Alternaria sp.

A. sp.

Design Primers Related Species
236
Predicted circRNAs
Filamentous
Taxonomic Group
Alternaria
Genus
ASM357452v1
Assembly
Predicted circRNA Genes
Gene ID Chromosome Start End Strand p(circ) Exons Primers
CUC08_Gglean001637 NODE_145 845,531 867,569 -
0.994
8 Design
CUC08_Gglean007138 NODE_273 3,570,069 3,585,554 +
0.994
1 Design
CUC08_Gglean009080 NODE_297 1,904,601 1,920,873 -
0.994
3 Design
CUC08_Gglean007194 NODE_275 672,024 687,525 -
0.994
2 Design
CUC08_Gglean001596 NODE_145 1,095,435 1,125,570 -
0.994
4 Design
CUC08_Gglean001253 NODE_133 2,311,469 2,324,541 +
0.994
2 Design
CUC08_Gglean011508 NODE_34 21,389 31,162 -
0.993
1 Design
CUC08_Gglean000469 NODE_133 1,281,296 1,292,907 -
0.993
4 Design
CUC08_Gglean012205 NODE_55 1,171,726 1,186,831 -
0.993
2 Design
CUC08_Gglean000230 NODE_123 315,067 327,529 +
0.993
10 Design
CUC08_Gglean003460 NODE_198 150,770 162,831 -
0.993
4 Design
CUC08_Gglean010323 NODE_324 487,373 497,019 -
0.992
2 Design
CUC08_Gglean010707 NODE_331 84,258 93,617 +
0.991
1 Design
CUC08_Gglean013538 NODE_98 34,532 43,750 +
0.991
4 Design
CUC08_Gglean004298 NODE_220 237,217 246,684 +
0.991
6 Design
CUC08_Gglean010094 NODE_310 58,028 67,342 -
0.987
8 Design
CUC08_Gglean005447 NODE_265 281,384 290,310 -
0.987
6 Design
CUC08_Gglean002234 NODE_152 357,314 365,320 +
0.985
2 Design
CUC08_Gglean001606 NODE_145 1,042,240 1,049,830 -
0.985
6 Design
CUC08_Gglean012150 NODE_55 1,441,665 1,449,452 -
0.984
8 Design
CUC08_Gglean001227 NODE_133 2,181,374 2,190,434 +
0.984
3 Design
CUC08_Gglean004047 NODE_210 152,646 161,057 +
0.982
2 Design
CUC08_Gglean007676 NODE_283 346,920 354,894 -
0.981
2 Design
CUC08_Gglean011166 NODE_332 899,554 904,966 +
0.980
3 Design
CUC08_Gglean001760 NODE_145 167,933 176,141 -
0.978
6 Design
CUC08_Gglean013599 NODE_98 373,633 381,946 +
0.978
6 Design
CUC08_Gglean011312 NODE_34 1,100,712 1,107,449 -
0.973
6 Design
CUC08_Gglean002576 NODE_177 61,779 69,135 -
0.973
3 Design
CUC08_Gglean001749 NODE_145 224,362 232,360 -
0.971
4 Design
CUC08_Gglean003661 NODE_204 104,894 111,960 -
0.969
8 Design
CUC08_Gglean006984 NODE_273 2,771,332 2,778,737 +
0.969
4 Design
CUC08_Gglean007933 NODE_283 894,081 900,823 +
0.968
7 Design
CUC08_Gglean002013 NODE_145 1,068,860 1,076,450 +
0.968
2 Design
CUC08_Gglean001299 NODE_139 642,410 650,014 -
0.967
3 Design
CUC08_Gglean005124 NODE_238 1,231,316 1,239,141 +
0.965
4 Design
CUC08_Gglean012279 NODE_55 776,482 783,648 -
0.964
1 Design
CUC08_Gglean011818 NODE_34 1,443,457 1,450,111 +
0.962
4 Design
CUC08_Gglean011070 NODE_332 434,815 441,701 +
0.962
3 Design
CUC08_Gglean002482 NODE_176 68,100 75,949 -
0.959
2 Design
CUC08_Gglean005178 NODE_240 262,961 269,980 -
0.958
2 Design
CUC08_Gglean006139 NODE_273 1,501,827 1,508,450 -
0.956
3 Design
CUC08_Gglean000343 NODE_133 1,956,431 1,963,417 -
0.955
1 Design
CUC08_Gglean003355 NODE_193 1,813,419 1,819,145 +
0.955
5 Design
CUC08_Gglean008285 NODE_284 744,861 750,218 -
0.952
3 Design
CUC08_Gglean011780 NODE_34 1,246,920 1,253,560 +
0.948
5 Design
CUC08_Gglean012389 NODE_55 247,586 254,488 -
0.948
1 Design
CUC08_Gglean002689 NODE_193 1,529,969 1,535,284 -
0.943
4 Design
CUC08_Gglean007072 NODE_273 3,216,990 3,224,005 +
0.942
3 Design
CUC08_Gglean001526 NODE_139 509,252 515,295 +
0.941
4 Design
CUC08_Gglean004558 NODE_236 74,710 82,035 +
0.941
1 Design