CopciAB_543907
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_543907 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 543907
Uniprot id Functional description other FunK1 protein kinase
Location scaffold_1:3580527..3583999 Strand -
Gene length (nt) 3473 Transcript length (nt) 3032
CDS length (nt) 2766 Protein length (aa) 921

Reciprocal best hits in model fungi

Strain name Gene / Protein name

Orthologs in mushroom models

Strain name Gene / Protein name Pident E-value Bits
Hypsizygus marmoreus strain 51987-8 Hypma_RDB18915 29.5 1.31E-76 278
Flammulina velutipes Flave_chr11AA01747 28.8 6.921E-72 263
Schizophyllum commune H4-8 Schco3_2567172 26.8 9.922E-66 244

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 27.0581 4.3095 2.4881
oidia 39.0439 1.8735 1.0817
vegetative_mycelium 66.659 9.3898 5.4212
primordia 23.6611 1.82 1.0508
hyphal_knot 35.0503 2.4828 1.4335
young_fruiting_body 12.2806 2.7492 1.5872
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 22.9282 2.8948 1.6713
Wheat bran 57.9978 10.5871 6.1125
Horse manure 56.7471 28.6254 16.5269
Oak leaves 69.6807 9.1626 5.29
Hay 47.3732 10.8964 6.2911
Corn stalk 66.746 18.2208 10.5198
Pectine 84.0572 11.2144 6.4747
Microcrystalline cellulose 86.5267 14.4993 8.3712
Xylose 38.3801 1.4117 0.815
Cellobiose 17.2084 4.2725 2.4667
Lignin 26.2957 10.6588 6.1538
Apple peels 45.8819 6.5877 3.8034
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 37.6926 2.8576 1.6498
Bsubtilis 41.8543 2.1689 1.2522
Ecoli 33.5883 2.2104 1.2761
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 0.7725 0.3242 0.1872
BS 4h 0.9722 0.9329 0.5386
BS 8h 1.215 0.0426 0.0246
BS 12h 0.8572 0.1872 0.1081
Oidia 0 h 5.5036 1.5467 0.893
Oidia 18 h 2.6753 0.7064 0.4078
Sclerotia 2.4232 1.2993 0.7501
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 10.8528 1.5517 0.8958
DM 36h 7.3283 0.6381 0.3684
DM 60h 7.4256 1.1256 0.6498
DM 84h 5.9252 1.3315 0.7688
DM 108h 5.9635 0.7582 0.4377
DM 132h 5.4014 1.9584 1.1307
DM 156hAE 5.1088 0.6691 0.3863
ELI1hAE 9.9054 2.8819 1.6639
ELI2hAE 7.6246 4.3011 2.4832
LI2hAE 11.0615 2.1224 1.2254
LI6hAE 6.7699 2.0965 1.2104
LI12hAE 8.227 3.3379 1.9271
LI18hAE 8.6511 0.8188 0.4727
LI 24hAE 6.6848 0.3039 0.1755
DM 156hAM 6.7121 1.5161 0.8753
ELI1hAM 9.7783 4.0421 2.3337
ELI2hAM 10.6436 2.5952 1.4984
LI2hAM 12.1201 2.1111 1.2189
LI6hAM 11.3084 0.7999 0.4618
LI12hAM 6.9281 1.837 1.0606
LI18hAM 6.6811 2.4436 1.4108
LI 24hAM 3.0925 1.4296 0.8254
LI 24hHK 6.4896 3.109 1.795
L/D 6h 7.417 1.8311 1.0572
L/D 12h 4.698 1.7458 1.0079
L/D 18h 5.2718 0.8631 0.4983
L/D 24h 3.4093 0.8198 0.4733
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 13.1792 4.7564 2.7461
Hyphal knots 17.0533 8.0643 4.6559
Primordium 1 17.6029 1.0255 0.5921
Primordium 2 15.0427 1.676 0.9676
Young Fruiting body cap 12.1375 3.0254 1.7467
Younf fruiting body gill 6.3398 0.3962 0.2287
Young fruiting body stipe 6.8036 0.9525 0.5499
Mature fruiting body cap_gill 2.5667 0.1286 0.0743
Mature fruiting body stipe 4.3372 0.4648 0.2683
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 23.9327 5.5086 3.1804
NH4NO3 29.8405 1.6527 0.9542
Proline 28.3386 7.3584 4.2484
Tryptophan 14.7325 6.773 3.9104
Isoleucin 26.186 2.0544 1.1861
Arginine 28.3732 1.8926 1.0927
Metionine 15.934 1.0942 0.6317
NaNO3 20.0793 2.3737 1.3705
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 23.9327 5.5086 3.1804
Citrus peel 22.6678 1.8657 1.0771
Poplar leaves 25.0663 3.8326 2.2128
Typha leaves 18.4728 1.4841 0.8569
Overwintered Salix leaves 21.6003 6.0845 3.5129
Reed flowering 15.0728 6.2462 3.6063
Tigernut 19.8495 2.4957 1.4409
Energy cane 23.6838 5.1681 2.9838
Guar gum 35.2381 20.8385 12.0311
Apple peels 26.655 5.2898 3.0541
Cellobiose 45.8048 1.1708 0.6759
