CopciAB_417694
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_417694 Strain Coprinopsis cinerea Okayama 7
Standard name ppk32 Synonyms 417694
Uniprot id Functional description Protein tyrosine kinase
Location scaffold_2:2124801..2128182 Strand -
Gene length (nt) 3382 Transcript length (nt) 2828
CDS length (nt) 2625 Protein length (aa) 874

Reciprocal best hits in model fungi

Strain name Gene / Protein name
Aspergillus nidulans AN4322_scy1
Schizosaccharomyces pombe ppk32
Neurospora crassa stk-32
Saccharomyces cerevisiae YGL083W_SCY1

Orthologs in mushroom models

Strain name Gene / Protein name Pident E-value Bits
Agaricus bisporus var bisporus (H97) Agabi_varbisH97_2_199815 66.8 0 1135
Agaricus bisporus var. burnettii JB137-S8 Agabi_varbur_1_53378 66.7 0 1135
Agrocybe aegerita Agrae_CAA7267966 65.9 0 1116
Pleurotus ostreatus PC9 PleosPC9_1_81775 65 0 1113
Hypsizygus marmoreus strain 51987-8 Hypma_RDB21346 66.7 0 1112
Pleurotus ostreatus PC15 PleosPC15_2_1073929 66.3 0 1107
Pleurotus eryngii ATCC 90797 Pleery1_1451782 64.7 0 1102
Flammulina velutipes Flave_chr09AA00122 65.2 0 1085
Lentinula edodes NBRC 111202 Lenedo1_1092730 64.4 0 1082
Ganoderma sp. 10597 SS1 v1.0 Gansp1_89312 64.6 0 1060
Lentinula edodes W1-26 v1.0 Lentinedodes1_2688 61.7 0 1032
Grifola frondosa Grifr_OBZ75157 66.5 1.482E-291 1002
Auricularia subglabra Aurde3_1_1325094 58.8 7.46E-304 957
Schizophyllum commune H4-8 Schco3_1087164 64.6 5.669E-304 954
Lentinula edodes B17 Lened_B_1_1_14875 74.7 1.519E-248 784

