CopciAB_492701
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_492701 Strain Coprinopsis cinerea Okayama 7
Standard name HRK1 Synonyms 492701
Uniprot id Functional description Protein tyrosine kinase
Location scaffold_2:1839582..1843187 Strand -
Gene length (nt) 3606 Transcript length (nt) 3463
CDS length (nt) 2718 Protein length (aa) 905

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_CAA7271782 53.6 8.14E-277 868
Pleurotus ostreatus PC15 PleosPC15_2_1060875 55 2.599E-258 814
Agaricus bisporus var. burnettii JB137-S8 Agabi_varbur_1_68677 52.3 3.171E-243 770
Pleurotus ostreatus PC9 PleosPC9_1_102642 52 7.611E-243 769
Agaricus bisporus var bisporus (H97) Agabi_varbisH97_2_199602 53.4 1.364E-232 739
Lentinula edodes W1-26 v1.0 Lentinedodes1_19776 45.1 1.022E-229 731
Lentinula edodes NBRC 111202 Lenedo1_902075 46.7 1.104E-228 728
Schizophyllum commune H4-8 Schco3_2485669 51 5.451E-218 697
Grifola frondosa Grifr_OBZ75840 45.7 2.152E-192 622
Pleurotus eryngii ATCC 90797 Pleery1_1380915 66.5 9.331E-167 547
Lentinula edodes B17 Lened_B_1_1_247 43.6 1.245E-133 449
Ganoderma sp. 10597 SS1 v1.0 Gansp1_20085 88.6 1.944E-119 407
Auricularia subglabra Aurde3_1_33220 86.7 3.475E-118 404

