score 712}Œh) 0*0*0*ƒƒŒε{Product size range 100-150...} {forward primer 117->136 } AGGAAACGGGTGTGGCGAGA {Tm = 67.4} {reverse primer 264->244 } ACCGGAGGAGGAGCTTCGATC {Tm = 66.3} {PCR product = 148, GC = 49%} {94050 116N11 RIBOSOMAL PROTEIN L24 clone 104M21,86F10 score 1500} {Product size range 301-350...} {forward primer 72->91 } TCCTCCAGCGAGAGGCGTGT {Tm = 68.0} {reverse primer 382->361 } CGTCCCTTAGCCTTCCTCTCCA {Tm = 66.0} {PCR product = 311, GC = 49%} {94060 116O11 novel} {Product size range 151-200...} {forward primer 117->135 } TCCTCGCCGCAGAGACTCG {Tm = 67.6} {reverse primer 309->289 } CATGCCCATGCTCAACAACCA {Tm = 67.4} {PCR product = 193, GC = 46%} {94065 116O18 at2S3 score 1300} {Product size range 100-150...} {forward primer 116->137 } TTCGAAGAAGATGACGCCAGCA {Tm = 67.5} {reverse primer 256->236 } AAGGGAAGGACCACCACCACG {Tm = 67.7} {PCR product = 141, GC = 52%} {94066 116O19 clone 36A12 score 1700} {Product size range 151-200...} {forward primer 120->138 } CCTCCTTCCTCAACCGCCG {Tm = 67.5} {reverse primer 300->280 } GTCTCGTCGCTTCCTTCGTCG {Tm = 66.8} {PCR product = 181, GC = 51%} {94068 116O21 novel} {Product size range 201-250...} {forward primer 115->135 } CACGGCGCTTCAACACATTCA {Tm = 67.6} {reverse primer 323->304 } TCCGGAGATGGCAACGAGGT {Tm = 67.4} {PCR product = 209, GC = 49%}Œh) 0*0*0*ƒƒŒε{94070 116O6 clone 34D2,106G2,96M21,34E6,93E9 score 1300} {Product size range 100-150...} {forward primer 128->145 } CACTTAGGGCGGCGCTCG {Tm = 67.5} {reverse primer 267->248 } ATGAGCTAAGGCAGCGGCGA {Tm = 67.6} {PCR product = 140, GC = 55%} {94081 116P9 RIBOSOMAL PROTEIN L1 (HMAL1 clone 108H9 score 724} {Product size range 151-200...} {forward primer 133->154 } TCCCAACTCTTGTGAGCCACCA {Tm = 67.4} {reverse primer 310->289 } AGCGAGACGAGGAAGTTGACGC {Tm = 67.4} {PCR product = 178, GC = 47%} {94093 117B22 GRP22 score 1100} {Product size range 100-150...} {forward primer 187->208 } GAGCTGCTGGAATTGGTGGAGC {Tm = 67.6} {reverse primer 323->304 } CACCCACCGGCCTTAGACCA {Tm = 67.6} {PCR product = 137, GC = 61%} {94112 118A13 PYROPHOSPHOHYDROLASE / HISTIDINOL DEHYDROGENASE (HDH) score 188} {Product size range 151-200...} {forward primer 252->273 } TACTCAAAGCTGGTGGAGCGCA {Tm = 67.4} {reverse primer 402->382 } CGATTGAGACCATTGCCTCGC {Tm = 67.3} {PCR product = 151, GC = 50%} {94113 118A5 cylicin score 159} {Product size range 251-300...} {forward primer 73->92 } CCGCCACCAAAGTTGTTGCA {Tm = 67.5} {reverse primer 369->348 } TGGGTGCAGGTTCATCATCTGA {Tm = 66.1} {PCR product = 297, GC = 45%} {94117 118B15 novel} {Product size range 100-150...} {forward primer 205->226 } TCACCAAAGAGAACGCAGAGCA {Tm = 65.6} {reverse primer 334->314 } GCATCCAAACTCGATGGCCTG {Tm = 67.2}Œh) 0*0*0*ƒƒŒε{PCR product = 130, GC = 44%} {94120} {Product size range 251-300...} {forward primer 67->87 } AAGGCGTCGTTGTGACGTTGC {Tm = 67.8} {reverse primer 329->310 } GGTGGGAATCGGTGGCTCAG {Tm = 67.3} {PCR product = 263, GC = 49%} {94131 119D17 chloroplast(NADP+©MDH clone 8C5T7P score 1700} {Product size range 100-150...} {forward primer 78->99 } TCAACTCTTCGTCTCGGCTTCG {Tm = 66.2} {reverse primer 227->207 } GCACAGCAACAGGAGCTTGGC {Tm = 67.8} {PCR product = 150, GC = 46%} {94132 119D18 GAPDH clone 97A24,32D9,32E1,48B1 score 1900} {Product size range 100-150...} {forward primer 198->218 } TCACGGTCAGTGGAAGCACCA {Tm = 67.4} {reverse primer 298->279 } CCTCAGGGTTCCTGATGCCG {Tm = 67.4} {PCR product = 101, GC = 50%} {94135 119G15 CAD1 score 1800} {Product size range 351-400...} {forward primer 213->234 } CGTGCCAATCTTGCGAATCTTG {Tm = 67.0} {reverse primer 570->550 } TTAAGGCTCCCTGCTCCGAGA {Tm = 65.6} {PCR product = 358, GC = 45%} {94142 119H3 REP1} {Product size range 100-150...