CopciAB_441896
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_441896 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 441896
Uniprot id Functional description Protein tyrosine kinase
Location scaffold_1:3623287..3626783 Strand -
Gene length (nt) 3497 Transcript length (nt) 2887
CDS length (nt) 2577 Protein length (aa) 858

Reciprocal best hits in model fungi

Strain name Gene / Protein name

Orthologs in mushroom models

Strain name Gene / Protein name Pident E-value Bits
Agrocybe aegerita Agrae_CAA7267722 32.6 3.493E-93 327
Hypsizygus marmoreus strain 51987-8 Hypma_RDB24586 29.1 6.052E-81 290
Agaricus bisporus var. burnettii JB137-S8 Agabi_varbur_1_130693 27.2 1.574E-66 245
Agaricus bisporus var bisporus (H97) Agabi_varbisH97_2_114695 27.7 1.05E-62 233
Pleurotus eryngii ATCC 90797 Pleery1_1452165 25.9 1.05E-59 224
Lentinula edodes NBRC 111202 Lenedo1_49119 28.1 1.936E-58 220
Pleurotus ostreatus PC15 PleosPC15_2_1111154 24.9 7.134E-58 218
Pleurotus ostreatus PC9 PleosPC9_1_90612 25.4 2.66E-56 213
Lentinula edodes W1-26 v1.0 Lentinedodes1_4465 26.6 2.18E-48 188
Grifola frondosa Grifr_OBZ79374 35.1 2.268E-36 149