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 197.8325 23.1798 13.3829
oidia 73.9567 5.0753 2.9302
vegetative_mycelium 81.1317 6.8128 3.9333
primordia 56.3245 3.4784 2.0083
hyphal_knot 136.6968 21.2938 12.294
young_fruiting_body 209.1203 63.3034 36.5482
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 80.511 20.4495 11.8065
Wheat bran 41.2936 10.2725 5.9308
Horse manure 65.173 30.9626 17.8763
Oak leaves 138.0304 65.8131 37.9972
Hay 92.3308 14.2036 8.2005
Corn stalk 112.7785 39.0287 22.5332
Pectine 74.5762 1.7842 1.0301
Microcrystalline cellulose 89.1988 7.9095 4.5666
Xylose 92.3661 22.9124 13.2285
Cellobiose 67.0621 2.6113 1.5076
Lignin 145.0068 31.8016 18.3607
Apple peels 66.4274 11.8465 6.8396
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 38.4111 4.677 2.7003
Bsubtilis 62.8718 2.6548 1.5328
Ecoli 96.8002 6.9557 4.0159
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 388.6738 74.2775 42.8841
BS 4h 139.253 14.6512 8.4589
BS 8h 85.313 7.8996 4.5608
BS 12h 65.703 18.8203 10.8659
Oidia 0 h 40.7876 20.9903 12.1188
Oidia 18 h 54.9731 10.2689 5.9288
Sclerotia 47.7409 7.1602 4.1339
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 43.2376 12.3941 7.1558
DM 36h 46.1551 5.4657 3.1556
DM 60h 40.1356 3.8895 2.2456
DM 84h 41.3319 3.7514 2.1659
DM 108h 49.1118 5.3241 3.0739
DM 132h 48.5151 5.0017 2.8877
DM 156hAE 64.8274 2.2703 1.3107
ELI1hAE 34.6393 1.37 0.7909
ELI2hAE 46.1327 4.1786 2.4125
LI2hAE 48.3225 3.7664 2.1745
LI6hAE 51.4401 3.3143 1.9135
LI12hAE 51.1239 4.7556 2.7456
LI18hAE 50.8444 11.3966 6.5798
LI 24hAE 66.2864 10.3361 5.9676
DM 156hAM 39.6968 1.6391 0.9463
ELI1hAM 32.4024 8.4004 4.85
ELI2hAM 33.9831 2.2425 1.2947
LI2hAM 31.9768 4.4877 2.591
LI6hAM 36.945 4.3671 2.5214
LI12hAM 33.1719 7.2639 4.1938
LI18hAM 46.9079 8.2468 4.7613
LI 24hAM 72.2694 13.0839 7.554
LI 24hHK 55.4974 11.0404 6.3742
L/D 6h 48.4922 9.9236 5.7294
L/D 12h 52.0668 13.7583 7.9434
L/D 18h 53.2698 20.6134 11.9011
L/D 24h 48.8515 8.6085 4.9701
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 54.7658 26.5764 15.3439
Hyphal knots 99.3341 45.8634 26.4792
Primordium 1 47.9559 19.8995 11.489
Primordium 2 53.427 16.7141 9.6499
Young Fruiting body cap 212.5261 169.5961 97.9163
Younf fruiting body gill 34.7099 22.1756 12.8031
Young fruiting body stipe 65.0103 28.7223 16.5828
Mature fruiting body cap_gill 465.8528 95.0404 54.8716
Mature fruiting body stipe 586.5324 126.3916 72.9722
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 69.844 3.4325 1.9818
NH4NO3 52.0594 4.1187 2.3779
Proline 73.7434 8.2293 4.7512
Tryptophan 101.6961 24.7769 14.3049
Isoleucin 86.4816 7.8349 4.5235
Arginine 69.5908 3.3429 1.93
Metionine 110.9925 9.785 5.6494
NaNO3 73.936 11.2382 6.4884
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 69.844 3.4325 1.9818
Citrus peel 133.2691 8.7811 5.0698
Poplar leaves 89.8021 11.7756 6.7986
Typha leaves 96.7092 5.8327 3.3675
Overwintered Salix leaves 81.0012 7.8637 4.5401
Reed flowering 85.8348 9.5779 5.5298
Tigernut 54.5832 4.0838 2.3578
Energy cane 66.8027 12.4884 7.2102
Guar gum 67.5281 19.5028 11.2599
Apple peels 40.4865 15.3416 8.8575
Cellobiose 39.3592 0.6833 0.3945
Corn stalk 61.2166 2.1411 1.2362
Horse manure 62.5078 12.7505 7.3615
Lignin 106.9135 44.3155 25.5855
Microcrystalline cellulose 54.298 19.0851 11.0188
Oak leaves 61.1036 16.6326 9.6028
Pectin esterified 36.651 3.7492 2.1646
Poplar sawdust 53.0657 16.438 9.4905
Wheat bran 32.3334 11.4564 6.6143
Chlamydomonas reinhardtii 75.3392 4.2439 2.4502
