CopciAB_456025
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_456025 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 456025
Uniprot id Functional description other FunK1 protein kinase
Location scaffold_6:2675010..2677967 Strand +
Gene length (nt) 2958 Transcript length (nt) 2745
CDS length (nt) 2310 Protein length (aa) 769

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_CAA7262391 31.8 3.738E-74 267

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 6.8029 0.45 0.2598
oidia 15.6069 1.4948 0.863
vegetative_mycelium 14.3589 1.2517 0.7227
primordia 10.58 1.2621 0.7287
hyphal_knot 7.5029 1.1812 0.682
young_fruiting_body 21.3905 7.1334 4.1185
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 3.452 0.7605 0.4391
Wheat bran 9.0837 3.325 1.9197
Horse manure 10.6249 4.2823 2.4724
Oak leaves 12.6758 0.9477 0.5472
Hay 12.2799 0.5733 0.331
Corn stalk 10.9315 1.7545 1.0129
Pectine 11.09 1.2719 0.7343
Microcrystalline cellulose 9.2421 1.5311 0.884
Xylose 7.3244 1.0356 0.5979
Cellobiose 5.3346 1.2362 0.7137
Lignin 7.4581 3.9926 2.3052
Apple peels 4.7548 0.771 0.4452
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 9.7517 0.6627 0.3826
Bsubtilis 11.0319 1.8076 1.0436
Ecoli 9.9099 0.6409 0.37
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 0.9431 0.0334 0.0193
BS 4h 1.9348 0.6463 0.3731
BS 8h 3.8431 0.0216 0.0125
BS 12h 4.6563 0.8113 0.4684
Oidia 0 h 19.764 5.0961 2.9422
Oidia 18 h 4.9183 1.3777 0.7954
Sclerotia 1.4524 0.8775 0.5066
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 10.2244 1.7238 0.9952
DM 36h 10.829 2.2921 1.3234
DM 60h 8.6461 1.2452 0.7189
DM 84h 7.0285 0.5293 0.3056
DM 108h 5.7195 1.2205 0.7047
DM 132h 6.1131 2.1665 1.2509
DM 156hAE 4.8208 1.1517 0.6649
ELI1hAE 10.3356 1.5842 0.9146
ELI2hAE 8.7497 1.4174 0.8183
LI2hAE 9.0154 2.7516 1.5886
LI6hAE 6.3916 1.5697 0.9063
LI12hAE 10.6747 2.8248 1.6309
LI18hAE 9 3.5126 2.028
LI 24hAE 3.0346 0.88 0.5081
DM 156hAM 2.5457 1.3844 0.7993
ELI1hAM 5.3172 2.6269 1.5166
ELI2hAM 7.6418 3.9675 2.2906
LI2hAM 5.8135 1.9671 1.1357
LI6hAM 5.8514 0.2769 0.1599
LI12hAM 7.2528 0.5682 0.3281
LI18hAM 7.2395 3.2738 1.8901
LI 24hAM 1.0045 0.6062 0.35
LI 24hHK 2.8685 1.9921 1.1502
L/D 6h 5.6131 1.3476 0.778
L/D 12h 5.4062 1.7517 1.0114
L/D 18h 7.0961 2.1624 1.2485
L/D 24h 6.8826 0.3608 0.2083
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 3.0226 1.0346 0.5973