Expression

Name Summary Attribution Assay type
Carbon metabolism Transcriptional changes along alternative morphogenetic paths of C. cinerea Xie et al. 2020 RNA-Seq
Sample Mean cpm SD cpm Se of mean
sclerotia 3.8852 0.4742 0.2738
oidia 3.9236 1.546 0.8926
vegetative_mycelium 4.8651 2.2792 1.3159
primordia 811.971 85.3114 49.2546
hyphal_knot 3.5975 0.4212 0.2432
young_fruiting_body 99.0708 39.3122 22.6969
Complex carbon sources 1 (long incubation) Expression profiling on diverse complex carbon sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Control - glucose 5.068 0.4273 0.2467
Wheat bran 2.5276 0.6421 0.3707
Horse manure 3.8193 0.4549 0.2626
Oak leaves 2.7083 0.7772 0.4487
Hay 3.1791 0.8322 0.4805
Corn stalk 2.782 0.2281 0.1317
Pectine 3.3688 0.3503 0.2023
Microcrystalline cellulose 5.2769 0.9493 0.5481
Xylose 2.8839 1.1232 0.6485
Cellobiose 3.8787 0.4463 0.2576
Lignin 3.7617 1.2143 0.7011
Apple peels 3.0079 0.7217 0.4167
Coprinopsis challenged with bacteria Transcriptional response to Bacillus subtilis and Escherichia coli. Kombrink et al. 2018 RNA-Seq
Sample Mean cpm SD cpm Se of mean
Control 3.6804 0.2616 0.151
Bsubtilis 2.379 0.1601 0.0924
Ecoli 2.023 0.1804 0.1042
Early development 1 Time series expression profiling of basidiospore and oidium germination Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
BS 0h 25.5707 10.5875 6.1127
BS 4h 3.0733 0.3984 0.23
BS 8h 1.2912 0.5123 0.2958
BS 12h 0.9355 0.4703 0.2715
Oidia 0 h 3.2159 1.4247 0.8225
Oidia 18 h 0.8349 0.5377 0.3104
Sclerotia 0.732 1.216 0.702
Early development 2 Time series expression profiling of mycelial growth, light induction and fruiting body initiation. Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
DM 12h 0.3076 0.057 0.0329
DM 36h 0.699 0.1041 0.0601
DM 60h 1.0969 0.2918 0.1684
DM 84h 0.7315 0.3063 0.1768
DM 108h 0.8555 0.0334 0.0193
DM 132h 1.3171 0.4646 0.2682
DM 156hAE 1.3879 0.3773 0.2178
ELI1hAE 1.1318 0.2108 0.1217
ELI2hAE 1.0967 0.396 0.2287
LI2hAE 0.9796 0.6154 0.3553
LI6hAE 1.2309 0.7542 0.4354
LI12hAE 0.4577 0.3048 0.176
LI18hAE 0.8416 0.408 0.2356
LI 24hAE 1.4902 0.7253 0.4187
DM 156hAM 0.9872 0.6996 0.4039
ELI1hAM 0.3591 0.203 0.1172
ELI2hAM 0.6031 0.5182 0.2992
LI2hAM 0.4284 0.386 0.2228
LI6hAM 0.6987 0.6337 0.3659
LI12hAM 0.2574 0.2989 0.1726
LI18hAM 1.3115 0.3304 0.1907
LI 24hAM 2.7131 0.2964 0.1711
LI 24hHK 1.4179 0.5102 0.2946
L/D 6h 0.4558 0.2377 0.1372
L/D 12h 0.7666 0.6496 0.375
L/D 18h 0.5765 0.5992 0.346
L/D 24h 0.563 0.2619 0.1512
Fruiting body development RNA-Seq analysis of fruiting body development Krizsan et al. 2019 RNA-Seq
Sample Mean cpm SD cpm Se of mean
Vegetative mycelium 3.0124 0.6273 0.3621
Hyphal knots 2.2618 0.3554 0.2052
Primordium 1 1.3459 0.0811 0.0468
Primordium 2 2.0653 0.4667 0.2695
Young Fruiting body cap 30.4872 29.8887 17.2562
Younf fruiting body gill 584.3716 369.5995 213.3884
Young fruiting body stipe 19.6037 16.5795 9.5722
Mature fruiting body cap_gill 46.7012 11.2328 6.4853
Mature fruiting body stipe 4.7484 1.7198 0.9929
Nitrogen sources (12h incubation) Expression profiling on diverse nitrogen sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Complete medium - control 3.0164 0.8592 0.4961
NH4NO3 3.072 0.4927 0.2845
Proline 2.9613 0.8597 0.4963
Tryptophan 2.1494 0.9393 0.5423
Isoleucin 2.0163 0.098 0.0566
Arginine 3.6835 0.2403 0.1387
Metionine 4.4786 0.4555 0.263
NaNO3 2.4882 0.9016 0.5205
Plant biomass (12h incubation) Expression profiling on diverse plant biomasses as carbon sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose - control 3.0164 0.8592 0.4961
Citrus peel 1.6147 0.3421 0.1975
Poplar leaves 2.1724 0.2322 0.1341
Typha leaves 2.0058 0.3868 0.2233
Overwintered Salix leaves 2.6323 0.278 0.1605
Reed flowering 2.0187 0.7777 0.449
Tigernut 1.5719 0.413 0.2384
Energy cane 1.6996 0.5027 0.2902
Guar gum 2.6076 0.4624 0.267
Apple peels 3.3669 0.7404 0.4275
Cellobiose 2.6342 0.5862 0.3385
Corn stalk 3.652 0.5694 0.3287
Horse manure 3.0602 1.1966 0.6909
Lignin 2.07 0.8248 0.4762