Vertatryl alcohol 99.1034 5.8821 3.396
Furfural 238.3649 52.269 30.1775
Autoclaved mycelium 66.1361 7.5125 4.3373
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 37.7952 6.5749 3.796
Ribose 56.1543 12.2529 7.0742
Mannose 46.5385 1.3665 0.9663
Fructose 55.2305 0.9098 0.5253
Arabinose 64.8842 1.3795 0.7964
Xylose 55.6768 1.4705 0.849
Galacturonic acid 54.1561 9.471 5.4681
Rhamnogalacturonan 50.9078 2.8991 1.6738
Pectin esterified 61.715 2.3129 1.3354
Polygalacturonic acid 45.399 4.0203 2.3212
Sodium acetate 67.9508 1.1164 0.6446
No nitrogen 67.8319 13.4253 7.7511
BSA 63.1097 5.8548 3.3803
Glutamine 61.6313 4.1249 2.3815
No phosphate 47.9028 3.9327 2.2705
No carbon 66.5672 2.6992 1.9087
No sulphur 43.9859 4.0775 2.3542
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 69.844 3.4325 1.9818
Amylose 58.6984 2.6854 1.5504
Fucose 67.2508 6.1718 3.5633
Galactose 65.5621 4.5125 2.6053
Lactose 71.1115 7.2995 4.2144
Maltose 77.6995 11.8074 6.817
Mannitol 74.2688 6.228 3.5958
Rhamnose 65.4333 8.2889 4.7856
Sorbitol 57.9753 7.5694 4.3702
Trehalose 68.3229 13.4145 7.7448
Glycerol 72.3873 6.9774 4.0284
Glucuronic acid 69.8909 0.9439 0.545
Arabinan 67.4624 25.2356 14.5698
Galactan 61.3707 4.6545 2.6873
Galactomannan 61.0262 15.4758 8.9349
Glucan 70.7245 2.0027 1.1562
Xylan 64.5509 2.6517 1.531
Xyloglucan 76.8625 2.8161 1.6259
Arabinogalactan 65.4206 5.2838 3.0506
Pectin 40.0299 22.531 13.0083
Rhamnogalacturonan 42.9137 7.4705 4.3131
Polygalacturonic acid 63.597 4.532 2.6166
Mannan 58.0782 2.7679 1.598
Amylopectin 53.3422 12.0396 6.9511
Inulin 81.1054 6.3936 3.6913
BSA 94.3689 6.1346 3.5418
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 40.1356 3.8895 2.2456
2h WAT 40.5322 8.6511 4.9947
4h WAT 47.5954 7.6195 4.3991
8h WAT 43.5705 3.6854 2.1277
16h WAT 52.3813 5.891 3.4011
24h WAT 38.8502 1.7183 0.992
WAT hyphal knot -30h 42.0779 2.6779 1.5461
WAT hyphal knot -22h 43.9187 7.744 4.471
WAT hyphal knot -15h 43.1145 7.3657 4.2526
WAT hyphal knot -7.5h 35.8507 7.8501 4.5322
WAT hyphal knot 39.097 3.3364 1.9263
WAT hyphal knot +7.5h 34.9435 6.4652 3.7327
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 31.8297 17.0117 9.8217
Straw 3h 62.9562 11.3647 6.5614
Straw 6h 42.7413 10.3001 5.9468
Straw 12h 81.3423 18.5688 10.7207
Straw 24h 67.0306 4.71 2.7193
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 52.4585 10.9133 6.3008
Frost (-20C, 30min) 48.7178 1.0416 0.6014
Heat shock (47C, 2h) 51.0937 4.6087 2.6608
High CO2 41.0547 1.543 0.8908
Drought (4% agar, 12h) 41.3409 11.6231 6.7106
Oxidative (1mM H2O2, 3h) 84.4116 16.4472 9.4958
Acidic (pH4, 3h) 72.6203 1.3553 0.7825
Alkaline (pH9, 3h) 25.6799 2.1051 1.2154
Osmotic (sorbitol 2h) 62.0614 17.8401 10.3
CongoRed (3h) 58.2252 4.9587 2.8629
Cobalt chloride control 61.0192 7.1865 4.1491
Cobalt chloride 2mM 65.5122 8.937 5.1598
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 43.4379 35.468 20.4774
Cold stimulation 58.8828 13.9815 8.0722
Scratched surface 38.8227 7.2975 4.2132
Ca2+, 200mM, 24h 43.506 14.7229 8.5003
Cu2+, 2mM, 6h 35.6668 3.2515 1.8773
Voriconazole 35.1897 2.4773 1.4303
Trichoderma interaction, early 43.1325 5.2465 3.0291
Trichoderma interaction 60h 92.3877 52.0698 30.0625
Cobalt chloride 2mM repeat 63.6852 13.6827 7.8997
Hypoxia 42.704 8.4407 4.8733
Hypoxia control 31.1648 6.5464 3.7796
Protoplastation control 72.4259 2.3844 1.686
Protoplastation 3.5h 194.5846 37.487 26.5073
Protoplastation 1.5h 160.2171 53.1649 37.5933