} {forward primer 118->135 } ATCGACGAAGCGGTGGCG {Tm = 68.0} {reverse primer 260->240 } TCATTGACGTGCATCTTCGCG {Tm = 67.7} {PCR product = 143, GC = 47%} {94167 114O19 MSS1 score 188} {Product size range 151-200...} {forward primer 112->132 } TTTGGAAATCCGGCGACAATG {Tm = 67.1} {reverse primer 289->268 } CGTTGACCTTCTTGGCGAGATC {Tm = 65.4}Œh)0*0*0*ƒƒŒε{PCR product = 178, GC = 44%} {94175 114P17 novel} {Product size range 100-150...} {forward primer 205->225 } GGAGTGATGACGGAGGCGATG {Tm = 67.5} {reverse primer 331->310 } GAAGCGGGACAATCCGGTAACA {Tm = 67.3} {PCR product = 127, GC = 46%} {94195 117J20 hypothetical protein clone 79A6,106N1,106B2,41D11,99F5 score 1245} {Product size range 100-150...} {forward primer 73->94 } CGGAAGAACTCAACAGTCCGGC {Tm = 67.4} {reverse primer 210->190 } AAGCTAAGACGGCGGAGTCGC {Tm = 67.2} {PCR product = 138, GC = 49%} {94196 117J21 SPF1 protein score 85} {Product size range 100-150...} {forward primer 98->119 } CTTCTTGGTTCTTCCGGCGTTG {Tm = 67.2} {reverse primer 231->211 } GGTGGTGGTTGAGCCGTCTTG {Tm = 67.3} {PCR product = 134, GC = 49%} {94199 118E12 hsc70 clone 46C8 score 1300} {Product size range 100-150...} {forward primer 120->140 } CGGAATTCCTCCAGCTCCTCG {Tm = 67.6} {reverse primer 223->202 } GTCCGGTGGTCTTGTCCTCAGC {Tm = 67.6} {PCR product = 104, GC = 54%} {94208 118H13 clone 40D5,96A23,90D12 score 1416} {Product size range 100-150...} {forward primer 172->191 } ACCCGGCGATTCAGCCTTCT {Tm = 67.5} {reverse primer 316->295 } CCAAAGCCCAAGATCCATCAGC {Tm = 67.2} {PCR product = 145, GC = 47%} {94212} {Product size range 100-150...} {forward primer 139->158 } GCCAAAGGGTCCATCAGGCA {Tm = 67.8} {reverse primer 286->267 } TCGGCGGAATAGACCAACCG Œh)0*0*0*ƒƒŒε{Tm = 67.5} {PCR product = 148, GC = 60%} {94243 114E24 proline-rich protein clone 6E9 score 147} {Product size range 151-200...} {forward primer 79->98 } AGCCACCTGTTACACCGCCG {Tm = 67.7} {reverse primer 269->250 } TGCCGTCGTCTCCGCTGTTA {Tm = 67.4} {PCR product = 191, GC = 52%} {94245 114F15 SAR1 csore 90} {Product size range 100-150...} {forward primer 90->110 } CGATGGCCTCACCGTTCTCTG {Tm = 67.5} {reverse primer 202->181 } GAACAGCCCTGCCATAAGTCCG {Tm = 67.1} {PCR product = 113, GC = 51%} {94254 114G1 novel} {Product size range 151-200...} {forward primer 232->251 } CGTCCACACCGGCGTACAGA {Tm = 67.8} {reverse primer 395->376 } GAAATCGGCCGAAGTTGCCA {Tm = 67.6} {PCR product = 164, GC = 52%} {94255 114G2 clone 97D4 score 490} {Product size range 151-200...} {forward primer 126->147 } TTGCAGGAGGAGTCGTGATCCA {Tm = 67.5} {reverse primer 320->300 } AGCTCTCACCACCGTCAACGC {Tm = 67.2} {PCR product = 195, GC = 54%} {94257 114G5 RIBOSOMAL PROTEIN L36 clone 41B11 score 1251} {Product size range 251-300...} {forward primer 54->73 } GGCGGCGCATTCAGAGATTC {Tm = 67.5} {reverse primer 320->300 } GAGTCCCAACTTCCGCTTGGC {Tm = 67.5} {PCR product = 267, GC = 48%} {94260 114I17 clone 47G7,89N15,97N21 score 1245} {Product size range 201-250...} {forward primer 59->77 } AGCCGCCGGAATCTTCAGC {Tm = 67.1} {reverse primer 301->281 } AGGAGACCTCCTGTGCTTCCG Œh)0*0*0*ƒƒŒε{Tm = 65.3} {PCR product = 243, GC = 56%} {94261 114I1T7 clone 39F7 score 825} {Product size range 100-150...} {forward primer 118->137 } ACGGCTCTGCTTCTCCGTCG {Tm = 67.4} {reverse primer 236->218 } CACGACTCCGGTCATCGGC {Tm = 67.5} {PCR product = 119, GC = 61%} {94269 114I7 Blue copper-binding protein score 1020} {Product size range 100-150...} {forward primer 149->168 } CGCTGCCGTTGTTGTCTTCG {Tm = 67.4} {reverse primer 279->260 } ATTCGAGCCCGTCGCCTACA {Tm = 67.3} {PCR product = 131, GC = 53%} {94271 114J10 protein-tyrosine phosphatase score 36} {Product size range 151-200...