Corn stalk 31.1262 4.9443 2.8546
Horse manure 29.0267 11.8369 6.8341
Lignin 12.7896 5.0233 2.9002
Microcrystalline cellulose 30.0742 12.1374 7.0075
Oak leaves 30.897 1.5598 0.9006
Pectin esterified 24.445 2.7641 1.5959
Poplar sawdust 30.1119 8.3825 4.8397
Wheat bran 28.1498 8.3286 4.8085
Chlamydomonas reinhardtii 29.1074 6.3185 3.648
Vertatryl alcohol 5.684 0.4893 0.2825
Furfural 5.6747 1.1215 0.6475
Autoclaved mycelium 25.0745 6.8563 3.9585
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 52.9175 2.5856 1.4928
Ribose 43.073 0.6798 0.3925
Mannose 39.8645 3.5736 2.5269
Fructose 46.3884 3.8996 2.2514
Arabinose 44.9333 9.8275 5.6739
Xylose 47.9692 5.5912 3.2281
Galacturonic acid 41.2673 6.4353 3.7154
Rhamnogalacturonan 51.1237 2.764 1.5958
Pectin esterified 45.2208 1.3696 0.7907
Polygalacturonic acid 54.3562 5.2606 3.0372
Sodium acetate 40.297 0.6705 0.3871
No nitrogen 45.3577 2.7305 1.5764
BSA 44.698 1.194 0.6894
Glutamine 48.6907 4.1333 2.3864
No phosphate 38.745 3.1772 1.8344
No carbon 42.0016 0.8472 0.5991
No sulphur 44.3518 5.0238 2.9005
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 23.9327 5.5086 3.1804
Amylose 35.5029 4.4077 2.5448
Fucose 33.7313 3.4698 2.0033
Galactose 32.7561 1.7536 1.0124
Lactose 37.8078 4.0456 2.3357
Maltose 32.6572 4.3606 2.5176
Mannitol 32.6237 1.006 0.5808
Rhamnose 29.7212 0.9028 0.5212
Sorbitol 37.4917 3.5142 2.0289
Trehalose 33.7615 5.8455 3.3749
Glycerol 30.9674 7.1546 4.1307
Glucuronic acid 38.7346 11.0925 6.4043
Arabinan 25.4567 10.4798 6.0505
Galactan 23.716 3.2448 1.8734
Galactomannan 30.8533 12.1428 7.0106
Glucan 22.624 1.4123 0.8154
Xylan 40.2476 13.3813 7.7257
Xyloglucan 43.9712 7.182 4.1465
Arabinogalactan 37.3618 3.9865 2.3016
Pectin 8.0634 1.0839 0.6258
Rhamnogalacturonan 6.7451 1.2513 0.7225
Polygalacturonic acid 40.093 12.2743 7.0866
Mannan 28.7659 2.3011 1.3285
Amylopectin 19.7226 2.3017 1.3289
Inulin 38.641 4.4971 2.5964
BSA 11.4776 1.079 0.6229
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 7.4256 1.1256 0.6498
2h WAT 6.8765 1.0007 0.5777
4h WAT 5.6621 0.7522 0.4343
8h WAT 6.094 2.3809 1.3746
16h WAT 4.6921 0.608 0.351
24h WAT 5.316 1.6796 0.9697
WAT hyphal knot -30h 9.7708 1.3657 0.7885
WAT hyphal knot -22h 9.3439 2.002 1.1559
WAT hyphal knot -15h 7.9281 0.4617 0.2666
WAT hyphal knot -7.5h 5.3969 0.3605 0.2081
WAT hyphal knot 5.7041 0.5488 0.3168
WAT hyphal knot +7.5h 5.2221 0.1858 0.1073
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 25.0246 12.4172 7.1691
Straw 3h 37.8556 18.0914 10.4451
Straw 6h 46.1273 29.1641 16.8379
Straw 12h 39.4735 15.2075 8.78
Straw 24h 26.4526 16.5486 9.5544
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 4.3841 2.0412 1.1785
Frost (-20C, 30min) 5.1136 0.2237 0.1292
Heat shock (47C, 2h) 13.3941 0.8527 0.4923
High CO2 4.7774 0.9653 0.5573
Drought (4% agar, 12h) 4.7612 0.7122 0.4112
Oxidative (1mM H2O2, 3h) 3.5577 0.9181 0.53
Acidic (pH4, 3h) 2.9672 1.6743 0.9667
Alkaline (pH9, 3h) 4.2373 0.5361 0.3095
Osmotic (sorbitol 2h) 3.353 1.7011 0.9821
CongoRed (3h) 2.6692 0.5022 0.2899
Cobalt chloride control 5.1948 0.5041 0.291
Cobalt chloride 2mM 6.3341 0.8598 0.4964
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 11.8116 13.1231 7.5766
Cold stimulation 5.1748 0.791 0.4567
Scratched surface 12.4856 1.261 0.728
Ca2+, 200mM, 24h 4.1131 1.2795 0.7387
Cu2+, 2mM, 6h 4.4032 1.0971 0.6334
Voriconazole 8.0199 2.2863 1.32
Trichoderma interaction, early 6.9281 2.4144 1.3939
Trichoderma interaction 60h 7.1258 2.3452 1.354
Cobalt chloride 2mM repeat 10.4324 0.8524 0.4922
Hypoxia 3.8613 0.3847 0.2221
Hypoxia control 4.2903 1.0781 0.6224
Protoplastation control 5.1072 0.6657 0.4707
Protoplastation 3.5h 4.4764 4.2519 3.0066
Protoplastation 1.5h 6.4099 8.7867 6.2131