Hyphal knots 9.724 4.6601 2.6905
Primordium 1 9.7479 4.5553 2.63
Primordium 2 8.3049 0.9309 0.5374
Young Fruiting body cap 3.0886 0.6532 0.3771
Younf fruiting body gill 8.819 2.0418 1.1789
Young fruiting body stipe 1.8194 0.8245 0.476
Mature fruiting body cap_gill 1.4586 0.707 0.4082
Mature fruiting body stipe 2.2267 0.7685 0.4437
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 9.268 1.405 0.8112
NH4NO3 7.3057 1.6799 0.9699
Proline 7.1736 1.9315 1.1152
Tryptophan 5.2122 1.695 0.9786
Isoleucin 6.5868 1.1396 0.658
Arginine 6.7236 0.957 0.5525
Metionine 8.8761 0.8213 0.4741
NaNO3 8.5072 0.7041 0.4065
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 9.268 1.405 0.8112
Citrus peel 14.398 2.3037 1.33
Poplar leaves 10.2927 1.8854 1.0885
Typha leaves 11.8936 0.5475 0.3161
Overwintered Salix leaves 13.9974 1.3143 0.7588
Reed flowering 14.6077 3.4444 1.9886
Tigernut 11.7093 0.5634 0.3253
Energy cane 10.2728 1.9598 1.1315
Guar gum 12.0523 5.0033 2.8887
Apple peels 9.9528 1.855 1.071
Cellobiose 10.2364 0.5145 0.297
Corn stalk 12.8811 1.235 0.713
Horse manure 12.4157 5.6074 3.2375
Lignin 10.3264 1.0758 0.6211
Microcrystalline cellulose 12.1186 2.5888 1.4947
Oak leaves 14.8344 1.0743 0.6203
Pectin esterified 9.8599 3.9485 2.2797
Poplar sawdust 11.3673 3.9263 2.2668
Wheat bran 9.2693 2.9038 1.6765
Chlamydomonas reinhardtii 9.6812 1.5957 0.9213
Vertatryl alcohol 10.0562 0.5128 0.2961
Furfural 5.8854 1.9674 1.1359
Autoclaved mycelium 10.7221 1.4752 0.8517
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 8.9055 0.863 0.4983
Ribose 11.5685 1.5458 0.8925
Mannose 9.07 1.495 1.0572
Fructose 10.1214 1.9842 1.1456
Arabinose 10.2224 0.9107 0.5258
Xylose 11.2364 0.4316 0.2492
Galacturonic acid 11.4023 1.0862 0.6271
Rhamnogalacturonan 9.9146 1.2084 0.6977
Pectin esterified 11.3756 0.9819 0.5669
Polygalacturonic acid 11.5678 2.8894 1.6682
Sodium acetate 11.3513 1.6493 0.9522
No nitrogen 8.6015 1.1975 0.6914
BSA 8.8248 0.4212 0.2432
Glutamine 11.2555 0.4905 0.2832
No phosphate 9.0991 0.7145 0.4125
No carbon 11.6478 0.8204 0.5801
No sulphur 11.3107 0.5594 0.323
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 9.268 1.405 0.8112
Amylose 7.3378 0.7348 0.4242
Fucose 8.4741 1.1963 0.6907
Galactose 8.258 1.195 0.6899
Lactose 6.2412 0.7623 0.4401
Maltose 7.1859 1.3135 0.7584
Mannitol 6.6228 1.7086 0.9864
Rhamnose 7.9517 1.2391 0.7154