} {forward primer 82->101 } GGATGTGGTGGCGAAGTGGC {Tm = 68.4} {reverse primer 263->243 } ATGGTCAGCCATGGAAGTGGA {Tm = 65.0} {PCR product = 182, GC = 48%} {94279 114J24 ATAF1 gene product clone 107M22 score 191} {Product size range 100-150...} {forward primer 213->234 } TTGGGTCATGCACGAGTATCGC {Tm = 67.5} {reverse primer 360->339 } TCCATGAATGGCCGCATATCTG {Tm = 67.2} {PCR product = 148, GC = 47%} {94283 114J5 sedoheptulose-bisphosphatase score 89} {Product size range 100-150...} {forward primer 60->78 } TGGAGACCAGCATCGCGTG {Tm = 67.0} {reverse primer 173->152 } GCTTGAAGCTGGAGGATGTGGA {Tm = 66.0} {PCR product = 114, {94315 116F22 NAM8 protein score 187} {Product size range 201-250...} {forward primer 94->115 } ATGCTCTTCCGATGCAACCAGC {Tm = 67.5} {reverse primer 317->297 } CTCTGCAGACGCCTTGTTGGC Œh)0*0*0*ƒƒŒε{Tm = 67.7} {PCR product = 224, GC = 39%} {94323 116G9 GLUTATHIONE SYNTHETASE clone 96C10,103L16,103L21,107F11 score 203} {Product size range 201-250...} {forward primer 198->216 } GATGAAGGCGGCGTTGCAG {Tm = 67.5} {reverse primer 410->391 } AGGCTTTGCGGTCCTGTGGA {Tm = 67.5} {PCR product = 213, GC = 40%} {94326 116H22 novel} {Product size range 100-150...} {forward primer 102->120 } TTAATGCGGTGGTTGCGGC {Tm = 67.3} {reverse primer 238->219 } TCCGGCGAAGAGGACAAGGA {Tm = 67.6} {PCR product = 137, GC = 49%} {94334 114I16 ADP/ATP TRANSLOCASE clone 46B7,42C1,score 1261} {Product size range 201-250...} {forward primer 204->224 } GGTGACTGTTTCGGCAGGACG {Tm = 67.4} {reverse primer 413->392 } ACCAGCTTGCTCCTCCAGATGC {Tm = 67.3} {PCR product = 210, GC = 44%} {94338 114L24 rice EST} {Product size range 201-250...} {forward primer 104->125 } GCAGACCATGGCGAGTGAACTG {Tm = 67.5} {reverse primer 318->298 } AGCCGCTGCCTCCACTAGAGC {Tm = 67.5} {PCR product = 215, GC = 54%} {94344 114M23 novel} {Product size range 351-400...} {forward primer 55->76 } CTCTACCCAAGCTCCATGGCTG {Tm = 65.4} {reverse primer 408->387 } CCATGACACAAAGAGCAGCAGC {Tm = 65.5} {PCR product = 354, GC = 46%} {94346 114M4 novel} {Product size range 100-150...} {forward primer 260->279 } TTGGAGAAGAAGCGGCGGAG {Tm = 67.2} {reverse primer 386->366 }Œh)0*0*0*ƒƒŒεTCGCCATCGACACGTAGCTCA {Tm = 67.4} {PCR product = 127, GC = 49%} {94364 115G24 ADH4 gene product score 41} {Product size range 100-150...} {forward primer 97->117 } CGGCAATGTTACCAACGGTCG {Tm = 67.6} {reverse primer 233->214 } ATCCCGGCGAAGGAGCAGAT {Tm = 67.5} {PCR product = 137, GC = 58%} {94393 115L8 clone 5G4,94N11,score 1482} {Product size range 100-150...} {forward primer 151->172 } ATAACTCGACGGATCGCATGGC {Tm = 67.5} {reverse primer 263->243 } CTCCGTCACCCGTTACCACCA {Tm = 67.5} {PCR product = 113, GC = 51%} {94394 115M10 clone 95B1 score 321} {Product size range 100-150...} {forward primer 55->74 } TGTCCTGCTCCGAGCTGCTG {Tm = 67.6} {reverse primer 190->170 } CCCTGACTGAAGCACCAACGC {Tm = 67.5} {PCR product = 136, GC = 52%} {94396 115M14 FRUCTOSE-BISPHOSPHATE ALDOLASE clone 36C5,99B6,93E10 score 1546} {Product size range 100-150...} {forward primer 93->114 } CCTCAAGGCTTCTCCGGTGTTG {Tm = 67.4} {reverse primer 195->178 } GGCACGGTTGCGGAGGAC {Tm = 67.5} {PCR product = 103, GC = 57%} {94411 115N21 clone 93F19,94P16,99K3,score 1137} {Product size range 151-200...} {forward primer 92->113 } CCAGACCACAACAAGCCAGTCG {Tm = 67.4} {reverse primer 256->237 } TCAAGAAGAGGCTCCGGCGA {Tm = 67.8} {PCR product = 165, GC = 54%} {94414 115N5 O-methyltransferase score 304} {Product size range 301-350...} {forward primer 66->85 } GGTTCAACGGCGGAGACACA {Tm = 66.8}Œh)0*0*0*ƒƒŒε{reverse primer 389->370 } CCCGGTTCAACGCCATTCAC {Tm = 67.9} {PCR product = 324, GC = 50%} {94422 115O23 clone 104I5,88G22,103F6,36E11,score 1477} {Product size range 100-150...