General data

Systematic name -
Protein id CopciAB_543907.T0
Description other FunK1 protein kinase

Annotation summary

0 200 400 600 800 921

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF17667 Fungal protein kinase IPR040976 215 575
Pfam PF17667 Fungal protein kinase IPR040976 673 714

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

GO

Go id Term Ontology
No records

KEGG

KEGG Orthology
No records

EggNOG

COG category Description
H other FunK1 protein kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_543907 across fungi.

Arrow shows the origin of gene family containing CopciAB_543907.

Protein

Sequence id CopciAB_543907.T0
Sequence >CopciAB_543907.T0
MATSSHEATAEQVKAAVVHDLDRQSRICSLRDLLKLLGQPLTDSEVDEVLGSLSDHYTQQTGWKALPEKAGGPET
AYYTPLAAIFNAITKEAVQTVNKRAPESPIIPSTWLDCHSSAPKSNVEGASKIRPDLLSAILNPGDYIEDLAASF
KELHDTEDDEGNDNTDDSDKPNPKRQKTEGGETEEVQTDAQNGSDAQGAPSKPQGQPTESQAPPKPIASWLRTLL
VAEVKPNRDDDWESVIQLSTYLRQTLREQHDRRFVFGIVIFHRSLSLWYCDRSGLLGADQTVDIDKDPKTFIRIM
ASFATMNPERLGFDPAMKMLVPNRPPTYSYRLPFHEVPKHRHSLRWEIVIEGEFYHTVEPLSVARSEIMCGRATL
VWRAFRLSDYTNEPNTEDLKLYIIKQSWRPNVGGAAELELYNRLGDFGGRRKDPVCHGEDVEGSNTQKDFRRGIH
TEPAKEIVGKGSKGGAQQRTLSEPRDEHNLVHNTFSAKNPPKIAQEFMERVQCRLVIPVNGTAIKMFTSLKELVE
ALLDAVTEYEWAYYQKGICHRDISIGNIVMEILERKGSLIDFDHAKDLGPNYTPRRVSSLREELREHLAEFRKIC
PQSEVSDNLALLLLHLTRSKKTGRSNASTAKSRLDHYLDSAGASPNRPLKISDMLPGLEDDPVLPPNFSERTATH
AGATGTVAFMSHKLLGCRRETHEAIHDMESLFWVLVFLCLTRDGPGGKRRPEPAHDVEGDELYEASLRRYFLFEG
SKAEIEELKGAMFNMAIRDMIPRVLEDHIFSWFHPFFKPLHGLLAEWWAILCSGFDEEGNILCRHYPVAAFRDAV
DKTLEELKKLDKPDDFALIQQRTQMARVKSAAIQLTRSVLPHHTGCQGAKRKVDTVEGATTPPKVHSDLPLSLDP
SPMGKVHKGANFYLQARRKGE
Length 921