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 66.1114 4.1497 2.3958
oidia 58.7998 3.3411 1.929
vegetative_mycelium 71.191 0.6024 0.3478
primordia 58.4303 1.3345 0.7704
hyphal_knot 66.1362 1.9222 1.1098
young_fruiting_body 20.5173 3.2385 1.8697
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 74.6494 7.44 4.2955
Wheat bran 52.2591 5.94 3.4295
Horse manure 60.926 13.3868 7.7289
Oak leaves 97.8539 18.0691 10.4322
Hay 64.0883 4.2509 2.4543
Corn stalk 73.3004 8.4317 4.868
Pectine 68.0898 2.5071 1.4475
Microcrystalline cellulose 72.7301 2.8435 1.6417
Xylose 64.893 6.7345 3.8882
Cellobiose 74.0166 5.2147 3.0107
Lignin 68.9421 3.9181 2.2621
Apple peels 76.3817 6.2237 3.5932
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 65.74 0.798 0.4607
Bsubtilis 61.1563 2.9373 1.6959
Ecoli 68.1162 2.5844 1.4921
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 12.0346 1.8806 1.0858
BS 4h 12.7222 0.7996 0.4616
BS 8h 11.9639 0.1943 0.1122
BS 12h 10.965 3.6054 2.0816
Oidia 0 h 18.5137 6.6503 3.8396
Oidia 18 h 13.5274 2.259 1.3043
Sclerotia 14.1593 3.1585 1.8236
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 11.3519 2.716 1.5681
DM 36h 11.665 1.3519 0.7805
DM 60h 13.5828 0.8839 0.5103
DM 84h 13.1336 1.2845 0.7416
DM 108h 15.5405 0.6183 0.357
DM 132h 15.212 0.4376 0.2526
DM 156hAE 18.1849 3.5858 2.0703
ELI1hAE 13.7084 1.7673 1.0203
ELI2hAE 11.6242 2.4951 1.4406
LI2hAE 10.1206 2.1503 1.2415
LI6hAE 12.4663 2.5939 1.4976
LI12hAE 11.3661 3.1929 1.8434
LI18hAE 9.8861 1.3911 0.8032
LI 24hAE 15.1255 2.8787 1.662
DM 156hAM 18.7602 1.3863 0.8004
ELI1hAM 14.2311 1.9908 1.1494
ELI2hAM 13.3721 2.7307 1.5766
LI2hAM 12.3792 3.7024 2.1376
LI6hAM 11.5646 2.6138 1.5091
LI12hAM 9.9967 1.0077 0.5818
LI18hAM 10.6907 1.7218 0.9941
LI 24hAM 16.3018 1.6512 0.9533
LI 24hHK 19.2789 1.8541 1.0704
L/D 6h 14.6792 3.2617 1.8831
L/D 12h 13.4678 4.4409 2.564
L/D 18h 16.4019 3.2687 1.8872
L/D 24h 10.9304 0.3489 0.2014
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 34.928 1.9799 1.1431
Hyphal knots 41.2854 4.1171 2.377
Primordium 1 35.7933 2.9802 1.7206
Primordium 2 33.2584 1.3771 0.7951
Young Fruiting body cap 14.548 4.4914 2.5931
Younf fruiting body gill 24.5402 5.6128 3.2406
Young fruiting body stipe 24.4321 0.9474 0.547
Mature fruiting body cap_gill 21.3018 8.7661 5.0611
Mature fruiting body stipe 30.3826 1.8537 1.0702
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 34.183 5.3231 3.0733
NH4NO3 48.5349 6.096 3.5195
Proline 45.4104 7.5016 4.331
Tryptophan 45.5437 10.0661 5.8117
Isoleucin 50.0284 4.3588 2.5165
Arginine 38.8055 4.212 2.4318
Metionine 42.0932 1.2141 0.701
NaNO3 37.2875 0.9341 0.5393
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 34.183 5.3231 3.0733
Citrus peel 27.7436 1.0538 0.6084
Poplar leaves 36.7105 4.2183 2.4354
Typha leaves 33.2657 1.0188 0.5882
Overwintered Salix leaves 31.5789 3.5679 2.0599
Reed flowering 26.8268 2.4441 1.4111
Tigernut 25.4302 2.5853 1.4926
Energy cane 29.3889 1.2689 0.7326
Guar gum 41.5995 8.0951 4.6737
Apple peels 34.2603 3.5346 2.0407
Cellobiose 46.7436 3.6837 2.1268
Corn stalk 38.9148 0.859 0.4959
Horse manure 37.1357 3.6502 2.1074
Lignin 22.8909 5.5671 3.2142
Microcrystalline cellulose 36.1377 2.5608 1.4785
Oak leaves 37.4926 7.1759 4.143
Pectin esterified 26.2386 1.4806 0.8548
Poplar sawdust 40.6608 4.5236 2.6117
Wheat bran 29.4594 6.3492 3.6657
Chlamydomonas reinhardtii 32.0571 1.6108 0.93
