CopciAB_497007
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_497007 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 497007
Uniprot id Functional description protein kinase C activity
Location scaffold_9:1419076..1422075 Strand +
Gene length (nt) 3000 Transcript length (nt) 2509
CDS length (nt) 2229 Protein length (aa) 742

Reciprocal best hits in model fungi

Strain name Gene / Protein name

Orthologs in mushroom models

Strain name Gene / Protein name Pident E-value Bits
Pleurotus ostreatus PC9 PleosPC9_1_46456 24.1 3.821E-26 115
Pleurotus ostreatus PC15 PleosPC15_2_153544 23.8 1.601E-25 113
Ganoderma sp. 10597 SS1 v1.0 Gansp1_110136 29.7 2.882E-24 109
Grifola frondosa Grifr_OBZ76670 33.9 5.825E-24 108
Agrocybe aegerita Agrae_CAA7268764 28.5 9.197E-22 101

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 6.0844 1.6387 0.9461
oidia 15.3336 5.4683 3.1571
vegetative_mycelium 14.133 0.4674 0.2699
primordia 55.9577 3.9742 2.2945
hyphal_knot 11.1307 0.9415 0.5436
young_fruiting_body 90.7461 17.0549 9.8467
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 3.7863 0.3577 0.2065
Wheat bran 6.467 0.3162 0.1826
Horse manure 7.5005 2.0812 1.2016
Oak leaves 5.271 1.4221 0.8211
Hay 6.9009 0.6643 0.3835
Corn stalk 7.19 1.0563 0.6099
Pectine 6.1595 1.3484 0.7785
Microcrystalline cellulose 8.3741 1.4678 0.8475
Xylose 6.2336 1.0474 0.6047
Cellobiose 3.4103 1.4757 0.852
Lignin 7.513 1.1672 0.6739
Apple peels 3.9751 1.3679 0.7898
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 4.6689 0.4942 0.2853
Bsubtilis 5.6323 0.6227 0.3595
Ecoli 7.523 0.7901 0.4562
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 3.1518 0.9911 0.5722
BS 4h 1.8025 0.4131 0.2385
BS 8h 2.3356 0.4858 0.2805
BS 12h 1.7003 0.0302 0.0174
Oidia 0 h 1.5487 0.6098 0.3521
Oidia 18 h 2.1249 0.4122 0.238
Sclerotia 1.43 1.4698 0.8486
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 0.961 0.282 0.1628
DM 36h 1.1706 0.3949 0.228
DM 60h 1.2955 0.3497 0.2019
DM 84h 2.884 1.0992 0.6346
DM 108h 2.485 0.1672 0.0965
DM 132h 2.3008 1.7152 0.9903
DM 156hAE 2.0226 0.4474 0.2583
ELI1hAE 1.0163 0.7757 0.4479
ELI2hAE 0.7121 0.1772 0.1023
LI2hAE 1.9186 0.706 0.4076
LI6hAE 0.4818 0.2526 0.1458
LI12hAE 3.0712 0.2407 0.139
LI18hAE 1.958 1.233 0.7119
LI 24hAE 2.6814 0.5194 0.2999
DM 156hAM 1.5436 0.4874 0.2814
ELI1hAM 1.176 0.2671 0.1542
ELI2hAM 0.7923 0.4659 0.269
LI2hAM 0.833 0.1693 0.0978
LI6hAM 1.0693 0.2259 0.1304
LI12hAM 1.1045 0.9829 0.5675
LI18hAM 1.2708 0.5083 0.2935
LI 24hAM 1.0964 0.8033 0.4638
LI 24hHK 1.3986 0.6812 0.3933
L/D 6h 3.0645 0.9765 0.5638
L/D 12h 2.4776 1.1104 0.6411
L/D 18h 1.3514 0.5117 0.2954
L/D 24h 1.1199 0.191 0.1103
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 5.8027 0.6599 0.381
Hyphal knots 4.6981 0.4008 0.2314
Primordium 1 7.1787 2.5999 1.501
Primordium 2 7.4393 1.1693 0.6751
Young Fruiting body cap 178.5601 82.7825 47.7945
Younf fruiting body gill 55.7943 9.3076 5.3738
Young fruiting body stipe 32.5938 7.1032 4.101
Mature fruiting body cap_gill 16.327 2.0466 1.1816
Mature fruiting body stipe 14.8221 4.7948 2.7683
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 5.4131 1.0801 0.6236
NH4NO3 3.7898 0.0829 0.0478
Proline 4.9012 1.246 0.7194
Tryptophan 2.9009 0.9319 0.5381
Isoleucin 3.4539 0.7886 0.4553
Arginine 5.1098 0.9102 0.5255
Metionine 5.4399 0.8747 0.505
NaNO3 4.5572 0.5593 0.3229
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 5.4131 1.0801 0.6236
Citrus peel 4.5632 1.2717 0.7342
Poplar leaves 3.8301 1.1503 0.6641
Typha leaves 4.3016 1.0192 0.5884
Overwintered Salix leaves 4.4912 0.3302 0.1906
Reed flowering 4.9062 0.5793 0.3345
Tigernut 3.5883 0.6659 0.3844
Energy cane 4.3139 0.952 0.5496
Guar gum 5.5886 1.5573 0.8991