Microcrystalline cellulose 3.0006 0.5776 0.3335
Oak leaves 3.1521 0.6817 0.3936
Pectin esterified 3.3596 0.4991 0.2882
Poplar sawdust 3.92 0.6871 0.3967
Wheat bran 3.2419 0.4789 0.2765
Chlamydomonas reinhardtii 2.4405 0.1161 0.067
Vertatryl alcohol 3.8014 0.3483 0.2011
Furfural 2.7333 1.1601 0.6698
Autoclaved mycelium 2.5719 0.0617 0.0356
Simple and complex carbon and nitrogen sources Expression profiling on diverse complex carbon and nitrogen sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose control 3.6974 0.2427 0.1401
Ribose 2.8104 0.2931 0.1692
Mannose 3.8848 0.3339 0.2361
Fructose 2.8448 0.2569 0.1483
Arabinose 3.8938 0.1096 0.0633
Xylose 3.5977 0.545 0.3147
Galacturonic acid 3.1859 0.3253 0.1878
Rhamnogalacturonan 3.3207 0.6027 0.348
Pectin esterified 2.4614 0.4572 0.264
Polygalacturonic acid 3.5633 0.0943 0.0545
Sodium acetate 2.951 1.0105 0.5834
No nitrogen 3.1573 0.5276 0.3046
BSA 3.6951 0.4594 0.2653
Glutamine 2.6562 0.0301 0.0174
No phosphate 2.9919 0.4946 0.2856
No carbon 3.024 0.419 0.2963
No sulphur 3.1976 0.3944 0.2277
Simple and complex carbon sources (12h incubation) Expression profiling on diverse complex carbon sources. Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose - control 3.0164 0.8592 0.4961
Amylose 3.7107 0.2449 0.1414
Fucose 3.2159 0.0181 0.0104
Galactose 2.5548 0.5845 0.3374
Lactose 2.5546 0.5993 0.346
Maltose 2.4569 0.446 0.2575
Mannitol 2.94 0.3806 0.2198
Rhamnose 2.8996 0.6416 0.3704
Sorbitol 2.9647 0.4065 0.2347
Trehalose 2.7484 0.3999 0.2309
Glycerol 1.8509 0.2435 0.1406
Glucuronic acid 2.9019 0.7424 0.4286
Arabinan 2.5639 1.2086 0.6978
Galactan 2.4654 0.2437 0.1407
Galactomannan 2.7134 0.417 0.2407
Glucan 3.0572 0.8455 0.4882
Xylan 3.1192 0.5561 0.3211
Xyloglucan 2.5307 0.4206 0.2428
Arabinogalactan 3.3129 1.0591 0.6115
Pectin 3.3574 1.4806 0.8548
Rhamnogalacturonan 4.6515 0.7344 0.424
Polygalacturonic acid 2.4337 0.3578 0.2066
Mannan 2.4728 0.7197 0.4155
Amylopectin 2.4195 0.7358 0.4248
Inulin 2.3786 0.2815 0.1625
BSA 2.3268 0.6507 0.3757
Starvation induced by water agar transfer Expression profiling on starvation induced by transfer to water agar Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Control 1.0969 0.2918 0.1684
2h WAT 1.1853 0.508 0.2933
4h WAT 1.9093 0.4987 0.2879
8h WAT 1.0908 0.5598 0.3232
16h WAT 1.8301 0.2755 0.159
24h WAT 1.0812 0.2991 0.1727
WAT hyphal knot -30h 0.7297 0.2701 0.1559
WAT hyphal knot -22h 1.8475 0.6134 0.3541
WAT hyphal knot -15h 1.7922 0.6333 0.3656
WAT hyphal knot -7.5h 2.0796 1.6474 0.9511
WAT hyphal knot 1.6285 0.0201 0.0116
WAT hyphal knot +7.5h 2.0088 0.9466 0.5465
Straw time series Time series expression profiling on straw as a carbon source Hegedus et al. RNA-Seq
Sample Mean cpm SD cpm Se of mean
Glucose control 1.9277 0.2476 0.143
Straw 3h 1.6965 0.2082 0.1202
Straw 6h 1.3154 0.6035 0.3484
Straw 12h 2.2953 0.3467 0.2002
Straw 24h 2.8707 0.2118 0.1223
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 0.557 0.234 0.1351
Frost (-20C, 30min) 1.6365 0.1978 0.1142
Heat shock (47C, 2h) 1.9101 0.8802 0.5082
High CO2 1.8095 0.4327 0.2498
Drought (4% agar, 12h) 1.3434 0.6706 0.3872
Oxidative (1mM H2O2, 3h) 0.7841 0.3106 0.1794
Acidic (pH4, 3h) 0.8568 0.0627 0.0362
Alkaline (pH9, 3h) 1.1003 0.2053 0.1185
Osmotic (sorbitol 2h) 1.561 1.0641 0.6144
CongoRed (3h) 0.8644 0.3746 0.2163
Cobalt chloride control 2.5933 0.6642 0.3835
Cobalt chloride 2mM 1.5703 0.3721 0.2148
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 1.1052 0.647 0.3735
Cold stimulation 0.8773 0.6578 0.3798
Scratched surface 1.6055 0.2248 0.1298
Ca2+, 200mM, 24h 1.5249 1.879 1.0848
Cu2+, 2mM, 6h 1.0356 0.6287 0.363
Voriconazole 1.1215 1.0281 0.5936
Trichoderma interaction, early 1 0.5765 0.3328
Trichoderma interaction 60h 3.6503 4.6138 2.6638
Cobalt chloride 2mM repeat 1.5448 1.0276 0.5933
Hypoxia 1.315 0.1613 0.0931
Hypoxia control 2.1641 0.6034 0.3484
Protoplastation control 0.8864 0.1295 0.0916
Protoplastation 3.5h 0.1939 0.2742 0.1939
Protoplastation 1.5h 0.3221 0.1722 0.1217