} {forward primer 96->117 } GGAACCCTTAAGGCCATGATCG {Tm = 65.9} {reverse primer 231->212 } CGGCGATTGAAGCAACCCAT {Tm = 67.5} {PCR product = 136, GC = 51%} {94423 115O3 novel} {Product size range 100-150...} {forward primer 164->183 } GCAGGGTTGCCATCCTCGTC {Tm = 67.5} {reverse primer 279->260 } CAGCTTGCGATGCCACTTGC {Tm = 67.6} {PCR product = 116, GC = 51%} {94426 116G11 RNase PH score 110} {Product size range 151-200...} {forward primer 98->119 } TTCGACAGGCGATCAACAGAGC {Tm = 67.1} {reverse primer 252->231 } GTCGCGGCATTGATACAAGCTG {Tm = 67.1} {PCR product = 155, GC = 45%} {94428 116G15 ARATH RIBULOSE BISPHOSPHATE CARBOXYLASE clone,105I9,104J12,105C15,104A24B,score 1089} {Product size range 100-150...} {forward primer 55->72 } TGCCTCTCCGGCTCAGGC {Tm = 67.5} {reverse primer 175->156 } TCTTCCGCCGTTGCTTGTGA {Tm = 67.4} {PCR product = 121, GC = 57%} {94439 116M13 clone 104H16,92G6,92L17,90N23,score 704} {Product size range 201-250...} {forward primer 136->155 } CCGACCTAGCTCCGGCAATG {Tm = 67.3} {reverse primer 371->351 } TCCTCACCCGTACGATCTCGC {Tm = 66.9} {PCR product = 236, GC = 39%} {94440 116M15 clone 94P4,score 277} {Product size range 100-150...} {forward primer 220->239 } CCTCCTCACCATCGGCGAAC Œh)0*0*0*ƒƒŒε{Tm = 67.4} {reverse primer 347->327 } CACGTGAGCTCCACTGCATCG {Tm = 67.7} {PCR product = 128, GC = 56%} {94444 116M21 INITIATION FACTOR 5A1(EIF clone 97A2,score 1183} {Product size range 151-200...} {forward primer 54->75 } CATCACTTCGAATCCAGCGACG {Tm = 67.3} {reverse primer 211->191 } TGACACTTGGCGTGACCATGC {Tm = 67.8} {PCR product = 158, GC = 52%} {94445 116M8 senescence-associated protein SAG2 score 408} {Product size range 151-200...} {forward primer 112->132 } AAGGGCAGCCACAAGGTCACA {Tm = 67.4} {reverse primer 264->243 } TGCCTGATGGTAAGCTGCCTCA {Tm = 67.4} {PCR product = 153, GC = 50%} {94454 118C4 novel} {Product size range 251-300...} {forward primer 123->144 } AGTTGGCTCCTTGTGCAATGGC {Tm = 67.8} {reverse primer 377->357 } GCTTTCTGGCTGCTGCCTTCA {Tm = 67.3} {PCR product = 255, GC = 47%} {94464 119A7 pathogenesis-related protein R score 273} {Product size range 201-250...} {forward primer 50->71 } TTTCCTCATCTCCACCGCAACA {Tm = 67.2} {reverse primer 263->244 } ACCAGTTTGGCATCGGCCAC {Tm = 67.7} {PCR product = 214, GC = 53%} {94477 119C16 proteinase inhibitor II clone 80D5,score 844} {Product size range 100-150...} {forward primer 63->83 } CACTGTGGAGGCACGCACTTG {Tm = 67.5} {reverse primer 211->190 } GTCTGGTGCAGAAGCAACGACG {Tm = 67.6} {PCR product = 149, GC = 55%} {94483 119D10 transcribed sequence score 1416} {Product size range 100-150...} {forward primer 69->89 } CCGCAGCAATCAACGATGACA Œh)0*0*0*ƒƒŒε{Tm = 67.6} {reverse primer 178->160 } CCTGCCTTTCCTCCACCGC {Tm = 67.5} {PCR product = 110, GC = 55%} {94493 119E14 } {Product size range 100-150...} {forward primer 217->238 } AAGGGCAGCCTCATGAACAAGC {Tm = 67.0} {reverse primer 339->318 } TGTGAGCTGCAAGAGGAGCTGC {Tm = 67.6} {PCR product = 123, GC = 46%} {94502 119E5 early light-induced protein clone 94A1,score 408} {Product size range 151-200...} {forward primer 96->117 } AACATGCAATCAGTCTTCGCCG {Tm = 66.7} {reverse primer 295->276 } ATGGTTGACTCCGGCAACGG {Tm = 67.6} {PCR product = 200, GC = 54%} {94506 119E9 clone 108J4 score 806} {Product size range 201-250...} {forward primer 77->97 } TGAAGATGACGGAGGCGATGA {Tm = 66.3} {reverse primer 287->268 } TTGTTTCCCTGGCCGACCTG {Tm = 67.7} {PCR product = 211, GC = 55%} {94508 *^%$^%&***((%%%%$$?????????##} {Product size range 151-200...} {forward primer 125->146 } ACCACCAATCGATGGATGAACG {Tm = 66.3} {reverse primer 312->291 } CGAGGAGGATTCGATTGGAACG {Tm = 67.1} {PCR product = 188, GC = 41%} {94512} {Product size range 100-150...