Apple peels 4.7001 1.2328 0.7117
Cellobiose 5.3741 0.2539 0.1466
Corn stalk 6.3228 0.8324 0.4806
Horse manure 6.237 0.5301 0.3061
Lignin 4.4753 0.8626 0.498
Microcrystalline cellulose 5.4828 0.7527 0.4346
Oak leaves 6.5618 1.4969 0.8643
Pectin esterified 5.2698 0.1125 0.065
Poplar sawdust 7.3322 0.3234 0.1867
Wheat bran 5.237 1.7742 1.0243
Chlamydomonas reinhardtii 5.098 0.0042 0.0024
Vertatryl alcohol 5.3745 0.4991 0.2882
Furfural 9.1992 5.3245 3.0741
Autoclaved mycelium 3.662 0.7532 0.4349
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 5.3337 0.2437 0.1407
Ribose 7.1471 0.9972 0.5757
Mannose 4.884 0.3778 0.2672
Fructose 5.3227 0.9649 0.5571
Arabinose 5.5101 0.2158 0.1246
Xylose 5.0521 0.8313 0.48
Galacturonic acid 6.3617 0.2559 0.1477
Rhamnogalacturonan 6.2196 0.8642 0.4989
Pectin esterified 6.9548 0.6121 0.3534
Polygalacturonic acid 6.6919 1.116 0.6443
Sodium acetate 5.3925 0.8266 0.4773
No nitrogen 6.3084 1.0523 0.6075
BSA 6.6498 0.1435 0.0829
Glutamine 6.5685 1.325 0.765
No phosphate 4.896 0.9646 0.5569
No carbon 7.1431 1.2049 0.852
No sulphur 4.2062 1.1192 0.6461
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 5.4131 1.0801 0.6236
Amylose 6.8645 0.4802 0.2772
Fucose 5.5599 1.2778 0.7377
Galactose 4.5784 1.0163 0.5867
Lactose 4.9408 1.2216 0.7053
Maltose 6.5868 2.511 1.4498
Mannitol 5.2765 1.9043 1.0994
Rhamnose 5.3215 1.3922 0.8038
Sorbitol 5.5589 0.5694 0.3288
Trehalose 5.3148 0.6588 0.3804
Glycerol 4.8541 0.7767 0.4484
Glucuronic acid 5.5186 0.8491 0.4902
Arabinan 5.7353 1.7797 1.0275
Galactan 4.5863 0.3913 0.2259
Galactomannan 4.3223 0.8633 0.4984
Glucan 3.7489 0.695 0.4012
Xylan 5.4863 1.2738 0.7354
Xyloglucan 6.2323 0.349 0.2015
Arabinogalactan 4.8573 1.0937 0.6314
Pectin 3.5065 0.3646 0.2105
Rhamnogalacturonan 3.4351 0.2961 0.1709
Polygalacturonic acid 4.9142 1.1402 0.6583
Mannan 5.7111 0.537 0.3101
Amylopectin 4.7213 1.4769 0.8527
Inulin 4.6963 0.3713 0.2143
BSA 5.3638 0.5337 0.3081
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 1.2955 0.3497 0.2019
2h WAT 2.2699 0.312 0.1801
4h WAT 1.7285 0.6811 0.3933
8h WAT 2.0997 0.6627 0.3826
16h WAT 3.139 0.9666 0.5581
24h WAT 1.8852 0.687 0.3966
WAT hyphal knot -30h 2.5004 1.1068 0.639
WAT hyphal knot -22h 0.8028 0.1048 0.0605
WAT hyphal knot -15h 1.4956 0.7198 0.4156
WAT hyphal knot -7.5h 1.6699 0.5348 0.3088
WAT hyphal knot 1.37 0.6924 0.3997
WAT hyphal knot +7.5h 2.1764 2.3373 1.3495
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 5.9809 1.8911 1.0918
Straw 3h 5.8952 0.514 0.2968
Straw 6h 4.3227 1.3795 0.7965
Straw 12h 5.7906 2.1251 1.227
Straw 24h 4.4854 2.2729 1.3123
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 1.6684 0.5854 0.338
Frost (-20C, 30min) 1.7108 0.618 0.3568
Heat shock (47C, 2h) 6.6192 1.0418 0.6015
High CO2 2.3537 1.3314 0.7687
Drought (4% agar, 12h) 1.199 0.5915 0.3415
Oxidative (1mM H2O2, 3h) 1.6138 0.4927 0.2844
Acidic (pH4, 3h) 1.7022 0.3336 0.1926
Alkaline (pH9, 3h) 0.7479 0.317 0.183
Osmotic (sorbitol 2h) 0.6757 0.2069 0.1195
CongoRed (3h) 1.621 0.7886 0.4553
Cobalt chloride control 1.643 0.7864 0.454
Cobalt chloride 2mM 1.2715 0.9769 0.564
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 1.671 0.7334 0.4234
Cold stimulation 3.21 0.9686 0.5592
Scratched surface 1.1305 0.509 0.2938
Ca2+, 200mM, 24h 0.4758 0.0922 0.0533
Cu2+, 2mM, 6h 1.162 0.6035 0.3485
Voriconazole 1.4283 1.3336 0.77
Trichoderma interaction, early 1.0511 0.4498 0.2597
Trichoderma interaction 60h 2.6641 0.5559 0.3209
Cobalt chloride 2mM repeat 3.0134 1.2855 0.7422
Hypoxia 1.4473 0.4727 0.2729
Hypoxia control 1.648 1.2816 0.7399
Protoplastation control 1.4587 0.3725 0.2634
Protoplastation 3.5h 5.4245 3.0107 2.1289
Protoplastation 1.5h 2.8605 0.4884 0.3453