General data

Systematic name HRK1
Protein id CopciAB_492701.T0
Description Protein tyrosine kinase

Annotation summary

0 200 400 600 800 905

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF00069 Protein kinase domain IPR000719 261 464

SignalP

Prediction Start End Score
No records

Transmembrane domains

Domain n Start End Length
No records

InterPro

Accession Description
IPR008271 Serine/threonine-protein kinase, active site
IPR000719 Protein kinase domain
IPR011009 Protein kinase-like domain superfamily
IPR017441 Protein kinase, ATP binding site

GO

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

KEGG

KEGG Orthology
No records

EggNOG

COG category Description
D Protein tyrosine kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_492701 across fungi.

Arrow shows the origin of gene family containing CopciAB_492701.

Protein

Sequence id CopciAB_492701.T0
Sequence >CopciAB_492701.T0
MSSDVVQPTTVSDGAKASFPLTLAVPDDEQPGPVFRRSKSPSQAAIEQSSQQHKSTLEKPEKPERSSRFSFIRKQ
SFSLLMPEPSTPSTPKHGPLHDLKRFLNNHIPHSHHHHNQSRSSTQAASTPRRSSVGSSSGPLSPAGARESPTPL
DGRPEPKILADVRNSKKKTRSPSPIRQIKDRTPSLKSLRSLKGSSRSSQPPSPTSPQHKTEGSKSKHHHHHHHHR
HQSPNRRATSRSHHPITSLHDATQAHLSKKYGKWGRVLGSGAGGTVRLIKGNAKTGGAIYAVKEFRPKRSGETEK
EYQKKVTAEFCVGSTLKHPNIIETIDIVQDRGHYYEVMEYAPYDLFSVVMSGKMCRPEIYCVFRQICDGVEYLHE
MGLAHRDLKLDNCVMTADNVVKLIDFGTATVFHYPGKAHTPATGIVGSDPYLAPEVLQQDSYDPRKTDVWSVAII
FLCMVLRRFPWKIPDPKTDPSFKAFVNAHPDLSAKPVPKPKKLTAEKNVTDQEGASRNLAISTPGRQMTVPPSAH
SSGPMDRMPPRERASSTDISIGPESSSTSNSSETTSIRTHTSAGTESTEVTDPPSRFASGSAGHSLNTITDDAKA
AKDLSPADARRKSFLQSRGYPHPPTSRSAMTLPLTFTGSPAVRRDSDSSQEMDPSVLTFARPGNSTESLPLSPYL
LQDVPTPKGNSLPRAILPARAGSDTVLPAGGIAPGEPLSSEAPPIIVQEPEEETPTPSAAAPAAIKEESTPVVAG
PPPPPDSTVPKPRRRQRAESVTTFHGGGAETIFRLLPRETRPALRRMLYVEPASRCTLTDLLKGRGKTSDLLCGC
DLAKSKEERLAEMESYRHRHGTDSPTQVSCVDHDECDSEDDDDGDEWLTSIVPCSRPGVQPQHVHIKVQVDEKAG
KRRFF
Length 905