Coding

Sequence id CopciAB_543907.T0
Sequence >CopciAB_543907.T0
ATGGCGACAAGCAGCCATGAAGCCACAGCAGAGCAGGTAAAAGCGGCTGTCGTCCACGACCTAGACCGTCAGAGT
CGAATCTGCAGCCTCCGCGACCTTCTCAAGCTCCTTGGCCAACCTTTGACTGACTCTGAGGTCGACGAGGTCCTC
GGTTCTCTTTCGGACCACTATACCCAGCAAACAGGCTGGAAAGCCCTTCCTGAGAAAGCGGGTGGGCCGGAGACG
GCTTATTACACGCCACTCGCAGCCATCTTCAACGCTATCACTAAGGAGGCAGTCCAGACAGTCAACAAGCGCGCA
CCTGAATCACCTATTATACCGTCCACATGGCTTGATTGCCACTCTTCAGCACCCAAGTCGAATGTCGAAGGCGCG
AGCAAGATACGCCCAGATCTTCTCAGTGCTATTCTCAATCCGGGCGACTATATCGAGGATCTGGCAGCAAGCTTC
AAGGAGCTGCATGACACCGAGGATGATGAAGGAAACGACAACACGGACGACTCGGATAAACCAAACCCAAAGCGA
CAAAAGACAGAAGGCGGAGAAACTGAGGAGGTCCAGACGGACGCACAGAATGGATCCGATGCTCAGGGTGCACCG
TCTAAGCCACAGGGCCAGCCCACCGAGTCGCAGGCCCCACCCAAGCCAATCGCCTCGTGGCTCAGGACTCTCCTG
GTCGCTGAAGTCAAACCAAACCGGGACGACGACTGGGAATCTGTCATCCAACTATCCACCTATCTTCGACAAACT
CTTCGAGAGCAGCATGATCGCCGCTTCGTCTTTGGCATCGTTATCTTCCACCGTTCGTTGTCCCTCTGGTACTGC
GATCGGTCAGGACTCCTCGGTGCTGACCAGACGGTCGACATCGACAAGGATCCCAAGACCTTTATTCGCATCATG
GCCAGTTTTGCAACCATGAATCCGGAACGTTTGGGGTTTGACCCTGCCATGAAGATGCTTGTTCCGAACCGCCCG
CCTACCTACAGCTATCGACTTCCTTTCCATGAGGTGCCAAAGCACCGACATTCACTGCGTTGGGAAATAGTCATC
GAGGGCGAATTCTACCACACAGTCGAGCCGCTGAGTGTAGCTCGATCAGAAATCATGTGTGGTCGCGCTACGCTT
GTGTGGAGAGCGTTTCGACTGAGCGATTATACCAATGAGCCCAATACCGAAGACTTGAAGCTATACATCATCAAG
CAATCGTGGCGACCGAACGTGGGCGGCGCTGCTGAACTTGAACTCTATAACCGTTTGGGGGATTTTGGTGGCAGG
AGGAAGGATCCTGTGTGCCATGGCGAAGATGTTGAAGGATCCAATACCCAGAAGGACTTCCGCCGCGGTATTCAC
ACAGAGCCGGCCAAGGAGATTGTCGGGAAAGGCTCAAAGGGCGGGGCACAGCAAAGGACACTGTCAGAGCCCCGC
GACGAGCACAACCTTGTCCACAATACCTTTTCAGCGAAAAACCCTCCCAAGATTGCGCAAGAGTTCATGGAACGA
GTTCAATGTCGGCTCGTCATCCCTGTGAATGGCACAGCAATCAAGATGTTTACGAGTCTGAAGGAATTGGTAGAA
GCCTTGCTTGATGCAGTGACAGAATACGAATGGGCATATTATCAGAAGGGCATTTGCCATCGCGACATCAGTATC
GGCAACATCGTTATGGAAATCCTCGAGCGCAAAGGAAGCCTGATTGACTTTGATCATGCGAAGGATCTTGGCCCC
AACTACACACCAAGGAGGGTCTCGTCGCTGCGGGAGGAGCTGCGCGAACATTTGGCTGAATTCCGCAAAATCTGC
CCTCAGTCGGAGGTTTCAGACAACCTCGCGCTTCTGCTCCTTCATCTTACCCGGTCCAAAAAAACCGGTCGAAGC
AATGCATCGACTGCGAAGAGCCGTCTCGATCACTACCTTGACTCTGCGGGCGCATCACCCAACAGGCCTCTTAAA
ATATCAGATATGCTTCCAGGGCTGGAGGACGATCCTGTCCTCCCTCCAAATTTCTCTGAACGCACAGCAACACAT
GCCGGGGCGACTGGCACTGTCGCGTTCATGAGCCATAAATTACTTGGTTGCCGCCGAGAGACCCATGAAGCAATA
CACGACATGGAGTCGTTATTCTGGGTTCTCGTCTTCCTCTGTCTCACCCGTGACGGGCCCGGCGGAAAGCGGCGG
CCTGAGCCCGCACACGACGTTGAGGGCGACGAACTCTACGAGGCTTCCCTTCGGCGTTATTTTCTTTTCGAGGGG
AGCAAGGCCGAGATCGAGGAATTGAAAGGGGCTATGTTCAATATGGCTATTCGCGACATGATACCGCGAGTACTA
GAGGACCATATATTCTCCTGGTTCCACCCCTTCTTCAAACCTCTCCACGGGCTGCTCGCTGAATGGTGGGCAATC
CTATGCAGCGGGTTCGACGAGGAGGGAAATATCCTATGTCGCCATTACCCTGTTGCTGCGTTTCGCGACGCCGTG
GACAAGACTCTGGAGGAGCTGAAGAAACTCGACAAGCCGGACGACTTTGCCCTCATTCAACAACGGACGCAAATG
GCAAGGGTAAAATCAGCGGCCATTCAGCTCACTCGAAGTGTCCTTCCTCACCATACCGGCTGTCAAGGAGCGAAA
CGGAAGGTAGACACCGTCGAAGGTGCCACAACGCCGCCCAAGGTACATTCGGATCTCCCGCTATCCCTCGATCCA
AGTCCCATGGGTAAGGTCCACAAAGGAGCGAATTTTTATCTCCAAGCTCGACGCAAAGGTGAATGA
Length 2766