General data

Systematic name -
Protein id CopciAB_441896.T0
Description Protein tyrosine kinase

Annotation summary

0 200 400 600 800 858

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF00069 Protein kinase domain IPR000719 203 425

SignalP

Prediction Start End Score
No records

Transmembrane domains

Domain n Start End Length
No records

InterPro

Accession Description
IPR000719 Protein kinase domain
IPR011009 Protein kinase-like domain superfamily

GO

Go id Term Ontology
GO:0004672 protein kinase activity MF
GO:0005524 ATP binding MF
GO:0006468 protein phosphorylation BP

KEGG

KEGG Orthology
K13302
K13303

EggNOG

COG category Description
T Protein tyrosine kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_441896 across fungi.

Arrow shows the origin of gene family containing CopciAB_441896.

Protein

Sequence id CopciAB_441896.T0
Sequence >CopciAB_441896.T0
MASDMYRSSFCDFSDSSECTDTSTGTVLRDLSLSPRPSVVDGLGEVSTNSTTPPRLDVEWPNSPPLAVALRFSGI
FDDADVAEIEGDLTRQTHQSRSPTFDMTYDIHSFPNIKDINLEMGNDSDISEVVVMSQKQLPTALSTIPEANEPS
PVLAYTTSLSDFDIISSYNAPDSDTRVMICQRKRNGNLYKIRSRRIYDHFPWMEQDILETLRDMGAPFLPYLKSV
FREENQVHLVLDYWPSASLRELLAKYGTLGSQRVLFYASELLTGIANLHGVGIMHRNLNPDDIILDKRGHIVITN
FEFANTIPPSGVNANSFNSDLVLSIPRFHGYQAPEMVLGWAHDISVDCWGFGMLLYFMYFGKHPFQEDRNPVDHR
VLRARIIQGSLSPESLRLIHPHTRDIILKCVERNPRIRLNVDGIKNHEYFNNVPWGKVADKLVEVPPLPGFFNDN
GSSGELLRRSHSSGLRHTLYQEGAEPVVATPEQPRPALLSPIPSHRPSHPLPLSPSPSAVTFASRPMSPSVLTEM
SEPLEGNLSIQSPKPRTFRPFLDPQASAQSAKGGQVDSGMEIWDLLDREEQGSIASSNLGRSHVLGFLRPRKLRK
NNSSTSLFRPFVLNLSTSSLTRGLKKKKSRSSTRLGESSATVHDPQQRNQDVELPAGIEHIGSGIGFHRNTLSSD
SGHSRSSASSNLPRFCRGGVKLGHRFSFSALRPSGARKIFGRNTRSRSLSSTMATNSGDASALGGLRLAHNGNSP
AYVHGHTGALPGSHTSPRTPHEVQASTPILQMNPMSPSGSSSTSASASSSPRTEDGPLTPTTVACDEECQARVSS
KAVMDFDEVNKERGRNDLTLRLVPSSRGLQLSV
Length 858