Coding

Sequence id CopciAB_492701.T0
Sequence >CopciAB_492701.T0
ATGTCCAGCGATGTTGTGCAGCCCACCACCGTTTCCGACGGCGCCAAGGCCAGTTTTCCGTTGACGCTCGCTGTC
CCGGACGATGAGCAGCCCGGACCAGTATTTCGTCGCAGCAAGTCTCCATCTCAGGCAGCTATTGAACAGTCATCA
CAACAACACAAGTCGACATTGGAAAAGCCTGAAAAGCCAGAGAGATCCTCAAGATTCAGCTTTATTCGCAAACAG
AGCTTTTCGCTACTGATGCCTGAACCGAGCACTCCCTCGACGCCAAAACATGGCCCTCTCCATGACCTCAAGCGC
TTCCTAAACAACCACATACCCCATTCTCATCACCACCACAACCAGTCTCGGTCTTCGACACAGGCTGCCTCTACC
CCCCGCAGGTCCTCCGTGGGCTCCAGCAGCGGCCCCTTGTCTCCAGCCGGCGCCCGCGAGTCTCCAACCCCTCTC
GACGGCAGGCCAGAACCAAAAATACTAGCGGACGTCAGGAACTCGAAGAAGAAGACACGGAGTCCGTCGCCCATC
CGCCAGATCAAGGATAGGACGCCATCGCTCAAGTCGCTAAGGTCGCTCAAGGGCAGCTCTCGCTCATCGCAGCCT
CCGTCTCCAACTTCCCCGCAACACAAGACCGAAGGGTCAAAGAGCAAGCACCATCATCATCATCACCACCATCGC
CACCAGTCGCCCAATCGTCGTGCAACCTCGCGCTCGCATCATCCCATAACATCGCTGCATGACGCGACCCAGGCG
CACCTTTCGAAAAAGTACGGCAAGTGGGGGCGGGTACTTGGCAGCGGCGCCGGTGGCACCGTACGACTTATCAAG
GGGAATGCAAAGACTGGAGGAGCGATATATGCTGTGAAGGAGTTTCGTCCAAAGCGCTCGGGAGAGACGGAGAAG
GAGTACCAGAAGAAGGTCACAGCCGAGTTTTGCGTGGGCTCCACGTTGAAACACCCCAACATCATCGAGACCATC
GACATCGTCCAAGACCGTGGTCACTACTATGAGGTCATGGAGTACGCTCCGTACGACCTCTTTTCGGTGGTCATG
TCGGGCAAGATGTGTCGCCCCGAGATCTACTGCGTCTTCCGACAAATCTGCGATGGCGTTGAATACCTTCACGAG
ATGGGCTTGGCGCACCGGGACCTCAAACTCGATAATTGCGTCATGACGGCCGACAATGTCGTGAAGCTCATCGAC
TTTGGGACAGCGACTGTCTTTCATTATCCTGGAAAGGCCCATACACCAGCCACTGGGATTGTCGGCAGTGATCCC
TATCTTGCTCCAGAGGTACTCCAACAGGACTCCTATGACCCGAGGAAGACGGATGTGTGGAGTGTAGCAATCATC
TTTCTCTGCATGGTCCTGCGTCGGTTCCCTTGGAAAATCCCCGATCCGAAGACGGACCCAAGCTTCAAGGCTTTC
GTCAACGCGCACCCCGACTTGTCCGCAAAGCCTGTGCCAAAGCCTAAGAAGCTTACCGCCGAGAAGAATGTAACT
GACCAGGAGGGCGCATCGAGAAACTTGGCCATTTCTACTCCTGGCCGGCAAATGACGGTTCCTCCTTCTGCCCAT
TCGAGCGGACCCATGGATAGGATGCCCCCACGGGAGCGCGCATCCAGCACCGACATTTCGATTGGCCCCGAGTCC
TCCAGCACCAGCAACTCCTCAGAGACGACCTCAATTCGGACGCATACCTCGGCCGGCACCGAAAGCACAGAAGTG
ACTGACCCACCTTCACGTTTCGCCAGTGGGTCCGCCGGGCACAGCTTGAACACAATCACCGATGACGCGAAGGCC
GCCAAGGATTTGTCACCAGCAGACGCTCGAAGGAAGAGTTTCCTCCAGTCGAGAGGATACCCGCATCCACCTACA
TCCCGGAGTGCGATGACTCTCCCGCTGACCTTCACTGGCTCACCAGCGGTTCGGCGAGATTCGGATTCGTCACAA
GAGATGGATCCCTCCGTCTTGACTTTTGCCCGGCCCGGGAATTCAACAGAGTCGCTACCTTTAAGCCCTTATCTC
CTCCAAGATGTTCCAACGCCGAAGGGCAACAGTCTGCCTCGGGCTATCCTTCCTGCCCGAGCAGGCTCGGATACG
GTCCTACCAGCTGGTGGCATCGCCCCAGGGGAGCCCTTGTCGTCCGAGGCACCTCCTATTATTGTCCAAGAGCCT
GAAGAAGAGACACCAACACCATCGGCGGCAGCGCCCGCTGCTATCAAAGAGGAGTCTACGCCGGTTGTTGCTGGA
CCACCACCGCCTCCTGACTCAACAGTACCCAAACCTCGTCGACGCCAACGAGCAGAGAGTGTTACGACGTTCCAC
GGTGGAGGAGCAGAGACCATCTTTCGGTTACTCCCCCGCGAAACTCGGCCCGCGCTCCGGCGGATGTTGTATGTG
GAACCTGCCTCTCGTTGCACCCTCACCGACCTGCTCAAGGGAAGGGGAAAGACCAGCGACCTCCTGTGCGGATGC
GACTTGGCCAAGTCAAAGGAAGAGCGGTTAGCGGAGATGGAATCTTACAGGCATCGCCATGGCACAGATTCCCCA
ACTCAAGTGTCTTGCGTGGACCACGATGAATGTGATTCAGAGGACGACGACGACGGTGACGAGTGGTTAACGAGC
ATCGTTCCATGTTCCAGACCTGGAGTCCAACCCCAGCACGTACACATCAAGGTTCAGGTGGACGAAAAGGCCGGC
AAGAGACGATTCTTCTAG
Length 2718