Sorbitol 9.6734 1.7135 0.9893
Trehalose 6.9159 1.6474 0.9511
Glycerol 8.5584 2.857 1.6495
Glucuronic acid 8.1678 3.1326 1.8086
Arabinan 8.3221 1.7932 1.0353
Galactan 8.684 1.2249 0.7072
Galactomannan 9.2757 0.9312 0.5376
Glucan 8.5509 2.6337 1.5206
Xylan 11.7357 1.8733 1.0816
Xyloglucan 10.3647 2.1573 1.2455
Arabinogalactan 7.9467 1.4765 0.8524
Pectin 3.1614 0.4484 0.2589
Rhamnogalacturonan 4.1273 1.5677 0.9051
Polygalacturonic acid 11.4211 4.9002 2.8292
Mannan 7.993 2.0033 1.1566
Amylopectin 6.4245 1.7749 1.0247
Inulin 8.3473 2.2797 1.3162
BSA 12.3715 2.6402 1.5243
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 8.6461 1.2452 0.7189
2h WAT 7.5344 1.8185 1.0499
4h WAT 8.5867 3.2147 1.856
8h WAT 6.9006 2.4522 1.4158
16h WAT 6.523 1.4244 0.8224
24h WAT 6.7326 0.9982 0.5763
WAT hyphal knot -30h 11.0189 2.2442 1.2957
WAT hyphal knot -22h 11.529 2.5663 1.4817
WAT hyphal knot -15h 10.2611 1.3372 0.772
WAT hyphal knot -7.5h 5.9741 0.6829 0.3943
WAT hyphal knot 5.922 0.9664 0.5579
WAT hyphal knot +7.5h 6.5234 1.0088 0.5824
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 11.2359 3.386 1.9549
Straw 3h 12.2477 4.4564 2.5729
Straw 6h 16.6442 8.3902 4.8441
Straw 12h 20.1113 4.9969 2.885
Straw 24h 14.898 4.5352 2.6184
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 6.2608 0.9972 0.5757
Frost (-20C, 30min) 2.7802 0.343 0.198
Heat shock (47C, 2h) 108.6963 10.2073 5.8932
High CO2 2.6202 0.6608 0.3815
Drought (4% agar, 12h) 4.3397 1.6531 0.9544
Oxidative (1mM H2O2, 3h) 4.6221 0.3652 0.2109
Acidic (pH4, 3h) 5.2457 0.7177 0.4144
Alkaline (pH9, 3h) 4.2277 0.4517 0.2608
Osmotic (sorbitol 2h) 2.4441 0.6206 0.3583
CongoRed (3h) 3.0652 1.0432 0.6023
Cobalt chloride control 3.0839 0.7822 0.4516
Cobalt chloride 2mM 2.6483 0.1831 0.1057
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 6.7991 5.169 2.9843
Cold stimulation 5.4655 0.8071 0.466
Scratched surface 7.1732 0.1789 0.1033
Ca2+, 200mM, 24h 4.7465 0.8643 0.499
Cu2+, 2mM, 6h 6.0557 0.8532 0.4926
Voriconazole 5.8597 1.0305 0.5949
Trichoderma interaction, early 6.7509 1.4215 0.8207
Trichoderma interaction 60h 1.7304 1.9112 1.1035
Cobalt chloride 2mM repeat 21.6756 0.943 0.5445
Hypoxia 2.0927 0.764 0.4411
Hypoxia control 2.0577 0.7819 0.4514
Protoplastation control 3.5814 0.0066 0.0047
Protoplastation 3.5h 2.608 0.6424 0.4542
Protoplastation 1.5h 7.0018 3.4158 2.4154