} {forward primer 219->238 } TTCGAGTCGCGTGCGATCAT {Tm = 67.5} {reverse primer 338->317 } GCCTCAACCGTCTAACCATTGC {Tm = 65.1} {PCR product = 120, GC = 48%} {94514} {Product size range 151-200...} {forward primer 96->115 } GAAGAAGACCGCAGTGGCCG Œh)0*0*0*ƒƒŒε{Tm = 67.6} {reverse primer 279->260 } CACCCAACCGTTGACACGGA {Tm = 67.5} {PCR product = 184, GC = 52%} {94515} {Product size range 100-150...} {forward primer 67->85 } CGGCAGGGATGGACACGAC {Tm = 67.4} {reverse primer 199->179 } GCCTCGGTTAAGAACCGGTCA {Tm = 65.6} {PCR product = 133, GC = 51%} {94518} {Product size range 151-200...} {forward primer 136->157 } CCGACATTATTTGCCACTTCCG {Tm = 65.6} {reverse primer 309->288 } CGAAGGTGTACCGCTGAGAGGA {Tm = 66.0} {PCR product = 174, GC = 44%} {94526} {Product size range 100-150...} {forward primer 79->98 } CGCCCATGTTCGTTGTTGGT {Tm = 66.3} {reverse primer 183->163 } CCTTGGCAAGAGGAGCAAGGC {Tm = 67.7} {PCR product = 105, GC = 51%} {94533} {Product size range 151-200...} {forward primer 52->71 } CCGGCTCAGGCCACTATGGT {Tm = 66.8} {reverse primer 205->184 } TCTTCTTTCCAATCGGAGGCCA {Tm = 67.2} {PCR product = 154, GC = 55%} {94534} {Product size range 151-200...} {forward primer 89->108 } CCGCCGGAGGAACTCAACAG {Tm = 67.5} {reverse primer 239->218 } CCGACCGTAAGCAAGAACCAGC {Tm = 67.2} {PCR product = 151, GC = 47%} {94561} {Product size range 100-150...} {forward primer 118->137 } TCTCCGGCGAGACAACCACA Œh)0*0*0*ƒƒŒε{Tm = 67.6} {reverse primer 230->209 } CTTGCAAGCATCGTTCTCAGCG {Tm = 67.6} {PCR product = 113, GC = 53%} {94565} {Product size range 301-350...} {forward primer 73->92 } TTACCGCCGGCAGCTATTGC {Tm = 67.5} {reverse primer 379->360 } CCAATGGCAAAGGCACAACG {Tm = 66.8} {PCR product = 307, GC = 54%} {94568} {Product size range 151-200...} {forward primer 98->118 } TCATCGCAGAGTTCATCGCCA {Tm = 67.5} {reverse primer 261->240 } GATACCGGCGGTGCAATAGACG {Tm = 67.7} {PCR product = 164, GC = 52%} {94570} {Product size range 151-200...} {forward primer 177->197 } CCCTCCACATCCTCCTCTCCG {Tm = 67.6} {reverse primer 350->331 } TTCTCCGCCGCCATAACCAC {Tm = 67.5} {PCR product = 174, GC = 58%} {94585} {Product size range 251-300...} {forward primer 141->161 } CTCTCTCCCATGGCACGTTCG {Tm = 67.5} {reverse primer 436->415 } TTGATGACCACCAGCATCACCA {Tm = 67.0} {PCR product = 296, GC = 48%} {94586} {Product size range 100-150...} {forward primer 112->131 } CGTTTGCTCCGTTGGCATCA {Tm = 67.6} {reverse primer 242->221 } AGGACCATACCACTTGGCGAGC {Tm = 66.8} {PCR product = 131, GC = 52%} {94587} {Product size range 151-200...} {forward primer 57->76 } TTTCTCTGCCGATTGCGGCT Œh)0*0*0*ƒƒŒε{Tm = 67.5} {reverse primer 228->209 } CCGCGAGCGATTCTGGTTCT {Tm = 67.1} {PCR product = 172, GC = 55%} {94591} {Product size range 100-150...} {forward primer 73->92 } CCAACAATCCTCCTTCGCCG {Tm = 67.2} {reverse primer 174->154 } GTACGACGCATGGTCACACGG {Tm = 67.0} {PCR product = 102, GC = 62%} {94595} {Product size range 100-150...} {forward primer 203->223 } ACAGCTGTGACTGCAACCGCA {Tm = 67.7} {reverse primer 351->331 } CGGTCAGTGAGGAAGTTGCCG {Tm = 67.5} {PCR product = 149, GC = 50%} {94596} {Product size range 151-200...} {forward primer 158->179 } TCCGATTCATCATTCGTCGTGC {Tm = 67.5} {reverse primer 310->290 } GTCGGTGATCCGCTTCTGGTG {Tm = 67.4} {PCR product = 153, GC = 59%} {94598} {Product size range 100-150...} {forward primer 108->128 } GCTTCATACGAGCCGCTGACG {Tm = 67.5} {reverse primer 252->231 } TGGGACAACGTTAGATGTCGCG {Tm = 67.4} {PCR product = 145, GC = 56%} {94600} {Product size range 151-200...