Transcript

Sequence id CopciAB_492701.T0
Sequence >CopciAB_492701.T0
GCTTTCCACCACCATCGCCCACCATGTCCAGCGATGTTGTGCAGCCCACCACCGTTTCCGACGGCGCCAAGGCCA
GTTTTCCGTTGACGCTCGCTGTCCCGGACGATGAGCAGCCCGGACCAGTATTTCGTCGCAGCAAGTCTCCATCTC
AGGCAGCTATTGAACAGTCATCACAACAACACAAGTCGACATTGGAAAAGCCTGAAAAGCCAGAGAGATCCTCAA
GATTCAGCTTTATTCGCAAACAGAGCTTTTCGCTACTGATGCCTGAACCGAGCACTCCCTCGACGCCAAAACATG
GCCCTCTCCATGACCTCAAGCGCTTCCTAAACAACCACATACCCCATTCTCATCACCACCACAACCAGTCTCGGT
CTTCGACACAGGCTGCCTCTACCCCCCGCAGGTCCTCCGTGGGCTCCAGCAGCGGCCCCTTGTCTCCAGCCGGCG
CCCGCGAGTCTCCAACCCCTCTCGACGGCAGGCCAGAACCAAAAATACTAGCGGACGTCAGGAACTCGAAGAAGA
AGACACGGAGTCCGTCGCCCATCCGCCAGATCAAGGATAGGACGCCATCGCTCAAGTCGCTAAGGTCGCTCAAGG
GCAGCTCTCGCTCATCGCAGCCTCCGTCTCCAACTTCCCCGCAACACAAGACCGAAGGGTCAAAGAGCAAGCACC
ATCATCATCATCACCACCATCGCCACCAGTCGCCCAATCGTCGTGCAACCTCGCGCTCGCATCATCCCATAACAT
CGCTGCATGACGCGACCCAGGCGCACCTTTCGAAAAAGTACGGCAAGTGGGGGCGGGTACTTGGCAGCGGCGCCG
GTGGCACCGTACGACTTATCAAGGGGAATGCAAAGACTGGAGGAGCGATATATGCTGTGAAGGAGTTTCGTCCAA
AGCGCTCGGGAGAGACGGAGAAGGAGTACCAGAAGAAGGTCACAGCCGAGTTTTGCGTGGGCTCCACGTTGAAAC
ACCCCAACATCATCGAGACCATCGACATCGTCCAAGACCGTGGTCACTACTATGAGGTCATGGAGTACGCTCCGT
ACGACCTCTTTTCGGTGGTCATGTCGGGCAAGATGTGTCGCCCCGAGATCTACTGCGTCTTCCGACAAATCTGCG
ATGGCGTTGAATACCTTCACGAGATGGGCTTGGCGCACCGGGACCTCAAACTCGATAATTGCGTCATGACGGCCG
ACAATGTCGTGAAGCTCATCGACTTTGGGACAGCGACTGTCTTTCATTATCCTGGAAAGGCCCATACACCAGCCA
CTGGGATTGTCGGCAGTGATCCCTATCTTGCTCCAGAGGTACTCCAACAGGACTCCTATGACCCGAGGAAGACGG
ATGTGTGGAGTGTAGCAATCATCTTTCTCTGCATGGTCCTGCGTCGGTTCCCTTGGAAAATCCCCGATCCGAAGA
CGGACCCAAGCTTCAAGGCTTTCGTCAACGCGCACCCCGACTTGTCCGCAAAGCCTGTGCCAAAGCCTAAGAAGC
TTACCGCCGAGAAGAATGTAACTGACCAGGAGGGCGCATCGAGAAACTTGGCCATTTCTACTCCTGGCCGGCAAA
TGACGGTTCCTCCTTCTGCCCATTCGAGCGGACCCATGGATAGGATGCCCCCACGGGAGCGCGCATCCAGCACCG
ACATTTCGATTGGCCCCGAGTCCTCCAGCACCAGCAACTCCTCAGAGACGACCTCAATTCGGACGCATACCTCGG
CCGGCACCGAAAGCACAGAAGTGACTGACCCACCTTCACGTTTCGCCAGTGGGTCCGCCGGGCACAGCTTGAACA
CAATCACCGATGACGCGAAGGCCGCCAAGGATTTGTCACCAGCAGACGCTCGAAGGAAGAGTTTCCTCCAGTCGA
GAGGATACCCGCATCCACCTACATCCCGGAGTGCGATGACTCTCCCGCTGACCTTCACTGGCTCACCAGCGGTTC
GGCGAGATTCGGATTCGTCACAAGAGATGGATCCCTCCGTCTTGACTTTTGCCCGGCCCGGGAATTCAACAGAGT
CGCTACCTTTAAGCCCTTATCTCCTCCAAGATGTTCCAACGCCGAAGGGCAACAGTCTGCCTCGGGCTATCCTTC
CTGCCCGAGCAGGCTCGGATACGGTCCTACCAGCTGGTGGCATCGCCCCAGGGGAGCCCTTGTCGTCCGAGGCAC
CTCCTATTATTGTCCAAGAGCCTGAAGAAGAGACACCAACACCATCGGCGGCAGCGCCCGCTGCTATCAAAGAGG
AGTCTACGCCGGTTGTTGCTGGACCACCACCGCCTCCTGACTCAACAGTACCCAAACCTCGTCGACGCCAACGAG
CAGAGAGTGTTACGACGTTCCACGGTGGAGGAGCAGAGACCATCTTTCGGTTACTCCCCCGCGAAACTCGGCCCG
CGCTCCGGCGGATGTTGTATGTGGAACCTGCCTCTCGTTGCACCCTCACCGACCTGCTCAAGGGAAGGGGAAAGA
CCAGCGACCTCCTGTGCGGATGCGACTTGGCCAAGTCAAAGGAAGAGCGGTTAGCGGAGATGGAATCTTACAGGC
ATCGCCATGGCACAGATTCCCCAACTCAAGTGTCTTGCGTGGACCACGATGAATGTGATTCAGAGGACGACGACG
ACGGTGACGAGTGGTTAACGAGCATCGTTCCATGTTCCAGACCTGGAGTCCAACCCCAGCACGTACACATCAAGG
TTCAGGTGGACGAAAAGGCCGGCAAGAGACGATTCTTCTAGGTGGTCCTTGGGGACTTCTCCTAGCTTGGAAGGC
ATTCGTGCGGTCTCCATTTCGCTTGTACGTTTCATGCTAGCCTTGCGCCATATCTTTAAGTTTTGCTTATCATTC
CTTTTTCATCTGCGCCTCCACCCCATTATCACGGGAATTCATCGCATACTTCTATCTTACACGCTCCCTTTTATT
TTTATACATCTTAGAAGGTTTTAGTCGACGGATTCTTTGCTTTCACACCTTTCATTGTGAAGCGTGCTTTCCATT
TCTACATTCTACATCCCCCAACACCTCGCCATGGCGTCCTCCGCGATGTAATCCGACTGTGGATTTAACACCTCG
AGGCCACTCTCAACAGCATGCGCCAACCTGCTCGCAATGGCACCCTTCACACCAACCCGCGCCATTTAAATCCTT
CCCTTTCACTCTCGTTTCCTTCATGCGGACACGTTGATTGCTTTTAAAACCGGATTTTTCTCCCCCTTGTCCTAC
TGTCGAAATTTAAGATTAAGCACAGGCACTTCTGCGGTCTGTTGTATATTTATCGATTTATTCCCCGCCATCTTT
CGCCATGTAGCAATCCCTGCGTACACCATCGCTTCCCTGCTTTCCTGCGACATACGTACCCTTTGAAGCCATAGC
ACCTATTATATCGTTATCATCTACTAGTACTTGCTTATCTTTTCCTCCAGATCCCTGTCCCTGTATGACGATTAT
GTGCTTTTTCGTG
Length 3463