Transcript

Sequence id CopciAB_543907.T0
Sequence >CopciAB_543907.T0
GTCAATCTCCGAGCACCGTGTTCGAAGCCATCTGTAGCAATCGACAAGGGTCTGCTGACCAGCCCCTGCCAAACA
GGAGCTGTGCTCAAGGCTGGTGCACCTATATAAGGTGAACGTGCCCCAAACCGTGTCCAGAGATATCGCAACAAG
CCCGACAGTCAAGTCAAGTCGGAGATGAGTCATGGCGACAAGCAGCCATGAAGCCACAGCAGAGCAGGTAAAAGC
GGCTGTCGTCCACGACCTAGACCGTCAGAGTCGAATCTGCAGCCTCCGCGACCTTCTCAAGCTCCTTGGCCAACC
TTTGACTGACTCTGAGGTCGACGAGGTCCTCGGTTCTCTTTCGGACCACTATACCCAGCAAACAGGCTGGAAAGC
CCTTCCTGAGAAAGCGGGTGGGCCGGAGACGGCTTATTACACGCCACTCGCAGCCATCTTCAACGCTATCACTAA
GGAGGCAGTCCAGACAGTCAACAAGCGCGCACCTGAATCACCTATTATACCGTCCACATGGCTTGATTGCCACTC
TTCAGCACCCAAGTCGAATGTCGAAGGCGCGAGCAAGATACGCCCAGATCTTCTCAGTGCTATTCTCAATCCGGG
CGACTATATCGAGGATCTGGCAGCAAGCTTCAAGGAGCTGCATGACACCGAGGATGATGAAGGAAACGACAACAC
GGACGACTCGGATAAACCAAACCCAAAGCGACAAAAGACAGAAGGCGGAGAAACTGAGGAGGTCCAGACGGACGC
ACAGAATGGATCCGATGCTCAGGGTGCACCGTCTAAGCCACAGGGCCAGCCCACCGAGTCGCAGGCCCCACCCAA
GCCAATCGCCTCGTGGCTCAGGACTCTCCTGGTCGCTGAAGTCAAACCAAACCGGGACGACGACTGGGAATCTGT
CATCCAACTATCCACCTATCTTCGACAAACTCTTCGAGAGCAGCATGATCGCCGCTTCGTCTTTGGCATCGTTAT
CTTCCACCGTTCGTTGTCCCTCTGGTACTGCGATCGGTCAGGACTCCTCGGTGCTGACCAGACGGTCGACATCGA
CAAGGATCCCAAGACCTTTATTCGCATCATGGCCAGTTTTGCAACCATGAATCCGGAACGTTTGGGGTTTGACCC
TGCCATGAAGATGCTTGTTCCGAACCGCCCGCCTACCTACAGCTATCGACTTCCTTTCCATGAGGTGCCAAAGCA
CCGACATTCACTGCGTTGGGAAATAGTCATCGAGGGCGAATTCTACCACACAGTCGAGCCGCTGAGTGTAGCTCG
ATCAGAAATCATGTGTGGTCGCGCTACGCTTGTGTGGAGAGCGTTTCGACTGAGCGATTATACCAATGAGCCCAA
TACCGAAGACTTGAAGCTATACATCATCAAGCAATCGTGGCGACCGAACGTGGGCGGCGCTGCTGAACTTGAACT
CTATAACCGTTTGGGGGATTTTGGTGGCAGGAGGAAGGATCCTGTGTGCCATGGCGAAGATGTTGAAGGATCCAA