Coding

Sequence id CopciAB_441896.T0
Sequence >CopciAB_441896.T0
ATGGCTTCCGACATGTATCGGTCCTCGTTCTGCGACTTTAGCGATTCATCTGAGTGCACCGATACCTCGACGGGA
ACCGTTCTTCGTGATCTCTCCCTCTCACCTCGACCTTCGGTTGTCGACGGACTTGGGGAAGTCTCTACCAACAGT
ACAACCCCTCCCCGCCTTGACGTGGAATGGCCCAATTCGCCTCCGTTGGCGGTTGCCCTCAGGTTCTCGGGCATA
TTCGACGATGCTGATGTCGCAGAGATCGAAGGAGATCTTACTCGCCAGACTCACCAAAGCAGATCGCCCACTTTC
GACATGACCTATGACATTCATAGCTTCCCGAATATCAAGGACATCAACTTGGAGATGGGGAACGACAGTGACATC
TCCGAGGTTGTGGTCATGTCGCAGAAACAGCTCCCCACCGCGCTTTCTACGATCCCAGAGGCAAATGAGCCAAGC
CCTGTTCTTGCGTATACGACGAGCCTGTCCGACTTTGATATCATCTCCTCTTACAATGCCCCTGATTCTGATACT
CGTGTTATGATCTGCCAAAGGAAAAGGAATGGAAACCTTTACAAGATTCGTTCTCGCCGCATCTATGACCATTTT
CCCTGGATGGAGCAAGACATCCTGGAGACGCTACGAGATATGGGAGCTCCCTTCCTGCCCTATCTGAAGTCTGTC
TTCCGAGAGGAAAATCAAGTGCATCTTGTTCTGGATTATTGGCCTTCAGCGAGTTTGAGAGAGCTCCTCGCAAAG
TACGGAACTCTTGGCTCTCAGCGTGTCCTGTTCTATGCTTCTGAACTCCTGACTGGGATTGCCAACCTCCACGGT
GTCGGGATCATGCATCGCAACCTTAACCCTGACGATATCATCTTGGACAAGCGGGGGCACATTGTCATTACCAAC
TTTGAATTCGCCAACACGATTCCCCCTTCCGGTGTTAACGCCAATTCGTTTAACAGTGATTTGGTTTTGTCGATA
CCGAGGTTCCATGGATATCAGGCCCCAGAGATGGTTCTGGGTTGGGCGCATGATATCTCCGTTGATTGCTGGGGA
TTTGGGATGTTGCTTTACTTCATGTACTTTGGGAAGCACCCCTTCCAAGAGGACAGAAACCCGGTAGATCATCGC
GTCTTGCGCGCACGCATCATTCAAGGCTCTTTGTCTCCAGAGTCTCTCAGGTTGATTCATCCGCACACGAGGGAT
ATCATCTTGAAGTGTGTCGAAAGGAATCCGCGTATTCGATTGAATGTCGATGGGATTAAGAACCACGAATATTTT
AACAACGTGCCTTGGGGAAAGGTGGCCGATAAGCTCGTCGAAGTCCCACCACTACCCGGGTTCTTCAACGATAAT
GGATCCAGTGGGGAGCTTTTGAGAAGGTCCCATTCGTCAGGCTTGCGACACACCCTCTACCAAGAGGGAGCCGAG
CCTGTTGTCGCAACACCTGAGCAACCTCGACCTGCGCTACTGAGTCCTATCCCTTCCCATCGTCCTTCTCACCCG
CTTCCTCTCTCCCCTTCTCCTTCCGCTGTCACATTCGCCTCTCGTCCCATGTCTCCATCTGTCCTGACTGAGATG
TCAGAACCTCTGGAGGGCAATCTCAGCATCCAATCTCCTAAGCCCCGGACGTTTCGACCCTTTCTCGACCCTCAG
GCGAGCGCTCAGTCGGCGAAAGGAGGACAAGTAGACTCGGGCATGGAAATCTGGGATCTACTGGATCGTGAGGAG
CAAGGCTCGATCGCCTCTTCCAACCTGGGCCGTAGCCACGTTCTTGGATTCCTCAGGCCTCGTAAGCTTCGCAAG
AACAATTCGTCGACCAGTCTCTTCAGGCCGTTCGTACTCAACCTGAGCACGTCGTCCTTGACTCGTGGGTTGAAG
AAGAAGAAGTCTAGAAGCTCCACTCGCTTGGGCGAGAGTTCCGCTACCGTACATGACCCTCAGCAGCGCAACCAG
GACGTTGAGCTCCCAGCCGGAATCGAACATATCGGTAGTGGAATTGGATTCCACCGTAATACTCTCTCCTCTGAT
TCAGGCCATTCGAGGTCTTCAGCTTCCTCAAACTTGCCCAGGTTCTGCCGCGGAGGTGTCAAGCTTGGTCATCGA
TTCTCATTCAGTGCTTTGCGGCCCAGCGGTGCTCGCAAGATCTTTGGAAGGAATACCCGCTCGAGGTCTCTCTCT
TCTACTATGGCGACCAATTCCGGGGATGCTTCTGCACTCGGGGGCCTCCGGTTGGCTCACAATGGGAATAGCCCT
GCCTATGTTCACGGTCACACAGGAGCTCTTCCCGGTTCACATACTTCTCCTAGGACGCCTCACGAGGTGCAAGCT
AGTACTCCTATCCTCCAAATGAATCCCATGTCACCTAGCGGTTCGTCATCCACCTCCGCTTCTGCGTCATCATCT
CCTAGGACCGAGGATGGCCCATTGACTCCAACCACTGTGGCTTGCGACGAGGAGTGTCAAGCCCGAGTATCCTCC
AAGGCAGTGATGGACTTTGACGAGGTCAACAAAGAAAGGGGAAGGAATGATTTGACTTTGCGATTGGTTCCCAGT
TCCAGAGGTCTCCAGCTATCGGTTTGA
Length 2577