General data

Systematic name -
Protein id CopciAB_456025.T0
Description other FunK1 protein kinase

Annotation summary

0 200 400 600 769

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF17667 Fungal protein kinase IPR040976 231 371
Pfam PF17667 Fungal protein kinase IPR040976 476 604

SignalP

Prediction Start End Score
No records

Transmembrane domains

Domain n Start End Length
No records

InterPro

Accession Description
IPR011009 Protein kinase-like domain superfamily
IPR040976 Fungal-type protein kinase
IPR008266 Tyrosine-protein kinase, active site

GO

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

KEGG

KEGG Orthology
No records

EggNOG

COG category Description
G other FunK1 protein kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_456025 across fungi.

Arrow shows the origin of gene family containing CopciAB_456025.

Protein

Sequence id CopciAB_456025.T0
Sequence >CopciAB_456025.T0
MTVAEQKAIIKAELAIATVASTDEDFPRQLFPDPGDDEIDAYLKATPLYDTESGRWVKLPKDVNCEEKLINIPMS
EILGEILESFDLSAPNPGNRVVWDLTTKKSQRLAHEKEMAAKEKEEKDRVAREKQARPKSTKEKVELATDEGGDN
GLDGKAEAATGKGQEDGAKETKRAKTFPKAMHHSEAVPTKAYSIPDTVFTGTGPGFTIDDVDMERPLYRASLGVV
DYKRDSELDGSITENTAQLGVYARQVMNHQPNRNFVRAANVSNERVRLFHFDRSGVKYSLLYNIHSNPRMFVRII
LGLVSTNLADLGFDPSIVWEPTDDPAAKFKRGTLTTRTANNDAIVYDIVGVEPFYRRRDLVGRGTLCWSIEIRTA
SNRDQTEARNPDGQVEALFEKEGSAERDADVVEGEGRKSESEAADNGLSSKESWCSESRTSEEVFLAAAVGVKGV
GQMVACEDVVETASFRGANAINDPGFLNRIKRRIILKKYGPPIHKFKTVLDVLYALIDAIRAHQRMVKEKGVLHR
DISVNNILLGIAGADSEEGWRGVLIDFDMAIFLDRAEALLNELRTGTRMFQSLNVLQAWRPHDYLDDLESFLYVL
IYLVLAFPEPNVECELPKELQDWNADSLYEAYKSKLTFITHGVLNFDVPPMWGYHISTLVEDLCRHFQPIHAMSI
RISNQRLPKAQRDKLEASFKKKYLNDVDGQYDEIVGYIESAIENILAGQDGANEPSTMSSPSPTPAPRKGAGKRG
SEEAYPHDAKEPSMKRSRH
Length 769