Gene

Sequence id CopciAB_492701.T0
Sequence >CopciAB_492701.T0
GCTTTCCACCACCATCGCCCACCATGTCCAGCGATGTTGTGCAGCCCACCACCGTTTCCGACGGCGCCAAGGCCA
GTTTTCCGTTGACGCTCGCTGTCCCGGACGATGAGCAGGTGGGTTACCCCAGGTCATGATTACACTGCCACCTTT
ATCTAATTATATCTCAAACAGCCCGGACCAGTATTTCGTCGCAGCAAGTCTCCATCTCAGGCAGCTATTGAACAG
TCATCACAACAACACAAGTCGACATTGGAAAAGCCTGAAAAGCCAGAGAGATCCTCAAGATTCAGCTTTATTCGC
AAACAGAGCTTTTCGCTACTGATGCCTGAACCGAGCACTCCCTCGACGCCAAAACATGGCCCTCTCCATGACCTC
AAGCGCTTCCTAAACAACCACATACCCCATTCTCATCACCACCACAACCAGTCTCGGTCTTCGACACAGGCTGCC
TCTACCCCCCGCAGGTCCTCCGTGGGCTCCAGCAGCGGCCCCTTGTCTCCAGCCGGCGCCCGCGAGTCTCCAACC
CCTCTCGACGGCAGGCCAGAACCAAAAATACTAGCGGACGTCAGGAACTCGAAGAAGAAGACACGGAGTCCGTCG
CCCATCCGCCAGATCAAGGATAGGACGCCATCGCTCAAGTCGCTAAGGTCGCTCAAGGGCAGCTCTCGCTCATCG
CAGCCTCCGTCTCCAACTTCCCCGCAACACAAGACCGAAGGGTCAAAGAGCAAGCACCATCATCATCATCACCAC
CATCGCCACCAGTCGCCCAATCGTCGTGCAACCTCGCGCTCGCATCATCCCATAACATCGCTGCATGACGCGACC
CAGGCGCACCTTTCGAAAAAGTACGGCAAGTGGGGGCGGGTACTTGGCAGCGGCGCCGGTGGCACCGTACGACTT
ATCAAGGGGAATGCAAAGACTGGAGGAGCGATATATGCTGTGAAGGAGTTTCGTCCAAAGCGCTCGGGAGAGACG
GAGAAGGAGTACCAGAAGAAGGTCACAGCCGAGTTTTGCGTGGGCTCCACGTTGAAACACCCCAACATCATCGAG
ACCATCGACATCGTCCAAGACCGTGGTCACTACTATGAGGTATGCCTATCGGTACATTCTATCACATAATTCCAA
GCCCCTCAACTTCTGTTTTCCCAAACTCTCTTTTGTTTTCTTTCTCCAGGTCATGGAGTACGCTCCGTACGACCT
CTTTTCGGTGGTCATGTCGGGCAAGATGTGTCGCCCCGAGATCTACTGCGTCTTCCGACAAATCTGCGATGGCGT
TGAATACCTTCACGAGATGGGCTTGGCGCACCGGGACCTCAAACTCGATAATTGCGTCATGACGGCCGACAATGT
CGTGAAGCTCATCGACTTTGGGACAGCGACTGTCTTTCATTATCCTGGAAAGGCCCATACACCAGCCACTGGGAT
TGTCGGCAGTGATCCCTATCTTGCTCCAGAGGTACTCCAACAGGACTCCTATGACCCGAGGAAGACGGATGTGTG
GAGTGTAGCAATCATCTTTCTCTGCATGGTCCTGCGTCGGTTCCCTTGGAAAATCCCCGATCCGAAGACGGACCC
AAGCTTCAAGGCTTTCGTCAACGCGCACCCCGACTTGTCCGCAAAGCCTGTGCCAAAGCCTAAGAAGCTTACCGC
CGAGAAGAATGTAACTGACCAGGAGGGCGCATCGAGAAACTTGGCCATTTCTACTCCTGGCCGGCAAATGACGGT
TCCTCCTTCTGCCCATTCGAGCGGACCCATGGATAGGATGCCCCCACGGGAGCGCGCATCCAGCACCGACATTTC