Transcript

Sequence id CopciAB_441896.T0
Sequence >CopciAB_441896.T0
GTTCTCTTCTTCTTGCATTTACCACTTCGACGCGAACGTCCACTTCTGCCTTGGATCTACGTTGCGCGAAACCTT
GCTCTCGACCAAGGTCGCAGAGTACCCGTCTCGCCATTTCACTGGCTCTTCAGCGATACCTCTTCTCATCCACAA
CCCCGCCTAGCGACGATGGCTTCCGACATGTATCGGTCCTCGTTCTGCGACTTTAGCGATTCATCTGAGTGCACC
GATACCTCGACGGGAACCGTTCTTCGTGATCTCTCCCTCTCACCTCGACCTTCGGTTGTCGACGGACTTGGGGAA
GTCTCTACCAACAGTACAACCCCTCCCCGCCTTGACGTGGAATGGCCCAATTCGCCTCCGTTGGCGGTTGCCCTC
AGGTTCTCGGGCATATTCGACGATGCTGATGTCGCAGAGATCGAAGGAGATCTTACTCGCCAGACTCACCAAAGC
AGATCGCCCACTTTCGACATGACCTATGACATTCATAGCTTCCCGAATATCAAGGACATCAACTTGGAGATGGGG
AACGACAGTGACATCTCCGAGGTTGTGGTCATGTCGCAGAAACAGCTCCCCACCGCGCTTTCTACGATCCCAGAG
GCAAATGAGCCAAGCCCTGTTCTTGCGTATACGACGAGCCTGTCCGACTTTGATATCATCTCCTCTTACAATGCC
CCTGATTCTGATACTCGTGTTATGATCTGCCAAAGGAAAAGGAATGGAAACCTTTACAAGATTCGTTCTCGCCGC
ATCTATGACCATTTTCCCTGGATGGAGCAAGACATCCTGGAGACGCTACGAGATATGGGAGCTCCCTTCCTGCCC
TATCTGAAGTCTGTCTTCCGAGAGGAAAATCAAGTGCATCTTGTTCTGGATTATTGGCCTTCAGCGAGTTTGAGA
GAGCTCCTCGCAAAGTACGGAACTCTTGGCTCTCAGCGTGTCCTGTTCTATGCTTCTGAACTCCTGACTGGGATT
GCCAACCTCCACGGTGTCGGGATCATGCATCGCAACCTTAACCCTGACGATATCATCTTGGACAAGCGGGGGCAC
ATTGTCATTACCAACTTTGAATTCGCCAACACGATTCCCCCTTCCGGTGTTAACGCCAATTCGTTTAACAGTGAT
TTGGTTTTGTCGATACCGAGGTTCCATGGATATCAGGCCCCAGAGATGGTTCTGGGTTGGGCGCATGATATCTCC
GTTGATTGCTGGGGATTTGGGATGTTGCTTTACTTCATGTACTTTGGGAAGCACCCCTTCCAAGAGGACAGAAAC
CCGGTAGATCATCGCGTCTTGCGCGCACGCATCATTCAAGGCTCTTTGTCTCCAGAGTCTCTCAGGTTGATTCAT
CCGCACACGAGGGATATCATCTTGAAGTGTGTCGAAAGGAATCCGCGTATTCGATTGAATGTCGATGGGATTAAG
AACCACGAATATTTTAACAACGTGCCTTGGGGAAAGGTGGCCGATAAGCTCGTCGAAGTCCCACCACTACCCGGG
TTCTTCAACGATAATGGATCCAGTGGGGAGCTTTTGAGAAGGTCCCATTCGTCAGGCTTGCGACACACCCTCTAC
CAAGAGGGAGCCGAGCCTGTTGTCGCAACACCTGAGCAACCTCGACCTGCGCTACTGAGTCCTATCCCTTCCCAT
CGTCCTTCTCACCCGCTTCCTCTCTCCCCTTCTCCTTCCGCTGTCACATTCGCCTCTCGTCCCATGTCTCCATCT
GTCCTGACTGAGATGTCAGAACCTCTGGAGGGCAATCTCAGCATCCAATCTCCTAAGCCCCGGACGTTTCGACCC
TTTCTCGACCCTCAGGCGAGCGCTCAGTCGGCGAAAGGAGGACAAGTAGACTCGGGCATGGAAATCTGGGATCTA
CTGGATCGTGAGGAGCAAGGCTCGATCGCCTCTTCCAACCTGGGCCGTAGCCACGTTCTTGGATTCCTCAGGCCT
CGTAAGCTTCGCAAGAACAATTCGTCGACCAGTCTCTTCAGGCCGTTCGTACTCAACCTGAGCACGTCGTCCTTG
ACTCGTGGGTTGAAGAAGAAGAAGTCTAGAAGCTCCACTCGCTTGGGCGAGAGTTCCGCTACCGTACATGACCCT
CAGCAGCGCAACCAGGACGTTGAGCTCCCAGCCGGAATCGAACATATCGGTAGTGGAATTGGATTCCACCGTAAT
ACTCTCTCCTCTGATTCAGGCCATTCGAGGTCTTCAGCTTCCTCAAACTTGCCCAGGTTCTGCCGCGGAGGTGTC
AAGCTTGGTCATCGATTCTCATTCAGTGCTTTGCGGCCCAGCGGTGCTCGCAAGATCTTTGGAAGGAATACCCGC
TCGAGGTCTCTCTCTTCTACTATGGCGACCAATTCCGGGGATGCTTCTGCACTCGGGGGCCTCCGGTTGGCTCAC
AATGGGAATAGCCCTGCCTATGTTCACGGTCACACAGGAGCTCTTCCCGGTTCACATACTTCTCCTAGGACGCCT
CACGAGGTGCAAGCTAGTACTCCTATCCTCCAAATGAATCCCATGTCACCTAGCGGTTCGTCATCCACCTCCGCT
TCTGCGTCATCATCTCCTAGGACCGAGGATGGCCCATTGACTCCAACCACTGTGGCTTGCGACGAGGAGTGTCAA
GCCCGAGTATCCTCCAAGGCAGTGATGGACTTTGACGAGGTCAACAAAGAAAGGGGAAGGAATGATTTGACTTTG
CGATTGGTTCCCAGTTCCAGAGGTCTCCAGCTATCGGTTTGATCATATCGTTCAAGCGTTCGTAGTCGTTCGTCG
TGTTCGCTTTCATTATCCTCGTCATGTTTTCTGGTCTTGTTTTGTATCCTGTAGTTTGATTAGGTAGCAGCCTTG
ATGTCGTGCCAATAAGAAATTCGCTTTTTGTTACAGA
Length 2887