Vertatryl alcohol 60.3096 6.6164 3.82
Furfural 46.3375 4.0185 2.3201
Autoclaved mycelium 35.5677 1.9414 1.1209
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 63.882 3.4712 2.0041
Ribose 63.7895 0.9856 0.569
Mannose 62.8961 0.7217 0.5104
Fructose 63.1684 5.7058 3.2943
Arabinose 62.1439 2.6661 1.5393
Xylose 63.949 0.8053 0.465
Galacturonic acid 61.8009 2.9813 1.7213
Rhamnogalacturonan 59.7761 1.3132 0.7582
Pectin esterified 62.9611 1.7292 0.9983
Polygalacturonic acid 62.2801 3.8216 2.2064
Sodium acetate 60.3036 7.2644 4.1941
No nitrogen 64.9513 2.8509 1.646
BSA 62.8728 2.7009 1.5594
Glutamine 60.7257 0.6086 0.3514
No phosphate 64.5873 2.2267 1.2856
No carbon 59.0652 4.5292 3.2026
No sulphur 67.3192 2.2662 1.3084
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 34.183 5.3231 3.0733
Amylose 32.6442 4.0408 2.3329
Fucose 37.3461 3.6669 2.1171
Galactose 37.2432 2.4992 1.4429
Lactose 46.686 4.0792 2.3551
Maltose 37.3344 5.6499 3.262
Mannitol 39.9512 4.4566 2.573
Rhamnose 35.4148 1.5397 0.889
Sorbitol 38.3228 1.2974 0.749
Trehalose 35.1297 10.9624 6.3292
Glycerol 37.7645 7.9944 4.6156
Glucuronic acid 38.4047 2.5641 1.4804
Arabinan 31.7093 3.5332 2.0399
Galactan 33.4942 0.9437 0.5449
Galactomannan 31.673 4.6847 2.7047
Glucan 35.0038 1.5974 0.9223
Xylan 33.7635 0.7405 0.4275
Xyloglucan 39.0587 0.6318 0.3648
Arabinogalactan 38.2566 3.2561 1.8799
Pectin 25.3402 11.1616 6.4442
Rhamnogalacturonan 26.1917 4.9934 2.8829
Polygalacturonic acid 41.2896 3.4519 1.993
Mannan 34.191 5.5824 3.223
Amylopectin 29.6539 2.1225 1.2254
Inulin 40.4977 1.931 1.1149
BSA 23.688 2.6798 1.5472
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 13.5828 0.8839 0.5103
2h WAT 10.2529 1.3832 0.7986
4h WAT 8.6545 2.0487 1.1828
8h WAT 9.1444 0.9186 0.5304
16h WAT 11.6606 1.9004 1.0972
24h WAT 12.1254 1.1987 0.6921
WAT hyphal knot -30h 9.747 2.1519 1.2424
WAT hyphal knot -22h 6.6094 0.4656 0.2688
WAT hyphal knot -15h 6.8975 1.2742 0.7357
WAT hyphal knot -7.5h 11.2151 1.7356 1.0021
WAT hyphal knot 9.629 2.2724 1.312
WAT hyphal knot +7.5h 10.0615 0.5856 0.3381
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 33.7543 11.9419 6.8947
Straw 3h 39.6072 5.6112 3.2396
Straw 6h 28.7937 5.2336 3.0216
Straw 12h 38.9435 2.8169 1.6263
Straw 24h 38.5369 7.1042 4.1016
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 8.3596 1.0887 0.6286
Frost (-20C, 30min) 10.5298 0.6319 0.3648
Heat shock (47C, 2h) 8.6768 1.3215 0.763
High CO2 15.6809 2.5395 1.4662
Drought (4% agar, 12h) 12.1602 2.3127 1.3352
Oxidative (1mM H2O2, 3h) 12.9438 2.4575 1.4189
Acidic (pH4, 3h) 9.2223 2.5863 1.4932
Alkaline (pH9, 3h) 8.4613 2.0395 1.1775
Osmotic (sorbitol 2h) 10.6937 1.9046 1.0996
CongoRed (3h) 10.9751 0.423 0.2442
Cobalt chloride control 14.0196 3.8493 2.2224
Cobalt chloride 2mM 15.0635 1.6898 0.9756
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 15.0462 11.2329 6.4853
Cold stimulation 7.6393 3.0628 1.7683
Scratched surface 12.0615 1.0399 0.6004
Ca2+, 200mM, 24h 14.4469 1.0933 0.6312
Cu2+, 2mM, 6h 8.1214 2.2593 1.3044
Voriconazole 9.4966 2.6006 1.5014
Trichoderma interaction, early 10.8478 0.341 0.1969
Trichoderma interaction 60h 6.6769 5.9879 3.4571
Cobalt chloride 2mM repeat 8.5388 0.9655 0.5574
Hypoxia 12.2715 1.4354 0.8287
Hypoxia control 10.2815 1.3114 0.7571
Protoplastation control 8.8746 0.5635 0.3984
Protoplastation 3.5h 9.8173 1.4693 1.0389
Protoplastation 1.5h 12.1986 8.4635 5.9846