Coding

Sequence id CopciAB_456025.T0
Sequence >CopciAB_456025.T0
ATGACAGTCGCCGAGCAGAAGGCCATCATCAAAGCCGAGCTCGCGATCGCCACCGTCGCCTCCACTGACGAGGAT
TTCCCTAGACAGCTCTTCCCTGACCCAGGCGACGATGAGATTGACGCCTATCTTAAGGCAACTCCACTGTACGAC
ACGGAGAGTGGTCGATGGGTGAAGCTTCCGAAGGATGTCAACTGCGAGGAGAAGTTGATCAACATCCCAATGTCG
GAGATTCTGGGAGAAATACTCGAGTCTTTCGATCTTTCTGCCCCCAATCCCGGCAATAGGGTGGTTTGGGATCTT
ACGACTAAGAAATCACAGAGACTCGCGCACGAGAAGGAGATGGCGGCGAAAGAGAAGGAAGAGAAGGATAGGGTG
GCACGGGAGAAGCAAGCGAGGCCGAAATCGACGAAGGAGAAGGTGGAACTGGCCACGGATGAAGGGGGAGACAAT
GGGCTAGATGGTAAAGCGGAAGCAGCCACCGGGAAGGGCCAGGAGGATGGTGCGAAGGAAACGAAAAGAGCCAAA
ACTTTCCCGAAAGCGATGCACCATTCGGAGGCCGTTCCAACGAAGGCGTATTCCATTCCTGATACGGTCTTCACT
GGTACTGGTCCAGGCTTTACCATCGACGATGTTGACATGGAACGCCCTCTCTACCGGGCTTCCTTGGGTGTCGTG
GACTACAAGCGGGATTCCGAACTCGATGGGTCGATCACTGAGAACACAGCTCAACTGGGTGTATACGCACGGCAA
GTTATGAATCACCAACCCAACCGTAACTTCGTGCGTGCAGCGAACGTGAGCAACGAACGCGTTCGCCTTTTCCAT
TTTGATCGCAGCGGCGTCAAGTACTCCTTGCTTTACAACATCCACAGCAACCCTCGCATGTTTGTACGCATTATC
CTCGGCCTTGTCTCGACGAACCTAGCCGACCTTGGTTTCGATCCGTCGATCGTTTGGGAACCCACCGACGACCCT
GCCGCAAAGTTCAAGCGCGGTACACTCACCACTCGAACCGCCAACAACGACGCAATTGTCTACGATATCGTCGGT
GTGGAGCCTTTTTATCGACGACGCGACTTGGTTGGACGAGGAACACTTTGCTGGAGTATCGAGATCCGCACGGCA
AGCAATCGCGACCAGACTGAGGCGAGAAATCCAGATGGGCAGGTTGAGGCGCTTTTCGAGAAGGAAGGATCGGCG
GAGCGGGATGCAGACGTTGTCGAGGGTGAGGGGAGGAAGTCGGAATCGGAGGCGGCGGACAATGGGCTGTCCAGC
AAGGAATCATGGTGCTCGGAATCGCGGACGTCGGAGGAGGTCTTTCTCGCAGCGGCTGTGGGTGTCAAGGGTGTC
GGGCAGATGGTCGCATGTGAGGATGTGGTGGAAACTGCGAGCTTCAGGGGTGCCAATGCGATAAACGATCCTGGC
TTCTTGAACCGAATCAAGCGACGCATCATCCTTAAGAAGTACGGACCGCCAATCCACAAGTTCAAGACGGTACTC
GACGTACTCTATGCATTGATCGACGCCATTCGAGCCCACCAGCGTATGGTGAAGGAGAAAGGAGTTCTACACCGC
GATATCAGTGTTAACAATATTCTATTGGGAATAGCTGGTGCCGACTCTGAGGAGGGATGGCGAGGAGTCCTTATT
GACTTCGATATGGCGATCTTCCTTGATCGTGCTGAAGCGCTTTTGAATGAGCTCAGGACTGGTACGCGCATGTTC
CAATCCCTCAATGTTCTCCAAGCATGGCGTCCACACGACTACTTGGACGACCTCGAGTCGTTCTTGTATGTTCTG
ATTTACCTTGTCCTCGCCTTTCCTGAGCCCAACGTGGAATGCGAGCTGCCGAAGGAGCTCCAGGATTGGAACGCG
GACAGTCTGTACGAAGCCTACAAGAGCAAGTTGACATTCATCACCCACGGCGTTTTGAACTTCGATGTGCCTCCG
ATGTGGGGTTATCACATCTCTACGCTCGTCGAGGACCTATGTCGCCATTTCCAACCCATCCATGCCATGTCTATT
CGCATTTCTAATCAAAGGCTACCCAAAGCCCAGCGCGACAAACTGGAAGCCTCGTTTAAGAAGAAGTATTTGAAC
GACGTAGACGGGCAGTATGACGAGATTGTTGGATACATCGAGTCGGCCATCGAGAATATTCTTGCAGGCCAAGAC
GGCGCTAATGAGCCTTCCACTATGTCCTCCCCCTCCCCCACTCCAGCCCCTCGAAAGGGCGCCGGGAAGAGGGGA
TCTGAGGAAGCCTACCCCCATGACGCCAAGGAGCCCTCCATGAAGCGATCTCGTCACTAA
Length 2310