TACCCAGAAGGACTTCCGCCGCGGTATTCACACAGAGCCGGCCAAGGAGATTGTCGGGAAAGGCTCAAAGGGCGG
GGCACAGCAAAGGACACTGTCAGAGCCCCGCGACGAGCACAACCTTGTCCACAATACCTTTTCAGCGAAAAACCC
TCCCAAGATTGCGCAAGAGTTCATGGAACGAGTTCAATGTCGGCTCGTCATCCCTGTGAATGGCACAGCAATCAA
GATGTTTACGAGTCTGAAGGAATTGGTAGAAGCCTTGCTTGATGCAGTGACAGAATACGAATGGGCATATTATCA
GAAGGGCATTTGCCATCGCGACATCAGTATCGGCAACATCGTTATGGAAATCCTCGAGCGCAAAGGAAGCCTGAT
TGACTTTGATCATGCGAAGGATCTTGGCCCCAACTACACACCAAGGAGGGTCTCGTCGCTGCGGGAGGAGCTGCG
CGAACATTTGGCTGAATTCCGCAAAATCTGCCCTCAGTCGGAGGTTTCAGACAACCTCGCGCTTCTGCTCCTTCA
TCTTACCCGGTCCAAAAAAACCGGTCGAAGCAATGCATCGACTGCGAAGAGCCGTCTCGATCACTACCTTGACTC
TGCGGGCGCATCACCCAACAGGCCTCTTAAAATATCAGATATGCTTCCAGGGCTGGAGGACGATCCTGTCCTCCC
TCCAAATTTCTCTGAACGCACAGCAACACATGCCGGGGCGACTGGCACTGTCGCGTTCATGAGCCATAAATTACT
TGGTTGCCGCCGAGAGACCCATGAAGCAATACACGACATGGAGTCGTTATTCTGGGTTCTCGTCTTCCTCTGTCT
CACCCGTGACGGGCCCGGCGGAAAGCGGCGGCCTGAGCCCGCACACGACGTTGAGGGCGACGAACTCTACGAGGC
TTCCCTTCGGCGTTATTTTCTTTTCGAGGGGAGCAAGGCCGAGATCGAGGAATTGAAAGGGGCTATGTTCAATAT
GGCTATTCGCGACATGATACCGCGAGTACTAGAGGACCATATATTCTCCTGGTTCCACCCCTTCTTCAAACCTCT
CCACGGGCTGCTCGCTGAATGGTGGGCAATCCTATGCAGCGGGTTCGACGAGGAGGGAAATATCCTATGTCGCCA
TTACCCTGTTGCTGCGTTTCGCGACGCCGTGGACAAGACTCTGGAGGAGCTGAAGAAACTCGACAAGCCGGACGA
CTTTGCCCTCATTCAACAACGGACGCAAATGGCAAGGGTAAAATCAGCGGCCATTCAGCTCACTCGAAGTGTCCT
TCCTCACCATACCGGCTGTCAAGGAGCGAAACGGAAGGTAGACACCGTCGAAGGTGCCACAACGCCGCCCAAGGT
ACATTCGGATCTCCCGCTATCCCTCGATCCAAGTCCCATGGGTAAGGTCCACAAAGGAGCGAATTTTTATCTCCA
AGCTCGACGCAAAGGTGAATGAAGATTAGGACTCATAGATAGTATTTAAATCTGGACTCCGTTAATGTTTACGAT
ACGATGTTCCTTTCAAGCCCTTCTATGCGCGA
Length 3032