Gene

Sequence id CopciAB_441896.T0
Sequence >CopciAB_441896.T0
GTTCTCTTCTTCTTGCATTTACCACTTCGACGCGAACGTCCACTTCTGCCTTGGATCTACGTTGCGCGAAACCTT
GCTCTCGACCAAGGTCGCAGAGTACCCGTCTCGCCATTTCACTGGCTCTTCAGCGATACCTCTTCTCATCCACAA
CCCCGCCTAGCGACGATGGCTTCCGACATGTATCGGTCCTCGTTCTGCGACTTTAGCGATTCATCTGAGGTGTGA
TACGCTCATGCAAACTCTTATTATTGAAGGTGACGAACCCGCCTTTGGACAGTGCACCGATACCTCGACGGGAAC
CGTTCTTCGTGATCTCTCCCTCTCACCTCGACCTTCGGTTGTCGACGGACTTGGGGAAGTCTCTACCAACAGTAC
AACCCCTCCCCGCCTTGACGTGGAATGGCCCAATTCGCCTCCGTTGGCGGTGAGCTTCATTCCCATCCAGTTTCC
CTAGAATCGCCTAACTGATTCGTATTTGGCCAGGTTGCCCTCAGGTTCTCGGGCATATTCGACGATGCTGATGTC
GCAGAGATCGAAGGAGATCTTACTCGCCAGACTCACCAAAGCAGATCGCCCACTTTCGACATGACCTATGACATT
CATGTAAGGTCTAGTTGAAGATGGGCGAGAAGGACGCTAACCCAGCTTCATTAGAGCTTCCCGAATATCAAGGAC
ATCAACTTGGAGATGGGGAACGACAGTGACATCTCCGTAAGTCCTTGCGTTTCTGCAGCTGGAGTTGCTTAAGTT
AATCGTGAGGCCGGCGGTGGGTAGGAGGTTGTGGTCATGTCGCAGAAACAGCTCCCCACCGCGCTTTCTACGATC
CCAGAGGCAAATGAGCCAAGCCCTGTTCTTGCGGTCCGTGGTCTTCTTCATTATCTGTTGCCTGCTCACTGATTC
GTGTTAATCATGTCCAGTATACGACGAGCCTGTCCGACTTTGATATCATCTCCTCTTACAATGCCCCTGATTCTG
ATACTCGTGTTATGATCTGCCAAAGGAAAAGGAATGGAAACCTTTACAAGATTCGTTCTCGCCGCATCTATGACC
ATTTTCCCTGGATGGAGCAAGACATCCTGGAGACGCTACGAGATATGGGAGCTCCCTTCCTGCCCTATCTGAAGT
CTGTCTTCCGAGAGGAAAATCAAGTGCATCTTGTTCTGGTGAGTTCTTCTGTGTACTCTTTACGCGCATACCCCT
GACGACTGTGTTACCTGAAGGATTATTGGCCTTCAGCGAGTTTGAGAGAGCTCCTCGCAAAGTACGGAACTCTTG
GCTCTCAGCGTGTCCTGTTCTATGCTTCTGAACTCGTTCGTCTTCTCCGCTCACTGCGTGGTTTCCGCTCACCTG
CTCTCTTAGCTGACTGGGATTGCCAACCTCCACGGTGTCGGGATCATGCATCGCAACCTTAACCCTGACGATATC
ATCTTGGACAAGCGGGGGCACATTGTCATTACCAACTTTGAATTCGCCAACACGATTCCCCCTTCCGGTGTTAAC
GCCAATTCGTTTAACAGTGATTTGGTTTTGTCGATACCGAGGTTCCATGGATATCAGGCCCCAGAGATGGTTCTG
GGTTGGGCGCATGATATCTCCGTTGATTGCTGGGGATTTGGGATGTTGCTTTACTTCATGTACTTTGGGAAGGTG
CGCCACGTTTTCTGCGATCTTGGGACTTGTCGTCCTAAATCATCTGTAGCACCCCTTCCAAGAGGACAGAAACCC