Transcript

Sequence id CopciAB_456025.T0
Sequence >CopciAB_456025.T0
CCTGACCACAACCATTGTGTCCTCGATTTGGACTGCTGGACGGCCAGCACCTATAAAGCATCACTCAAAGGGCAA
GCCGTCTCCGACGCTACTCAACAACCAGCTGCGAGCACCACCTCGGAGCTCAGCGATACCGTTGGACCACTTGTC
ACACTCCCGCCTCGAACGCCCAATCGAACGGTTCGACTTGCTTCCGGCTTTCAGTCTACCCCTCTGGCTGAGCGC
AGTACCCAGTCCGTAGCCTACTCGACCACAATGACAGTCGCCGAGCAGAAGGCCATCATCAAAGCCGAGCTCGCG
ATCGCCACCGTCGCCTCCACTGACGAGGATTTCCCTAGACAGCTCTTCCCTGACCCAGGCGACGATGAGATTGAC
GCCTATCTTAAGGCAACTCCACTGTACGACACGGAGAGTGGTCGATGGGTGAAGCTTCCGAAGGATGTCAACTGC
GAGGAGAAGTTGATCAACATCCCAATGTCGGAGATTCTGGGAGAAATACTCGAGTCTTTCGATCTTTCTGCCCCC
AATCCCGGCAATAGGGTGGTTTGGGATCTTACGACTAAGAAATCACAGAGACTCGCGCACGAGAAGGAGATGGCG
GCGAAAGAGAAGGAAGAGAAGGATAGGGTGGCACGGGAGAAGCAAGCGAGGCCGAAATCGACGAAGGAGAAGGTG
GAACTGGCCACGGATGAAGGGGGAGACAATGGGCTAGATGGTAAAGCGGAAGCAGCCACCGGGAAGGGCCAGGAG
GATGGTGCGAAGGAAACGAAAAGAGCCAAAACTTTCCCGAAAGCGATGCACCATTCGGAGGCCGTTCCAACGAAG
GCGTATTCCATTCCTGATACGGTCTTCACTGGTACTGGTCCAGGCTTTACCATCGACGATGTTGACATGGAACGC
CCTCTCTACCGGGCTTCCTTGGGTGTCGTGGACTACAAGCGGGATTCCGAACTCGATGGGTCGATCACTGAGAAC
ACAGCTCAACTGGGTGTATACGCACGGCAAGTTATGAATCACCAACCCAACCGTAACTTCGTGCGTGCAGCGAAC
GTGAGCAACGAACGCGTTCGCCTTTTCCATTTTGATCGCAGCGGCGTCAAGTACTCCTTGCTTTACAACATCCAC
AGCAACCCTCGCATGTTTGTACGCATTATCCTCGGCCTTGTCTCGACGAACCTAGCCGACCTTGGTTTCGATCCG
TCGATCGTTTGGGAACCCACCGACGACCCTGCCGCAAAGTTCAAGCGCGGTACACTCACCACTCGAACCGCCAAC
AACGACGCAATTGTCTACGATATCGTCGGTGTGGAGCCTTTTTATCGACGACGCGACTTGGTTGGACGAGGAACA
CTTTGCTGGAGTATCGAGATCCGCACGGCAAGCAATCGCGACCAGACTGAGGCGAGAAATCCAGATGGGCAGGTT
GAGGCGCTTTTCGAGAAGGAAGGATCGGCGGAGCGGGATGCAGACGTTGTCGAGGGTGAGGGGAGGAAGTCGGAA
TCGGAGGCGGCGGACAATGGGCTGTCCAGCAAGGAATCATGGTGCTCGGAATCGCGGACGTCGGAGGAGGTCTTT
CTCGCAGCGGCTGTGGGTGTCAAGGGTGTCGGGCAGATGGTCGCATGTGAGGATGTGGTGGAAACTGCGAGCTTC
AGGGGTGCCAATGCGATAAACGATCCTGGCTTCTTGAACCGAATCAAGCGACGCATCATCCTTAAGAAGTACGGA
CCGCCAATCCACAAGTTCAAGACGGTACTCGACGTACTCTATGCATTGATCGACGCCATTCGAGCCCACCAGCGT
ATGGTGAAGGAGAAAGGAGTTCTACACCGCGATATCAGTGTTAACAATATTCTATTGGGAATAGCTGGTGCCGAC
TCTGAGGAGGGATGGCGAGGAGTCCTTATTGACTTCGATATGGCGATCTTCCTTGATCGTGCTGAAGCGCTTTTG
AATGAGCTCAGGACTGGTACGCGCATGTTCCAATCCCTCAATGTTCTCCAAGCATGGCGTCCACACGACTACTTG
GACGACCTCGAGTCGTTCTTGTATGTTCTGATTTACCTTGTCCTCGCCTTTCCTGAGCCCAACGTGGAATGCGAG
CTGCCGAAGGAGCTCCAGGATTGGAACGCGGACAGTCTGTACGAAGCCTACAAGAGCAAGTTGACATTCATCACC
CACGGCGTTTTGAACTTCGATGTGCCTCCGATGTGGGGTTATCACATCTCTACGCTCGTCGAGGACCTATGTCGC
CATTTCCAACCCATCCATGCCATGTCTATTCGCATTTCTAATCAAAGGCTACCCAAAGCCCAGCGCGACAAACTG
GAAGCCTCGTTTAAGAAGAAGTATTTGAACGACGTAGACGGGCAGTATGACGAGATTGTTGGATACATCGAGTCG
GCCATCGAGAATATTCTTGCAGGCCAAGACGGCGCTAATGAGCCTTCCACTATGTCCTCCCCCTCCCCCACTCCA
GCCCCTCGAAAGGGCGCCGGGAAGAGGGGATCTGAGGAAGCCTACCCCCATGACGCCAAGGAGCCCTCCATGAAG
CGATCTCGTCACTAAGTTCCCGTCTTCGTATGTGATTCATCTTTTGGATCATCCCCTCTTTTACTGGTATCCTTA
CACTTATCTATCCCCTGCCGTACTAATTCTATCTCATCCGTATATTCCTGACATCTAACATGTATCATCTTTGTA
CTGTATACTTATACCAAATGGAAGTTTGGTTGTATTTTTAACCCC
Length 2745