Gene

Sequence id CopciAB_543907.T0
Sequence >CopciAB_543907.T0
GTCAATCTCCGAGCACCGTGTTCGAAGCCATCTGTAGCAATCGACAAGGGTCTGCTGACCAGCCCCTGCCAAACA
GGAGCTGTGCTCAAGGCTGGTGCACCTATATAAGGTGAACGTGCCCCAAACCGTGTCCAGAGGTGTGTCCTCTTC
TTCATTCTCACTTTGTCGCCGCCCATGGAACCACTTTTCAGATATCGCAACAAGCCCGACAGTCAAGTCAAGTCG
GAGATGAGTCATGGCGACAAGCAGCCATGAAGCCACAGCAGAGCAGGTAAAAGCGGCTGTCGTCCACGACCTAGA
CCGTCAGAGTCGAATCTGCAGCCTCCGCGACCTTCTCAAGCTCCTTGGCCAACCTTTGACTGACTCTGAGGTCGA
CGAGGTCCTCGGTTCTCTTTCGGACCACTATACCCAGCAAACAGGCTGGAAAGCCCTTCCTGAGAAAGCGGGTGG
GCCGGAGACGGCTTATTACACGCCACTCGCAGCCATCTTCAACGCTATCACTAAGGAGGCAGTCCAGACAGTCAA
CAAGCGCGCACCTGAATCACCTATTATACCGTCCACATGGCTTGATTGCCACTCTTCAGCACCCAAGTCGAATGT
CGAAGGCGCGAGCAAGATACGCCCAGATCTTCTCAGTGCTATTCTCAATCCGGGCGACTATATCGAGGATCTGGC
AGCAAGCTTCAAGGTGCGTTAGGCCTCTCCTAGTGCCAAGGCGGTGGCGGTAACCGCTTCTGTGCAGGAGCTGCA
TGACACCGAGGATGATGAAGGAAACGACAACACGGACGACTCGGATAAACCAAACCCAAAGCGACAAAAGACAGA
AGGCGGAGAAACTGAGGAGGTCCAGGTATGTGGTTTCTTAGTTGTGCCCAATTGGCTTTCTTATCCAGGAAACCC
CCCATCAGACGGACGCACAGAATGGATCCGATGCTCAGGGTGCACCGTCTAAGCCACAGGGCCAGCCCACCGAGT
CGCAGGCCCCACCCAAGCCAATCGCCTCGTGGCTCAGGACTCTCCTGGTCGCTGAAGTCAAACCAAACCGGGACG
ACGACTGGGAATCTGTCATCCAACTATCCACCTATCTTCGACAAACTCTTCGAGAGCAGCATGATCGCCGCTTCG
TCTTTGGCATCGTTATCTTCCACCGTTCGTTGTCCCTCTGGTACTGCGATCGGTCAGGACTCCTCGGTGCTGACC
AGACGGTCGACATCGACAAGGTATGCTGAGACATTAAAACGAAAAAGGGAGCCTTACCAAAAACTTACACAGGAT
CCCAAGACCTTTATTCGCATCATGGCCAGTTTTGCAACCATGAATCCGGAACGTTTGGGGTTTGACCCTGCCATG
AAGATGCTTGTTCCGAACCGCCCGCCTACCTACAGCTATCGACTTCCTTTCCATGAGGTGCCAAAGCACCGACAT
TCACTGCGTTGGGAAATAGTCATCGAGGGCGAATTCTACCACACAGTCGAGCCGCTGAGTGTAGCTCGATCAGAA
ATCATGTGTGGTCGCGCTACGCTTGTGTGGAGAGCGTTTCGACTGAGCGATTATACCAATGAGCCCAATACCGAA
GACTTGAAGGTGTGTTTTTTCAGGCTGCCGTAATAACATTGCTGATGGCCTGACATTTCGTGAATCGTCAGCTAT
ACATCATCAAGCAATCGTGGCGACCGAACGTGGGCGGCGCTGCTGAACTTGAACTCTATAACCGTTTGGGGGATT