General data

Systematic name ppk32
Protein id CopciAB_417694.T0
Description Protein tyrosine kinase

Annotation summary

0 200 400 600 800 874

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
CDD cd14011 PK_SCY1_like - 62 332
Pfam PF00069 Protein kinase domain IPR000719 99 332

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
IPR000719 Protein kinase domain
IPR011989 Armadillo-like helical
IPR016024 Armadillo-type fold

GO

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

KEGG

KEGG Orthology
K17541

EggNOG

COG category Description
T Protein tyrosine kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_417694 across fungi.

Arrow shows the origin of gene family containing CopciAB_417694.

Protein

Sequence id CopciAB_417694.T0
Sequence >CopciAB_417694.T0
MAHVLAAASSFFGRTNISQSYNIGNPSQTSRPSTPGTTSGGSSGGGGANIAPLPFTPTFYIGLWKVQPATHKVTG
KRVSVWSFDKRGPEMERLGVAGKDRVLEVLKNEASALSRLRHPSILEMVEPLEETRIELVFATEPVLSSLELSIP
GSGRHASLVELDEIEIQKGILQLAKGLSFLHSQAQLIHSNICPESIIINSSGDWKISGLGVTIPLLTNGNPTRWE
FPTFDGRVPAYIQRSFDYMAPEYALDEQLLTSSDMYSLGCVVYAVHSKGNPPFKNHGSLSNLRENAGKPLPGMER
WEQDLQSLVRSLVTRHATSRPTPQTLSSHPFFSSLPISTLNFLDRSNFTAKTREEKISFMKGLTGVLNRFSEGLQ
TRKILPSLLEEMKDTHLLPYILPNVFAISQALSPTQFASMVLPSLKPLFAIKEPPQNMLTLLDNLGMLQEKTEKN
VFKDHVLPLVYNALESEHAIVQERALKAVPDLCETVDYAEVQGVLFPRVAVVFSKTRILSVKVATLVTFLAMVKT
LDQSSLTQKLVPLLSKIRTKEPSVMMATLDVQEAMGFKVDREAVATLVLPQLWAMSMGPLLNVSQFQRFMSVIKK
LGERVEREHDQFLRDSQRLEDRSATATMGNGGVPLNTTTADFETLVSKGSAMANGGLASSAVTATPSAAPAPAAS
WEDDVWGSLLNGDQTAKHQTPTVSSSFSSPSLQTPPVITPSLSPPQQPSRPNFQPRPSKLGTSQPASRLSSSSFG
STASTSSKPNYNITLSTAPITTATPSASSLPPAPGFSSPAASSQPSYAAPNYNINLGSSLTTQAPSIQPSVFSTP
LVASTPAAPISMGIGGNILTPSKPAQPAWGAGGQKQLSKADWGDFDPLA
Length 874