} {forward primer 140->158 } AGCGGCCTCCTTCTGCGTC {Tm = 67.5} {reverse primer 303->282 } AACAAACATGCAGGTGCAAGCG {Tm = 67.6} {PCR product = 164, GC = 50%} {94608} {Product size range 151-200...} {forward primer 208->227 } CAATGTTCTTCGGCCGCCTC Œh)0*0*0*ƒƒŒε{Tm = 67.3} {reverse primer 362->341 } CAACACCGATACATGCCGAACG {Tm = 67.6} {PCR product = 155, GC = 43%} {94619} {Product size range 100-150...} {forward primer 53->72 } ACGGAGCCACGACGGTGAAG {Tm = 68.1} {reverse primer 199->178 } TTGCCTCCTCGGCTAATGTTGC {Tm = 67.6} {PCR product = 147, GC = 50%} {94647} {Product size range 100-150...} {forward primer 106->126 } TCAAGGTCGGCGATTACGTCG {Tm = 67.6} {reverse primer 215->196 } GCGCTTGGTGACGTTCCAGA {Tm = 67.0} {PCR product = 110, GC = 52%} {94650} {Product size range 100-150...} {forward primer 58->79 } CGGAAGAACTCAACAGTCCGGC {Tm = 67.4} {reverse primer 182->163 } GGAGCCGCCGAAGTCCATAG {Tm = 66.4} {PCR product = 125, GC = 51%} {94653} {Product size range 151-200...} {forward primer 179->198 } TCGGAGGACACACGATCGGA {Tm = 67.5} {reverse primer 361->342 } AAGTGCTTCCCGCTTCCGGT {Tm = 67.5} {PCR product = 183, GC = 53%} {94656} {Product size range 151-200...} {forward primer 74->95 } CCTCCATCACGTACCAAGCACG {Tm = 67.0} {reverse primer 264->245 } CGTTCGACGTTGAGAGCGGA {Tm = 67.1} {PCR product = 191, GC = 51%} {94658} {Product size range 100-150...} {forward primer 109->128 } CAACGGTGGCCTCGACACAG Œh)0*0*0*ƒƒŒε{Tm = 67.4} {reverse primer 255->235 } CCAACCGCATGCTTCAGTTCA {Tm = 66.6} {PCR product = 147, GC = 46%} {94677} {Product size range 201-250...} {forward primer 65->85 } GATCCACGATTCGTTGCTGCG {Tm = 68.3} {reverse primer 268->249 } CAGAGTGCCATGCGAGTCGG {Tm = 67.7} {PCR product = 204, GC = 49%} {94678} {Product size range 100-150...} {forward primer 63->84 } TCCCGACAGAGAAGGATGTGCA {Tm = 67.5} {reverse primer 207->187 } TTGATGGCGAGCATCTGTCCA {Tm = 67.3} {PCR product = 145, GC = 48%} {94690} {Product size range 100-150...} {forward primer 86->107 } CGTCGTCTCAGAAGTAGCCGCG {Tm = 68.6} {reverse primer 218->197 } TCCTCCCTGGTAACCTCCTCCG {Tm = 67.8} {PCR product = 133, GC = 50%} {94701} {Product size range 100-150...} {forward primer 101->118 } CACTTAGGGCGGCGCTCG {Tm = 67.5} {reverse primer 240->221 } ATGAGCTAAGGCAGCGGCGA {Tm = 67.6} {PCR product = 140, GC = 55%} {94705} {Product size range 151-200...} {forward primer 61->82 } CTTCAAAGCTCCGTCCACCACA {Tm = 66.8} {reverse primer 259->238 } CAGTGAGCGGAACATCAGCAGC {Tm = 67.7} {PCR product = 199, GC = 45%} {94707} {Product size range 151-200...} {forward primer 168->189 } CAATCCCAGCCAATGCTTCTCA Œh)0*0*0*ƒƒŒε{Tm = 66.6} {reverse primer 329->310 } ATCCCTCGCCCTCGGTTGAT {Tm = 67.3} {PCR product = 162, GC = 46%} {94721} {Product size range 100-150...} {forward primer 193->211 } ACCACCGCTGCTGCTGCTC {Tm = 67.5} {reverse primer 332->312 } ACGGCCACAACTGATCCAACG {Tm = 67.6} {PCR product = 140, GC = 53%} {94725} {roduct size range 100-150...} {forward primer 85->106 } AGCCCGAGACAACTGATGACCA {Tm = 66.5} {reverse primer 203->182 } CACAACTCCGAGCCAGAGGAAG {Tm = 65.7} {PCR product = 119, GC = 48%} {94737} {Product size range 100-150...} {forward primer 99->116 } CGTCGCTTTCCGTTCCGC {Tm = 67.4} {reverse primer 228->209 } GCTGATCGTCCACACCACGC {Tm = 67.5} {PCR product = 130, GC = 54%} {94738} {Product size range 100-150...} {forward primer 118->138 } GGAGGCGGAGATAGAGGCACG {Tm = 67.6} {reverse primer 261->242 } CCGTTGTTGCTGGTGGTGGA {Tm = 67.6} {PCR product = 144, GC = 49%} {94757} {Product size range 100-150...} {forward primer 151->172 } TTGGGAGCTAAGTTCAAGGCCG {Tm = 66.7} {reverse primer 294->275 } TGTTGCATCACAGCCACCGA {Tm = 67.2} {PCR product = 144, GC = 48%} {94758} {Product size range 100-150...