TTGGTGGCAGGAGGAAGGATCCTGTGTGCCATGGCGAAGATGTTGAAGGATCCAATACCCAGAAGGACTTCCGCC
GCGGTATTCACACAGAGCCGGCCAAGGAGATTGTCGGGAAAGGCTCAAAGGGCGGGGCACAGCAAAGGACACTGT
CAGAGCCCCGCGACGAGCACAACCTTGTCCACAATACCTTTTCAGCGAAAAACCCTCCCAAGATTGCGCAAGAGT
TCATGGAACGAGTTCAATGTCGGCTCGTCATCCCTGTGAATGGCACAGCAATCAAGATGTTTACGAGTCTGAAGG
AATTGGTAGAAGCCTTGCTTGATGCAGTGACAGGTCAGCCCTCTTTCTACGCTCCTTTTGCCGGCGCTCATTCCC
GAATGATAGAATACGAATGGGCATATTATCAGAAGGGCATTTGCCATCGCGACATCAGTATCGGCAACATCGTTA
TGGAAATCCTCGAGCGCAAAGGAAGCCTGATTGACTTTGATCATGCGAAGGATCTTGGCCCCAACTACACACCAA
GGAGGGTCTCGTCGCTGCGGGAGGAGCTGCGCGAACATTTGGCTGAATTCCGCAAAATCTGCCCTCAGTCGGAGG
TTTCAGACAACCTCGCGCTTCTGCTCCTTCATCTTACCCGGTCCAAAAAAACCGGTCGAAGCAATGCATCGACTG
CGAAGAGCCGTCTCGATCACTACCTTGACTCTGCGGGCGCATCACCCAACAGGCCTCTTAAAATATCAGATATGC
TTCCAGGGCTGGAGGACGATGTACGTACCTTGAAACACCTTTCTCCTACTCTTCTGACGGTAGTCGTTGGTCCAG
CCTGTCCTCCCTCCAAATTTCTCTGAACGCACAGCAACACATGCCGGGGCGACTGTGAGTGAACCGAGTCCTGCC
TCTTTTCCCACCTGCTCAAACATCTTCGCAACAGGGCACTGTCGCGTTCATGAGCCATAAATTACTTGGTTGCCG
CCGAGAGACCCATGAAGCAATACACGACATGGAGTCGTTATTCTGGGTTCTCGTCTTCCTCTGTCTCACCCGTGA
CGGGCCCGGCGGAAAGCGGCGGCCTGAGCCCGCACACGACGTTGAGGGCGACGAACTCTACGAGGCTTCCCTTCG
GCGTTATTTTCTTTTCGAGGGGAGCAAGGCCGAGATCGAGGAATTGAAAGGGGCTATGTTCAATATGGCTATTCG
CGACATGATACCGCGAGTACTAGAGGACCATATATTCTCCTGGTTCCACCCCTTCTTCAAACCTCTCCACGGGCT
GCTCGCTGAATGGTGGGCAATCCTATGCAGCGGGTTCGACGAGGAGGGAAATATCCTATGTCGCCATTACCCTGT
TGCTGCGTTTCGCGACGCCGTGGACAAGACTCTGGAGGAGCTGAAGAAACTCGACAAGCCGGACGACTTTGCCCT
CATTCAACAACGGACGCAAATGGCAAGGGTAAAATCAGCGGCCATTCAGCTCACTCGAAGTGTCCTTCCTCACCA
TACCGGCTGTCAAGGAGCGAAACGGAAGGTAGACACCGTCGAAGGTGCCACAACGCCGCCCAAGGTACATTCGGA
TCTCCCGCTATCCCTCGATCCAAGTCCCATGGGTAAGGTCCACAAAGGAGCGAATTTTTATCTCCAAGCTCGACG
CAAAGGTGAATGAAGATTAGGACTCATAGATAGTATTTAAATCTGGACTCCGTTAATGTTTACGATACGATGTTC
CTTTCAAGCCCTTCTATGCGCGA
Length 3473