Coding

Sequence id CopciAB_417694.T0
Sequence >CopciAB_417694.T0
ATGGCACACGTATTAGCAGCAGCAAGCTCGTTCTTCGGGCGCACAAACATTTCGCAGTCGTATAACATCGGAAAT
CCGTCACAGACCAGTCGACCATCGACGCCGGGAACGACCTCTGGTGGTAGCAGTGGCGGAGGAGGTGCCAACATC
GCCCCGCTGCCCTTCACACCTACTTTTTATATTGGTTTATGGAAAGTACAGCCTGCAACACACAAGGTGACGGGG
AAACGCGTCTCCGTGTGGTCGTTTGACAAACGGGGTCCAGAGATGGAGAGGTTGGGGGTTGCCGGGAAGGACAGA
GTACTCGAGGTGTTGAAGAATGAGGCGTCCGCACTAAGTCGACTACGGCATCCTTCAATTCTGGAAATGGTGGAA
CCGTTGGAAGAAACACGAATAGAGCTTGTATTTGCAACGGAGCCGGTTCTATCGTCCCTGGAATTGTCGATACCA
GGTTCGGGCAGACATGCTTCATTGGTGGAACTGGACGAGATCGAGATCCAGAAGGGCATCTTGCAATTGGCAAAG
GGACTTTCGTTCTTGCACAGCCAAGCGCAATTAATTCATTCGAACATCTGCCCGGAGAGCATTATCATCAATAGC
TCCGGCGATTGGAAGATATCTGGACTAGGAGTAACCATCCCTCTTCTTACTAACGGCAACCCAACTCGTTGGGAA
TTTCCGACATTCGACGGCCGTGTGCCAGCATATATCCAGCGGTCATTCGATTATATGGCGCCGGAATATGCTCTT
GACGAACAGCTTTTAACAAGTTCGGACATGTACTCTTTAGGCTGCGTGGTCTACGCCGTCCATAGCAAGGGTAAT
CCTCCCTTCAAGAACCATGGAAGCCTTAGCAACCTCCGAGAAAATGCCGGGAAACCTTTGCCCGGAATGGAGAGA
TGGGAACAGGATTTGCAATCGCTCGTTCGTTCGCTGGTCACCCGTCATGCTACATCACGGCCGACGCCTCAAACA
TTATCTTCCCACCCCTTCTTCTCATCACTTCCAATTTCCACCCTGAACTTCCTGGATCGGTCGAACTTCACAGCT
AAAACCCGCGAAGAGAAGATATCCTTCATGAAAGGACTGACAGGGGTGCTAAATCGATTCTCGGAAGGTTTGCAA
ACCAGGAAGATTCTGCCATCTTTACTCGAGGAGATGAAAGATACCCATTTACTACCATACATTCTTCCTAACGTC
TTTGCTATCTCCCAAGCACTGTCTCCGACCCAGTTCGCGTCGATGGTCCTTCCAAGTCTCAAACCTCTTTTCGCA
ATCAAGGAACCTCCCCAGAACATGCTGACCCTACTCGACAATCTTGGAATGTTGCAAGAGAAGACGGAGAAGAAT
GTATTCAAGGACCACGTCCTACCTCTGGTGTATAATGCCCTTGAGTCTGAACACGCAATCGTTCAGGAGCGGGCG
TTGAAAGCAGTTCCCGACCTATGTGAAACGGTTGACTATGCTGAGGTCCAGGGTGTTCTGTTCCCTCGCGTCGCT
GTTGTATTTTCCAAGACTAGGATTTTGTCAGTGAAGGTCGCAACATTGGTCACATTTTTAGCAATGGTGAAGACA
TTGGATCAGTCAAGTCTGACGCAGAAACTGGTCCCGTTACTTTCGAAAATCAGAACAAAGGAGCCGTCAGTGATG
ATGGCCACCTTGGATGTGCAAGAAGCCATGGGTTTCAAGGTGGATCGAGAAGCCGTCGCCACTCTCGTTCTCCCG
CAACTATGGGCGATGTCAATGGGTCCTCTACTTAATGTCTCGCAATTCCAGCGTTTCATGTCTGTGATCAAGAAG
CTTGGAGAACGGGTTGAACGGGAACATGATCAATTCCTGCGTGATTCCCAACGACTGGAAGATCGGTCTGCTACC
GCTACTATGGGGAACGGTGGAGTTCCTCTGAACACAACCACAGCCGATTTCGAAACCCTAGTAAGCAAGGGCAGT
GCGATGGCCAATGGAGGTTTGGCTAGTTCTGCAGTCACCGCCACCCCTAGCGCTGCCCCTGCTCCTGCTGCGTCA
TGGGAAGACGACGTCTGGGGTAGCTTGCTGAACGGAGACCAGACAGCGAAGCATCAGACTCCTACTGTTAGCAGC
AGCTTTAGTTCCCCTTCCCTCCAGACGCCGCCGGTGATCACACCATCCCTCTCGCCGCCACAGCAACCCAGCCGA
CCCAATTTTCAGCCGCGGCCTTCGAAGCTTGGGACATCACAACCGGCATCCAGGTTATCGTCATCTTCGTTCGGG
TCCACTGCTTCCACCTCGTCCAAGCCGAATTACAACATCACTCTGTCCACTGCCCCTATCACTACCGCTACACCA
TCTGCCTCTTCTCTCCCACCCGCTCCTGGCTTCAGTTCCCCGGCAGCTTCTTCACAGCCAAGCTATGCCGCACCC
AATTACAATATCAACCTTGGATCGTCATTAACCACCCAAGCGCCTTCCATACAACCTTCAGTATTCTCCACACCT
CTGGTTGCGAGCACTCCTGCCGCTCCAATAAGTATGGGAATAGGTGGGAACATCCTCACGCCATCCAAGCCCGCA
CAACCGGCGTGGGGCGCAGGCGGACAGAAACAGCTGTCGAAAGCAGACTGGGGAGACTTTGACCCGCTAGCGTAG
Length 2625