GGTAGATCATCGCGTCTTGCGCGCACGCATCATTCAAGGCTCTTTGTCTCCAGAGTCTCTCAGGTTGATTCATCC
GCACACGAGGGATATCATCTTGAAGGTACGTTGCTCTTCATCCGCCTGTGTTATGGGAGTAATCAGTTTTTCCTA
GTGTGTCGAAAGGAATCCGCGTATTCGATTGAATGTCGATGGGATTAAGAACCACGAATATTTTAACAACGTGTA
AGTCACGCTCCACTTGCCCAGTTGACCTGAAACTGACACAATGCTTCAGGCCTTGGGGAAAGGTGGCCGATAAGC
TCGTCGAAGGTCAGTTAAACGAGTATTTATTTCAGAGACTAAAACTCATTATACCCGACCACATGTAGTCCCACC
ACTACCCGGGTTCTTCAACGATAATGGATCCAGTGGGGAGCTTTTGAGAAGGTCCCATTCGTCAGGCTTGCGACA
CACCCTCTACCAAGAGGGAGCCGAGCCTGTTGTCGCAACACCTGAGCAACCTCGACCTGCGCTACTGAGTCCTAT
CCCTTCCCATCGTCCTTCTCACCCGCTTCCTCTCTCCCCTTCTCCTTCCGCTGTCACATTCGCCTCTCGTCCCAT
GTCTCCATCTGTCCTGACTGAGATGTCAGAACCTCTGGAGGGCAATCTCAGCATCCAATCTCCTAAGCCCCGGAC
GTTTCGACCCTTTCTCGACCCTCAGGCGAGCGCTCAGTCGGCGAAAGGAGGACAAGTAGACTCGGGCATGGAAAT
CTGGGATCTACTGGATCGTGAGGAGCAAGGCTCGATCGCCTCTTCCAACCTGGGCCGTAGCCACGTTCTTGGATT
CCTCAGGCCTCGTAAGCTTCGCAAGAACAATTCGTCGACCAGTCTCTTCAGGCCGTTCGTACTCAACCTGAGCAC
GTCGTCCTTGACTCGTGGGTTGAAGAAGAAGAAGTCTAGAAGCTCCACTCGCTTGGGCGAGAGTTCCGCTACCGT
ACATGACCCTCAGCAGCGCAACCAGGACGTTGAGCTCCCAGCCGGAATCGAACATATCGGTAGTGGAATTGGATT
CCACCGTAATACTCTCTCCTCTGATTCAGGCCATTCGAGGTCTTCAGCTTCCTCAAACTTGCCCAGGTTCTGCCG
CGGAGGTGTCAAGCTTGGTCATCGATTCTCATTCAGTGCTTTGCGGCCCAGCGGTGCTCGCAAGATCTTTGGAAG
GAATACCCGCTCGAGGTCTCTCTCTTCTACTATGGCGACCAATTCCGGGGATGCTTCTGCACTCGGGGGCCTCCG
GTTGGCTCACAATGGGAATAGCCCTGCCTATGTTCACGGTCACACAGGAGCTCTTCCCGGTTCACATACTTCTCC
TAGGACGCCTCACGAGGTGCAAGCTAGTACTCCTATCCTCCAAATGAATCCCATGTCACCTAGCGGTTCGTCATC
CACCTCCGCTTCTGCGTCATCATCTCCTAGGACCGAGGATGGCCCATTGACTCCAACCACTGTGGCTTGCGACGA
GGAGTGTCAAGCCCGAGTATCCTCCAAGGCAGTGATGGACTTTGACGAGGTCAACAAAGAAAGGGGAAGGAATGA
TTTGACTTTGCGATTGGTTCCCAGTTCCAGAGGTCTCCAGCTATCGGTTTGATCATATCGTTCAAGCGTTCGTAG
TCGTTCGTCGTGTTCGCTTTCATTATCCTCGTCATGTTTTCTGGTCTTGTTTTGTATCCTGTAGTTTGATTAGGT
AGCAGCCTTGATGTCGTGCCAATAAGAAATTCGCTTTTTGTTACAGA
Length 3497