Gene

Sequence id CopciAB_456025.T0
Sequence >CopciAB_456025.T0
CCTGACCACAACCATTGTGTCCTCGATTTGGACTGCTGGACGGCCAGCACCTATAAAGCATCACTCAAAGGGCAA
GGTAAGTCCCCAGATTTGACTTGAAACTCGACTATGACCGCTAACAGACGGACCCCAGCCGTCTCCGACGCTACT
CAACAACCAGCTGCGAGCACCACCTCGGAGCTCAGCGATACCGTTGGACCACTTGTCACACTCCCGCCTCGAACG
CCCAATCGAACGGTTCGACTTGCTTCCGGCTTTCAGTCTACCCCTCTGGCTGAGCGCAGTACCCAGTCCGTAGCC
TACTCGACCACAATGACAGTCGCCGAGCAGAAGGCCATCATCAAAGCCGAGCTCGCGATCGCCACCGTCGCCTCC
ACTGACGAGGATTTCCCTAGACAGCTCTTCCCTGACCCAGGCGACGATGAGATTGACGCCTATCTTAAGGCAACT
CCACTGTACGACACGGAGAGTGGTCGATGGGTGAAGCTTCCGAAGGATGTCAACTGCGAGGAGAAGTTGATCAAC
ATCCCAATGTCGGAGATTCTGGGAGAAATACTCGAGTCTTTCGATCTTTCTGCCCCCAATCCCGGCAATAGGGTG
GTTTGGGATCTTACGACTAAGAAATCACAGAGACTCGCGCACGAGAAGGAGATGGCGGCGAAAGAGAAGGAAGAG
AAGGATAGGGTGGCACGGGAGAAGCAAGCGAGGCCGAAATCGACGAAGGAGAAGGTGGAACTGGCCACGGATGAA
GGGGGAGACAATGGGCTAGATGGTAAAGCGGAAGCAGCCACCGGGAAGGGCCAGGAGGATGGTGCGAAGGAAACG
AAAAGAGCCAAAACTTTCCCGAAAGCGATGCACCATTCGGAGGCCGTTCCAACGAAGGCGTATTCCATTCCTGAT
ACGGTCTTCACTGGTACTGGTCCAGGCTTTACCATCGACGATGTTGACATGGAACGCCCTCTCTACCGGGCTTCC
TTGGGTGTCGTGGACTACAAGCGGGATTCCGAACTCGATGGGTCGATCACTGAGAACACAGCTCAACTGGGTGTA
TACGCACGGTAAGTCGTCCTATTCCTTCATCCGTGCTCCAGTCTGACCCCCTGCTAGGCAAGTTATGAATCACCA
ACCCAACCGTAACTTCGTGCGTGCAGCGAACGTGAGCAACGAACGCGTTCGCCTTTTCCATTTTGATCGCAGCGG
CGTCAAGTACTCCTTGCTTTACAACATCCACAGCAACCCTCGCATGTTTGTACGCATTATCCTCGGCCTTGTCTC
GACGAACCTAGCCGACCTTGGTTTCGATCCGTCGATCGTTTGGGAACCCACCGACGACCCTGCCGCAAAGTTCAA
GCGCGGTACACTCACCACTCGAACCGCCAACAACGACGCAATTGTCTACGATATCGTCGGTGTGGAGCCTTTTTA