Transcript

Sequence id CopciAB_417694.T0
Sequence >CopciAB_417694.T0
ACGACTGTCAATACCGACCACCAACACCGCTAATCCTTCGGATTCTTCCAAAGGTCAACGACGACCACAACGCCT
GACGATGGCACACGTATTAGCAGCAGCAAGCTCGTTCTTCGGGCGCACAAACATTTCGCAGTCGTATAACATCGG
AAATCCGTCACAGACCAGTCGACCATCGACGCCGGGAACGACCTCTGGTGGTAGCAGTGGCGGAGGAGGTGCCAA
CATCGCCCCGCTGCCCTTCACACCTACTTTTTATATTGGTTTATGGAAAGTACAGCCTGCAACACACAAGGTGAC
GGGGAAACGCGTCTCCGTGTGGTCGTTTGACAAACGGGGTCCAGAGATGGAGAGGTTGGGGGTTGCCGGGAAGGA
CAGAGTACTCGAGGTGTTGAAGAATGAGGCGTCCGCACTAAGTCGACTACGGCATCCTTCAATTCTGGAAATGGT
GGAACCGTTGGAAGAAACACGAATAGAGCTTGTATTTGCAACGGAGCCGGTTCTATCGTCCCTGGAATTGTCGAT
ACCAGGTTCGGGCAGACATGCTTCATTGGTGGAACTGGACGAGATCGAGATCCAGAAGGGCATCTTGCAATTGGC
AAAGGGACTTTCGTTCTTGCACAGCCAAGCGCAATTAATTCATTCGAACATCTGCCCGGAGAGCATTATCATCAA
TAGCTCCGGCGATTGGAAGATATCTGGACTAGGAGTAACCATCCCTCTTCTTACTAACGGCAACCCAACTCGTTG
GGAATTTCCGACATTCGACGGCCGTGTGCCAGCATATATCCAGCGGTCATTCGATTATATGGCGCCGGAATATGC
TCTTGACGAACAGCTTTTAACAAGTTCGGACATGTACTCTTTAGGCTGCGTGGTCTACGCCGTCCATAGCAAGGG
TAATCCTCCCTTCAAGAACCATGGAAGCCTTAGCAACCTCCGAGAAAATGCCGGGAAACCTTTGCCCGGAATGGA
GAGATGGGAACAGGATTTGCAATCGCTCGTTCGTTCGCTGGTCACCCGTCATGCTACATCACGGCCGACGCCTCA
AACATTATCTTCCCACCCCTTCTTCTCATCACTTCCAATTTCCACCCTGAACTTCCTGGATCGGTCGAACTTCAC
AGCTAAAACCCGCGAAGAGAAGATATCCTTCATGAAAGGACTGACAGGGGTGCTAAATCGATTCTCGGAAGGTTT
GCAAACCAGGAAGATTCTGCCATCTTTACTCGAGGAGATGAAAGATACCCATTTACTACCATACATTCTTCCTAA
CGTCTTTGCTATCTCCCAAGCACTGTCTCCGACCCAGTTCGCGTCGATGGTCCTTCCAAGTCTCAAACCTCTTTT
CGCAATCAAGGAACCTCCCCAGAACATGCTGACCCTACTCGACAATCTTGGAATGTTGCAAGAGAAGACGGAGAA
GAATGTATTCAAGGACCACGTCCTACCTCTGGTGTATAATGCCCTTGAGTCTGAACACGCAATCGTTCAGGAGCG
GGCGTTGAAAGCAGTTCCCGACCTATGTGAAACGGTTGACTATGCTGAGGTCCAGGGTGTTCTGTTCCCTCGCGT
CGCTGTTGTATTTTCCAAGACTAGGATTTTGTCAGTGAAGGTCGCAACATTGGTCACATTTTTAGCAATGGTGAA
GACATTGGATCAGTCAAGTCTGACGCAGAAACTGGTCCCGTTACTTTCGAAAATCAGAACAAAGGAGCCGTCAGT
GATGATGGCCACCTTGGATGTGCAAGAAGCCATGGGTTTCAAGGTGGATCGAGAAGCCGTCGCCACTCTCGTTCT
CCCGCAACTATGGGCGATGTCAATGGGTCCTCTACTTAATGTCTCGCAATTCCAGCGTTTCATGTCTGTGATCAA
GAAGCTTGGAGAACGGGTTGAACGGGAACATGATCAATTCCTGCGTGATTCCCAACGACTGGAAGATCGGTCTGC
TACCGCTACTATGGGGAACGGTGGAGTTCCTCTGAACACAACCACAGCCGATTTCGAAACCCTAGTAAGCAAGGG
CAGTGCGATGGCCAATGGAGGTTTGGCTAGTTCTGCAGTCACCGCCACCCCTAGCGCTGCCCCTGCTCCTGCTGC
GTCATGGGAAGACGACGTCTGGGGTAGCTTGCTGAACGGAGACCAGACAGCGAAGCATCAGACTCCTACTGTTAG
CAGCAGCTTTAGTTCCCCTTCCCTCCAGACGCCGCCGGTGATCACACCATCCCTCTCGCCGCCACAGCAACCCAG
CCGACCCAATTTTCAGCCGCGGCCTTCGAAGCTTGGGACATCACAACCGGCATCCAGGTTATCGTCATCTTCGTT
CGGGTCCACTGCTTCCACCTCGTCCAAGCCGAATTACAACATCACTCTGTCCACTGCCCCTATCACTACCGCTAC
ACCATCTGCCTCTTCTCTCCCACCCGCTCCTGGCTTCAGTTCCCCGGCAGCTTCTTCACAGCCAAGCTATGCCGC
ACCCAATTACAATATCAACCTTGGATCGTCATTAACCACCCAAGCGCCTTCCATACAACCTTCAGTATTCTCCAC
ACCTCTGGTTGCGAGCACTCCTGCCGCTCCAATAAGTATGGGAATAGGTGGGAACATCCTCACGCCATCCAAGCC
CGCACAACCGGCGTGGGGCGCAGGCGGACAGAAACAGCTGTCGAAAGCAGACTGGGGAGACTTTGACCCGCTAGC
GTAGTCCACTCTGTAACGATTTACTACATGCCGCATTCCTTCACGGAATGCCTGGTCACTGCTTATTTATGAGAT
CAATCACTGGGGGTTTCATACCACGACTATGGTGTAATCGCCATGCTTATACA
Length 2828