GATTGGCCCCGAGTCCTCCAGCACCAGCAACTCCTCAGAGACGACCTCAATTCGGACGCATACCTCGGCCGGCAC
CGAAAGCACAGAAGTGACTGACCCACCTTCACGTTTCGCCAGTGGGTCCGCCGGGCACAGCTTGAACACAATCAC
CGATGACGCGAAGGCCGCCAAGGATTTGTCACCAGCAGACGCTCGAAGGAAGAGTTTCCTCCAGTCGAGAGGATA
CCCGCATCCACCTACATCCCGGAGTGCGATGACTCTCCCGCTGACCTTCACTGGCTCACCAGCGGTTCGGCGAGA
TTCGGATTCGTCACAAGAGATGGATCCCTCCGTCTTGACTTTTGCCCGGCCCGGGAATTCAACAGAGTCGCTACC
TTTAAGCCCTTATCTCCTCCAAGATGTTCCAACGCCGAAGGGCAACAGTCTGCCTCGGGCTATCCTTCCTGCCCG
AGCAGGCTCGGATACGGTCCTACCAGCTGGTGGCATCGCCCCAGGGGAGCCCTTGTCGTCCGAGGCACCTCCTAT
TATTGTCCAAGAGCCTGAAGAAGAGACACCAACACCATCGGCGGCAGCGCCCGCTGCTATCAAAGAGGAGTCTAC
GCCGGTTGTTGCTGGACCACCACCGCCTCCTGACTCAACAGTACCCAAACCTCGTCGACGCCAACGAGCAGAGAG
TGTTACGACGTTCCACGGTGGAGGAGCAGAGACCATCTTTCGGTTACTCCCCCGCGAAACTCGGCCCGCGCTCCG
GCGGATGTTGTATGTGGAACCTGCCTCTCGTTGCACCCTCACCGACCTGCTCAAGGGAAGGGGAAAGACCAGCGA
CCTCCTGTGCGGATGCGACTTGGCCAAGTCAAAGGAAGAGCGGTTAGCGGAGATGGAATCTTACAGGCATCGCCA
TGGCACAGATTCCCCAACTCAAGTGTCTTGCGTGGACCACGATGAATGTGATTCAGAGGACGACGACGACGGTGA
CGAGTGGTTAACGAGCATCGTTCCATGTTCCAGACCTGGAGTCCAACCCCAGCACGTACACATCAAGGTTCAGGT
GGACGAAAAGGCCGGCAAGAGACGATTCTTCTAGGTGGTCCTTGGGGACTTCTCCTAGCTTGGAAGGCATTCGTG
CGGTCTCCATTTCGCTTGTACGTTTCATGCTAGCCTTGCGCCATATCTTTAAGTTTTGCTTATCATTCCTTTTTC
ATCTGCGCCTCCACCCCATTATCACGGGAATTCATCGCATACTTCTATCTTACACGCTCCCTTTTATTTTTATAC
ATCTTAGAAGGTTTTAGTCGACGGATTCTTTGCTTTCACACCTTTCATTGTGAAGCGTGCTTTCCATTTCTACAT
TCTACATCCCCCAACACCTCGCCATGGCGTCCTCCGCGATGTAATCCGACTGTGGATTTAACACCTCGAGGCCAC
TCTCAACAGCATGCGCCAACCTGCTCGCAATGGCACCCTTCACACCAACCCGCGCCATTTAAATCCTTCCCTTTC
ACTCTCGTTTCCTTCATGCGGACACGTTGATTGCTTTTAAAACCGGATTTTTCTCCCCCTTGTCCTACTGTCGAA
ATTTAAGATTAAGCACAGGCACTTCTGCGGTCTGTTGTATATTTATCGATTTATTCCCCGCCATCTTTCGCCATG
TAGCAATCCCTGCGTACACCATCGCTTCCCTGCTTTCCTGCGACATACGTACCCTTTGAAGCCATAGCACCTATT
ATATCGTTATCATCTACTAGTACTTGCTTATCTTTTCCTCCAGATCCCTGTCCCTGTATGACGATTATGTGCTTT
TTCGTG
Length 3606