General data

Systematic name -
Protein id CopciAB_497007.T0
Description protein kinase C activity

Annotation summary

0 200 400 600 742

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF00069 Protein kinase domain IPR000719 356 627

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
IPR008266 Tyrosine-protein kinase, active site

GO

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

KEGG

KEGG Orthology
K18052
K19662

EggNOG

COG category Description
T protein kinase C activity

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_497007 across fungi.

Arrow shows the origin of gene family containing CopciAB_497007.

Protein

Sequence id CopciAB_497007.T0
Sequence >CopciAB_497007.T0
MEQRGWVNGLLESMWPRGGSIRFSEPFVTIYIAPRSTTRSRPRKPLATHIPPTCVLSSTQHAQHGQAGCPQSSSV
IKGVFESAVFALSNAFEDRTNGAVPLSLDFVHIESYYGRALRNVPFVFAGVPWRGCAPFEWLGYKMGGRVGKAWY
SPRYRGLDAMTPRRQISSSAEWEGSSPGYASSSGSSGYASSSSSSHASTSTAATSNSTSSIRKRIKRVFNRRDGK
ATTEGPLFRYLVPPRPPVVNYHYTRVLPSGVPIFITPSHRKSTHPSYLPTYNSPLEFGLLESLNGRAEEEGRTMV
TLAYFAKKDKREDPKLCDSTERMVVLKGNLFGFRSNRSRTRTGGEEETWEEELRERRKRAERKRVRTELRAMKRM
AGGASRDGRGVFVVKADGCLMGPGVICIAMPYMKADLTEMYRNPKCRSYMARYGREWVMQLALGLSFIHDNGIIH
RDICPQNILIDFNHTLKIADFDSAWVSQSSSSSPLALQSGVKYAHRLVGSKGYIAPEIISRCAPGKWTPAQREFL
EGDHDVDERYAEFARYGKEVDWWSLGCVVAEMLTSAKDVGYAVLFGRDETLRLFVKSSPLERECVLRAYGLRGWA
LSLVHGLLDPNPISRLGISGLRRHFYFMIRKDNPEEPIPNHPFEADRMDREGELMSLFDDPKKIVKNALVKEPLQ
GQYRSWFEWESPHRESVTLGAYSPRGKPSAHVVQTVEEREEVDARTTEWWSWISPVGRWRGGLEGRD
Length 742