Gene

Sequence id CopciAB_417694.T0
Sequence >CopciAB_417694.T0
ACGACTGTCAATACCGACCACCAACACCGCTAATCCTTCGGATTCTTCCAAAGGTCAACGACGACCACAACGCCT
GACGATGGCACACGTATTAGCAGCAGCAAGCTCGTTCTTCGGGCGCACAAACATTTCGCAGTCGTATAACATCGG
AAATCCGTCACAGACCAGTCGACCATCGACGCCGGGAACGACCTCTGGTGGTAGCAGTGGCGGAGGAGGTGCCAA
CATCGCCCCGCTGCCCTTCACACCTACTTTTTATATTGGTTTATGGAAAGTACAGCCTGCAACACACAAGGTGAC
GGGGAAACGCGTCTCCGTGTGGTCGTTTGACAAACGGGGTCCAGAGATGGAGAGGTTGGGGGTTGCCGGGAAGGA
CAGAGTACTCGAGGTGTTGAAGAATGAGGTGCGATGATCTTCAATCCCCTTTAATCAGACTTCCGGTTTAACGCT
CGAGTTCAGGCGTCCGCACTAAGTCGACTACGGCATCCTTCAATTCTGGGTACGTGGAGTTGACAGAATTCGACC
GAATCAGCGCTTATTGTGACTTTGGCCCACAGAAATGGTGGAACCGTTGGAAGAAACACGAATAGAGCTTGTATT
TGCAACGGAGCCGGTTCTATCGTCCCTGGAATTGTCGATACCAGGTTCGGGCAGACATGCTTCATTGGTGGAACT
GGACGAGATCGAGGTGGGCGCGTGATCCTCGAGTGGGTGCTAGTGTCTAATTGTGCGGTTAGATCCAGAAGGGCA
TCTTGCAATTGGCAAAGGGACTTTCGTTCTTGCACAGCCAAGCGCAATTAATTCATTCGAACATCTGCCCGGAGA
GCATTATCATCAATAGCTCCGTACGTCCAGCACTTCATCTGCAGCTGTACCGCCTTGTGCCAACCAGTACCATAG
GGCGATTGGAAGATATCTGGACTAGGAGTAACCATCCCTCTTCTTACTAACGGCAACCCAACTCGTTGGGAATTT
CCGACATTCGACGGCCGTGTGCCAGCATATATCCAGCGGTCATTCGATTATATGGGTACGCAATGTATCCCTTCC
ATCCCACCACACCCAGGACACTGACAGGACAAGATAGCGCCGGAATATGCTCTTGACGAACAGCTTTTAACAAGT
TCGGACATGTACTCTTTAGGCTGCGTGGTCTACGCCGTCCATAGCAAGGGTAATCCTCCCTTCAAGAACCATGGA
AGCCTTAGCAACCTCCGAGAAAATGCCGGGAAACCTTTGCCCGGAATGGAGAGATGGGAACAGGATTTGCAATGT
GCGCACCATAATTCTATCCAAACTGTCAAAGTCCCATTGATTTGCCGTGCACCTAGCGCTCGTTCGTTCGCTGGT
CACCCGTCATGCTACATCACGGCCGACGCCTCAAACATTATCTTCCCACCCCTTCTTCTCATCACTTCCAATTTC
CACCCTGAACTTCCTGGATCGGTCGAACTTCACAGCTAAAACCCGCGAAGAGAAGATATCCTTCATGAAAGGACT
GACAGGGGTGCTAAATCGATTCTCGGAAGGTTTGCAAACCAGGAAGATTCTGCCATCTTTACTCGAGGAGGTGAG
TCTCATTATCTTGTCTACTCCATTGCTCGCTTACCCGCGGTGCTTGTTAGATGAAAGATACCCATTTACTACCAT