TCGACGACGCGACTTGGTTGGACGAGGAACACTTTGCTGGAGTATCGAGATCCGCACGGCAAGCAATCGCGACCA
GACTGAGGCGAGAAATCCAGATGGGCAGGTTGAGGCGCTTTTCGAGAAGGAAGGATCGGCGGAGCGGGATGCAGA
CGTTGTCGAGGGTGAGGGGAGGAAGTCGGAATCGGAGGCGGCGGACAATGGGCTGTCCAGCAAGGAATCATGGTG
CTCGGAATCGCGGACGTCGGAGGAGGTCTTTCTCGCAGCGGCTGTGGGTGTCAAGGGTGTCGGGCAGATGGTCGC
ATGTGAGGATGTGGTGGAAACTGCGAGCTTCAGGGGTGCCAATGCGATAAACGATCCTGGCTTCTTGAACCGAAT
CAAGCGACGCATCATCCTTAAGAAGTACGGACCGCCAATCCACAAGTTCAAGACGGTACTCGACGTACTCTATGC
ATTGATCGACGCCATTCGAGGTAAGTAAATTTTAACCGCCTCTGTTGGCACTCCCTGCTCACATTTTTTGTCTCA
GCCCACCAGCGTATGGTGAAGGAGAAAGGAGTTCTACACCGCGATATCAGTGTTAACAATATTCTATTGGGAATA
GCTGGTGCCGACTCTGAGGAGGGATGGCGAGGAGTCCTTATTGACTTCGATATGGCGATCTTCCTTGATCGTGCT
GAAGCGCTTTTGAATGAGCTCAGGACTGTAAGTTTCGGCATTCTCTGCGGCCATATCTCTTACTGACCCCCGAGA
AAGGGTACGCGCATGTTCCAATCCCTCAATGTTCTCCAAGCATGGCGTCCACACGACTACTTGGACGACCTCGAG
TCGTTCTTGTATGTTCTGATTTACCTTGTCCTCGCCTTTCCTGAGCCCAACGTGGAATGCGAGCTGCCGAAGGAG
CTCCAGGATTGGAACGCGGACAGTCTGTACGAAGCCTACAAGAGCAAGTTGACATTCATCACCCACGGCGTTTTG
AACTTCGATGTGCCTCCGATGTGGGGTTATCACATCTCTACGCTCGTCGAGGACCTATGTCGCCATTTCCAACCC
ATCCATGCCATGTCTATTCGCATTTCTAATCAAAGGCTACCCAAAGCCCAGCGCGACAAACTGGAAGCCTCGTTT
AAGAAGAAGTATTTGAACGACGTAGACGGGCAGTATGACGAGATTGTTGGATACATCGAGTCGGCCATCGAGAAT
ATTCTTGCAGGCCAAGACGGCGCTAATGAGCCTTCCACTATGTCCTCCCCCTCCCCCACTCCAGCCCCTCGAAAG
GGCGCCGGGAAGAGGGGATCTGAGGAAGCCTACCCCCATGACGCCAAGGAGCCCTCCATGAAGCGATCTCGTCAC
TAAGTTCCCGTCTTCGTATGTGATTCATCTTTTGGATCATCCCCTCTTTTACTGGTATCCTTACACTTATCTATC
CCCTGCCGTACTAATTCTATCTCATCCGTATATTCCTGACATCTAACATGTATCATCTTTGTACTGTATACTTAT
ACCAAATGGAAGTTTGGTTGTATTTTTAACCCC
Length 2958