} {forward primer 147->167 } GATCCCAGCCAGATTGTTGCG Œh)0*0*0*ƒƒŒε{Tm = 67.2} {reverse primer 289->270 } CCACGACCTCCACCAGGAGC {Tm = 67.7} {PCR product = 143, GC = 56%} {94759} {Product size range 201-250...} {forward primer 172->193 } TCACACAAGCGGAGATCATCGA {Tm = 66.3} {reverse primer 381->362 } CCGCAACTGTCCTGACGAGC {Tm = 66.7} {PCR product = 210, GC = 44%} {94764} {Product size range 100-150...} {forward primer 92->113 } GCGATTCCAGATCCTGTGGTCA {Tm = 66.8} {reverse primer 228->207 } TGATCGAGTTGGAGAAGGAGCG {Tm = 66.1} {PCR product = 137, GC = 47%} {94771} {Product size range 100-150...} {forward primer 157->176 } AATGATGCCGGCGGAGATTG {Tm = 67.5} {reverse primer 303->284 } TGAACAAGAGCAACGGCGGA {Tm = 67.4} {PCR product = 147, GC = 48%} {94788} {Product size range 100-150...} {forward primer 191->212 } ACCAAGACCGTGGAAGCAATCG {Tm = 67.6} {reverse primer 300->280 } ACTGGCTCTGCCTCAGCAACG {Tm = 67.4} {PCR product = 110, GC = 53%} {94798} {Product size range 151-200...} {forward primer 194->215 } TTGAACGAAACGTGGAGCAACG {Tm = 67.5} {reverse primer 384->365 } TGGCCAATGAGACCGTGCTG {Tm = 67.9} {PCR product = 191, GC = 52%} {94801} {Product size range 100-150...} {forward primer 93->113 } CACGAGGACAAGAAGCCGTCG Œh)0*0*0*ƒƒŒε{Tm = 67.6} {reverse primer 235->216 } TCGGAACACCACCAGCTCCA {Tm = 67.4} {PCR product = 143, GC = 49%} {94803} {Product size range 201-250...} {forward primer 131->152 } TTGCAATACTCGCATGTGTGCA {Tm = 65.8} {reverse primer 345->324 } GCTGCAGCCACTTGATCTCCTC {Tm = 65.9} {PCR product = 215, GC = 48%} {94805} {Product size range 100-150...} {forward primer 76->93 } CACAAGGCGCCAAGCGTG {Tm = 67.4} {reverse primer 208->187 } TCGTCGTGTATCAACGAAGCCG {Tm = 67.5} {PCR product = 133, GC = 63%} {94818} {Product size range 100-150...} {forward primer 129->150 } GACATAAACGCAATCGCTGCCA {Tm = 67.4} {reverse primer 251->232 } TGCAAGCCTCGCAACAGCAT {Tm = 67.6} {PCR product = 123, GC = 47%} {94825} {Product size range 151-200...} {forward primer 66->86 } GCCACCGTAACTCCACCACCA {Tm = 67.5} {reverse primer 246->226 } ATAATCCGAGAACGACGCGGC {Tm = 67.6} {PCR product = 181, GC = 58%} {94827} {Product size range 100-150...} {forward primer 53->74 } GCCAAAGACGTGGAAGGACCTG {Tm = 67.3} {reverse primer 181->161 } TACGAACTCGGCAATGACGGC {Tm = 67.6} {PCR product = 129, GC = 52%} {94838} {Product size range 151-200...} {forward primer 81->102 } ATCAGGGCCGTACACAAGTCCG Œh)0*0*0*ƒƒŒε{Tm = 67.5} {reverse primer 236->217 } AAGCTGGAGCATAGGCCGCA {Tm = 67.5{ {PCR product = 156, GC = 55%} {94840} {Product size range 151-200...} {forward primer 70->90 } CCAGAACAAGAGCCGACGACG {Tm = 67.6} {reverse primer 255->234 } TTCCGAGAAGCTGTTCCTTCCA {Tm = 65.5} {PCR product = 186, GC = 48%} {94848} {Product size range 100-150...} {forward primer 183->204 } TATGCTGTTGGACGCATCTCCG {Tm = 67.6} {reverse primer 291->270 } CAAACCGTTTCGAGGCAATGTG {Tm = 66.8} {PCR product = 109, GC = 47%} {94850} {Product size range 151-200...} {forward primer 61->81 } CAGGGACCGCTGTTCATCTGC {Tm = 67.5} {reverse primer 249->228 } TCCCTTCCATGCCTTCTTGTGC {Tm = 67.8} {PCR product = 189, GC = 44%} {94858} {Product size range 151-200...} {forward primer 112->131 } CGCGGTTTGGATAACCGGAG {Tm = 66.8} {reverse primer 280->259 } CGAATCCATGAGGAGGAGGCTG {Tm = 67.5} {PCR product = 169, GC = 48%} {94873} {Product size range 100-150...} {forward primer 161->182 } CAAGAAGCTTCAGGCAGGTGCA {Tm = 67.1} {reverse primer 262->242 } GGAGGCCCGTACTTGTCCTGC {Tm = 67.4} {PCR product = 102, GC = 53%} {94880} {Product size range 201-250...} {forward primer 88->107 }Œh)0*0*0*ƒƒŒεCGGCGAGGGAAGAGTTCGTG {Tm = 67.6} {reverse primer 335->314 } GACCGTGGTCACATGGTCATCG {Tm = 68.1} {PCR product = 248, GC = 50%} {94882} {Product size range 151-200...