ACATTCTTCCTAACGTCTTTGCTATCTCCCAAGCACTGTCTCCGACCCAGTTCGCGTCGATGGTCCTTCCAAGTC
TCAAACCTCTTTTCGCAATCAAGGAACCTCCCCAGAACATGCTGACCCTACTCGACAATCTTGGAATGTTGCAAG
AGAAGACGGAGAAGAATGTATTCAAGGACCGTGAGTCCCGCCGTTCCTGTTTAGCTTTGCGGGGTCTCAAGGTTT
CTCCATGTTAAGACGTCCTACCTCTGGTGTATAATGCCCTTGAGTCTGAACACGCAATCGTTCAGGAGCGGGCGT
TGAAAGCAGTTCCCGACCTATGTGAAACGGTTGACTATGCTGAGGTCCAGGGTGTTCTGTTCCCTCGCGTCGCTG
TATGTTCCAAGCTTCCTGATGATGCTTAATATTGTTTCTTAACTGTCATGATCTGCAGGTTGTATTTTCCAAGAC
TAGGATTTTGTCAGTGAAGGTCGCAACATTGGTCACATTTTTAGCAATGGTGAAGACATTGGATCAGTCAAGTCT
GACGCAGAAACTGGTCCCGTTACTTTCGAAAATCAGAACAAAGGAGCCGTCAGTGATGGTAAGTAGAATCCGTTC
ATCGTTGCATGGGTTGACGACGGTCTGTTACAGATGGCCACCTTGGATGTGCAAGAAGCCATGGGTTTCAAGGTG
GATCGAGAAGCCGTCGCCACTCTCGTTCTCCCGCAACTATGGGCGATGTCAATGGGTCCTCTACTTAATGTCTCG
CAATTCCAGCGTTTCATGTCTGTGATCAAGAAGCTTGGAGAACGGGTTGAACGGGAACATGATCAATTCCTGCGT
GATTCCCAACGACTGGAAGATCGGTCTGCTACCGCTACTATGGGGAACGGTGGAGTTCCTCTGAACACAACCACA
GCCGATTTCGAAACCCTAGTAAGCAAGGGCAGTGCGATGGCCAATGGAGGTTTGGCTAGTTCTGCAGTCACCGCC
ACCCCTAGCGCTGCCCCTGCTCCTGCTGCGTCATGGGAAGACGACGTCTGGGGTAGCTTGCTGAACGGAGACCAG
ACAGCGAAGCATCAGACTCCTACTGTTAGCAGCAGCTTTAGTTCCCCTTCCCTCCAGACGCCGCCGGTGATCACA
CCATCCCTCTCGCCGCCACAGCAACCCAGCCGACCCAATTTTCAGCCGCGGCCTTCGAAGCTTGGGACATCACAA
CCGGCATCCAGGTTATCGTCATCTTCGTTCGGGTCCACTGCTTCCACCTCGTCCAAGCCGAATTACAACATCACT
CTGTCCACTGCCCCTATCACTACCGCTACACCATCTGCCTCTTCTCTCCCACCCGCTCCTGGCTTCAGTTCCCCG
GCAGCTTCTTCACAGCCAAGCTATGCCGCACCCAATTACAATATCAACCTTGGATCGTCATTAACCACCCAAGCG
CCTTCCATACAACCTTCAGTATTCTCCACACCTCTGGTTGCGAGCACTCCTGCCGCTCCAATAAGTATGGGAATA
GGTGGGAACATCCTCACGCCATCCAAGCCCGCACAACCGGCGTGGGGCGCAGGCGGACAGAAACAGCTGTCGAAA
GCAGACTGGGGAGACTTTGACCCGCTAGCGTAGTCCACTCTGTAACGATTTACTACATGCCGCATTCCTTCACGG
AATGCCTGGTCACTGCTTATTTATGAGATCAATCACTGGGGGTTTCATACCACGACTATGGTGTAATCGCCATGC
TTATACA
Length 3382