Alternaria sp.

A. sp.

Design Primers Related Species
156
Predicted circRNAs
Filamentous
Taxonomic Group
Alternaria
Genus
ASM357452v1
Assembly
Predicted circRNA Genes
Gene ID Chromosome Start End Strand p(circ) Exons Primers
CUC08_Gglean002576 NODE_177 61,779 69,135 -
0.934
3 Design
CUC08_Gglean007072 NODE_273 3,216,990 3,224,005 +
0.933
3 Design
CUC08_Gglean001853 NODE_145 286,491 293,042 +
0.930
4 Design
CUC08_Gglean013598 NODE_98 362,902 368,577 +
0.928
11 Design
CUC08_Gglean000020 NODE_104 54,322 54,871 -
0.927
3 Design
CUC08_Gglean011273 NODE_34 1,338,614 1,339,241 -
0.924
3 Design
CUC08_Gglean004558 NODE_236 74,710 82,035 +
0.923
1 Design
CUC08_Gglean001526 NODE_139 509,252 515,295 +
0.922
4 Design
CUC08_Gglean009426 NODE_297 121,348 122,033 -
0.922
3 Design
CUC08_Gglean007806 NODE_283 282,218 283,192 +
0.922
3 Design
CUC08_Gglean000343 NODE_133 1,956,431 1,963,417 -
0.919
1 Design
CUC08_Gglean011818 NODE_34 1,443,457 1,450,111 +
0.916
4 Design
CUC08_Gglean002482 NODE_176 68,100 75,949 -
0.913
2 Design
CUC08_Gglean006639 NODE_273 1,009,482 1,010,172 +
0.911
3 Design
CUC08_Gglean009345 NODE_297 574,887 575,460 -
0.910
3 Design
CUC08_Gglean006420 NODE_273 54,073 59,055 -
0.907
3 Design
CUC08_Gglean007382 NODE_275 257,475 259,491 +
0.906
5 Design
CUC08_Gglean001977 NODE_145 872,095 876,843 +
0.906
8 Design
CUC08_Gglean005253 NODE_240 86,819 91,716 +
0.906
4 Design
CUC08_Gglean011348 NODE_34 887,885 892,812 -
0.905
6 Design
CUC08_Gglean008383 NODE_284 245,271 251,025 -
0.903
3 Design
CUC08_Gglean003355 NODE_193 1,813,419 1,819,145 +
0.902
5 Design
CUC08_Gglean002689 NODE_193 1,529,969 1,535,284 -
0.901
4 Design
CUC08_Gglean003886 NODE_210 594,135 598,958 -
0.900
4 Design
CUC08_Gglean006747 NODE_273 1,604,634 1,605,136 +
0.898
2 Design
CUC08_Gglean002013 NODE_145 1,068,860 1,076,450 +
0.898
2 Design
CUC08_Gglean006247 NODE_273 935,741 941,295 -
0.896
10 Design
CUC08_Gglean010808 NODE_332 921,961 925,581 -
0.895
5 Design
CUC08_Gglean002117 NODE_152 200,821 207,547 -
0.895
4 Design
CUC08_Gglean000001 NODE_104 122,914 129,666 -
0.894
4 Design
CUC08_Gglean005335 NODE_265 837,192 840,653 -
0.889
5 Design
CUC08_Gglean005903 NODE_273 2,749,050 2,750,538 -
0.888
8 Design
CUC08_Gglean007429 NODE_275 441,606 441,938 +
0.879
3 Design
CUC08_Gglean009388 NODE_297 350,063 356,790 -
0.878
3 Design
CUC08_Gglean004865 NODE_238 174,260 180,351 -
0.874
5 Design
CUC08_Gglean007133 NODE_273 3,529,613 3,530,768 +
0.874
3 Design
CUC08_Gglean005204 NODE_240 147,548 151,348 -
0.871
4 Design
CUC08_Gglean006139 NODE_273 1,501,827 1,508,450 -
0.865
3 Design
CUC08_Gglean012897 NODE_55 2,072,065 2,072,851 +
0.864
4 Design
CUC08_Gglean002732 NODE_193 1,350,402 1,355,860 -
0.863
6 Design
CUC08_Gglean006025 NODE_273 2,060,498 2,064,205 -
0.863
6 Design
CUC08_Gglean005660 NODE_265 819,314 820,133 +
0.861
5 Design
CUC08_Gglean008285 NODE_284 744,861 750,218 -
0.861
3 Design
CUC08_Gglean003101 NODE_193 532,705 533,819 +
0.861
4 Design
CUC08_Gglean011420 NODE_34 487,887 488,642 -
0.861
3 Design
CUC08_Gglean008076 NODE_284 1,790,867 1,791,613 -
0.859
3 Design
CUC08_Gglean003210 NODE_193 1,088,529 1,089,136 +
0.859
3 Design
CUC08_Gglean010950 NODE_332 165,444 166,712 -
0.858
6 Design
CUC08_Gglean008981 NODE_297 2,459,514 2,465,824 -
0.857
2 Design
CUC08_Gglean001653 NODE_145 765,482 766,132 -
0.856
3 Design