} {forward primer 261->281 } TGCTGCTCCTCCTTCTGCTCG {Tm = 67.6} {reverse primer 425->406 } GACGCATCGGAACCTCCTCG {Tm = 67.5} {PCR product = 165, GC = 59%} {94884} {Product size range 151-200...} {forward primer 144->163 } TCACAAGCAACGGCGGAAGA {Tm = 67.4} {reverse primer 330->309 } CGGTACACAAATCCGTGCTCCA {Tm = 67.3} {PCR product = 187, GC = 46%} {94914} {Product size range 100-150...} {forward primer 158->179 } CAGGAGAGCTACAAGGAGGCCA {Tm = 65.2} {reverse primer 266->246 } AGCAAGTGCAGTTGACGCAGC {Tm = 66.3} {PCR product = 109, GC = 54%} {94917} {Product size range 151-200...} {forward primer 76->95 } CGGAAGCTGCGACTGTGCTG {Tm = 67.9} {reverse primer 259->240 } CAAGTGCACGTTGACGCAGC {Tm = 66.4} {PCR product = 184, GC = 56%} {94918} {Product size range 301-350...} {forward primer 56->77 } CAAAGGCCAAGTAACAATGGCG {Tm = 65.7} {reverse primer 356->335 } GGTGGCAGTTCCATCATCTCCA {Tm = 66.7} {PCR product = 301, GC = 50%} {94920} {Product size range 151-200...} {forward primer 90->110 }Œh) 0*0*0*ƒƒŒεTCAATGGTGGGCTTGAATCGG {Tm = 67.4} {reverse primer 245->224 } CTTGACGGAAGCAAGAGGACCG {Tm = 67.5} {PCR product = 156, GC = 47%} {94927} {Product size range 151-200...} {forward primer 109->128 } TCTGGCTAACACTGCGGCGA {Tm = 67.5} {reverse primer 296->277 } ACGCTGCGACAACCGGAGAT {Tm = 67.6} {PCR product = 188, GC = 51%} {94932} {Product size range 201-250...} {forward primer 80->99 } TCTCCGTCGCCGATGATTGA {Tm = 67.3} {reverse primer 281->260 } TACACGGAACGCCGGTTAATGT {Tm = 65.6} {PCR product = 202, GC = 47%} {94937} {Product size range 151-200...} {forward primer 83->102 } CGGAGCTGATAGCTTCGCCG {Tm = 67.6} {reverse primer 279->260 } CGTCCGCCGTTGTGTTACGA {Tm = 67.5} {PCR product = 197, GC = 53%} {94944} {Product size range 151-200...} {forward primer 52->71 } TGGCAAGCCAACGGACCTCT {Tm = 67.5} {reverse primer 237->216 } TGCATCCCCAATCTGTCTGACG {Tm = 67.7} {PCR product = 186, GC = 47%} {94950} {Product size range 151-200...} {forward primer 53->73 } AACCCGCAATGGCTCAACTCA {Tm = 67.2} {reverse primer 213->193 } CGGACAGGACCGAGATTGTGC {Tm = 67.4} {PCR product = 161, GC = 50%} {94951} {Product size range 100-150...} {forward primer 239->258 }Œh)!0*0*0*ƒƒŒεTGTCCTGCTCCGAGCTGCTG {Tm = 67.6} {reverse primer 374->354 } CCCTGACTGAAGCACCAACGC {Tm = 67.5} {PCR product = 136, GC = 52%} {94955} {Product size range 100-150...} {forward primer 168->187 } CCAAGGTGTCACCGTCCACG {Tm = 67.2} {reverse primer 310->290 } GTCCAACGAACGTTACCGCCA {Tm = 67.4} {PCR product = 143, GC = 50%} {94966} {Product size range 201-250...} {forward primer 102->123 } GCTTCTTCACCAGCCTATCCGC {Tm = 66.5} {reverse primer 337->319 } GTGGGCCTGCACCTGGTTG {Tm = 67.3} {PCR product = 236, GC = 55%} {94972} {Product size range 201-250...} {forward primer 66->86 } TGGCAGCTCCCAAGGTTAGGT {Tm = 65.3} {reverse primer 288->267 } TCCACAGCTTCTGCCTCATTGC {Tm = 67.1} {PCR product = 223, GC = 45%} {94985} {Product size range 100-150...} {forward primer 37->56 } CTTGCGCCACACTCTCACCG {Tm = 67.6} {reverse primer 145->125 } TCCAAATACTTCGGAGGCCGC {Tm = 67.5} {PCR product = 109, GC = 60%} {94986} {Product size range 100-150...} {forward primer 216->236 } TCACGGTCAGTGGAAGCACCA {Tm = 67.4} {reverse primer 316->297 } CCTCAGGGTTCCTGATGCCG {Tm = 67.4} {PCR product = 101, GC = 50%} {94995} {Product size range 151-200...} {forward primer 126->145 }Œh)"0*0*0*ƒƒŒεCCGAGCACGAGACACCAACG {Tm = 67.5} {reverse primer 324->304 } ACTTCCCTCCGTGTCCGAAGC {Tm = 67.1} {PCR product = 199, GC = 52%} {94997} {Product size range 151-200...} {forward primer 283->302 } TGTTGCAGCAGCAGCCAGAT {Tm = 65.5} {reverse primer 466->447 } ACCTCCCACGGCTCGACTGA {Tm = 67.8} {PCR product = 184, GC = 46%}