Coding

Sequence id CopciAB_497007.T0
Sequence >CopciAB_497007.T0
ATGGAACAGCGAGGTTGGGTCAATGGCCTCCTTGAAAGCATGTGGCCACGAGGCGGGTCTATCCGATTCTCCGAA
CCCTTTGTGACGATATATATCGCGCCAAGGTCCACGACTAGAAGCAGACCAAGGAAGCCACTAGCAACGCACATC
CCACCAACGTGTGTTCTCTCCTCGACCCAGCATGCCCAACATGGACAAGCAGGCTGTCCCCAGTCGTCTTCCGTC
ATCAAAGGGGTTTTCGAGTCGGCCGTTTTTGCCCTTTCAAACGCGTTCGAAGATCGAACCAATGGGGCTGTTCCT
TTGAGTCTGGATTTCGTGCATATCGAATCATATTATGGACGGGCTTTGAGGAACGTTCCCTTTGTTTTCGCAGGA
GTGCCGTGGCGGGGATGTGCGCCCTTTGAATGGTTGGGGTATAAGATGGGTGGGAGGGTCGGTAAAGCCTGGTAT
TCACCACGGTATAGAGGTCTCGACGCTATGACTCCTCGCAGGCAAATATCTTCCTCCGCAGAGTGGGAGGGCTCC
AGCCCTGGTTATGCTTCGAGTTCTGGCTCTAGTGGCTATGCTTCATCGTCGAGTAGCAGCCACGCAAGTACCAGC
ACCGCCGCCACTTCGAATTCAACCTCGAGCATCAGGAAGCGTATCAAAAGGGTCTTCAATAGAAGAGATGGCAAG
GCGACAACGGAGGGTCCTCTATTCCGGTATCTCGTTCCTCCCAGACCACCCGTTGTCAATTATCACTACACTCGT
GTCTTACCCTCTGGCGTCCCGATATTCATCACGCCCTCTCATCGCAAATCTACACACCCATCCTACCTCCCGACT
TACAACTCGCCTCTCGAGTTCGGTCTACTAGAATCTCTAAATGGCAGGGCGGAGGAGGAAGGCAGGACGATGGTC
ACCCTCGCCTACTTTGCAAAGAAGGACAAACGTGAAGATCCTAAACTGTGCGATTCAACGGAGAGGATGGTCGTG
TTGAAGGGGAATTTGTTCGGATTCCGCTCAAATCGGTCTAGAACGAGAACTGGAGGGGAAGAGGAGACGTGGGAG
GAAGAGCTACGGGAGAGGAGGAAGAGGGCCGAGAGGAAGAGGGTAAGAACGGAGCTGAGGGCTATGAAACGGATG
GCGGGTGGTGCCAGTCGGGATGGGAGGGGTGTGTTTGTTGTAAAAGCGGACGGGTGCTTGATGGGCCCTGGTGTC
ATTTGTATTGCCATGCCATATATGAAAGCAGATTTAACGGAGATGTACCGCAACCCCAAGTGTCGAAGCTACATG
GCAAGGTATGGTCGGGAGTGGGTCATGCAGTTGGCGCTCGGCTTGAGCTTTATACACGACAACGGAATCATCCAC
CGCGACATCTGTCCCCAAAACATCCTAATAGACTTCAACCACACGCTCAAAATCGCGGACTTCGATTCAGCTTGG
GTCTCTCAAAGTTCCTCTTCCAGTCCTCTGGCACTCCAATCTGGAGTGAAGTACGCCCATCGGCTCGTTGGTTCG
AAAGGGTACATCGCACCAGAGATTATCAGCCGTTGCGCACCCGGAAAGTGGACCCCTGCGCAACGCGAGTTCCTG
GAAGGAGACCATGATGTAGACGAGCGGTATGCTGAGTTTGCGAGGTATGGGAAGGAGGTGGATTGGTGGTCGCTG
GGATGTGTTGTCGCGGAGATGTTGACGAGTGCCAAGGACGTGGGGTATGCTGTGCTATTTGGCAGGGACGAAACG
CTTAGGCTGTTCGTCAAGAGCAGTCCTCTGGAGAGGGAGTGTGTGTTGAGGGCGTATGGTCTACGTGGTTGGGCA
TTGAGTCTTGTTCATGGTCTCCTTGATCCAAATCCAATATCTCGGCTCGGCATTTCGGGCCTTCGAAGGCATTTC
TACTTCATGATTAGGAAGGATAACCCCGAGGAACCGATACCCAATCATCCATTCGAAGCCGACAGGATGGATAGG
GAAGGGGAACTTATGAGCTTGTTCGACGATCCGAAAAAGATTGTAAAGAATGCTTTGGTCAAGGAGCCTCTACAA
GGGCAGTATCGCTCGTGGTTCGAGTGGGAGTCACCACATAGGGAGAGCGTGACTTTGGGTGCGTACTCGCCTCGA
GGCAAGCCTTCTGCGCATGTTGTGCAGACAGTGGAAGAGAGGGAAGAGGTGGATGCGAGGACGACAGAGTGGTGG
AGTTGGATCAGTCCTGTTGGAAGGTGGAGGGGCGGGCTTGAGGGGCGGGATTAG
Length 2229

Transcript

Sequence id CopciAB_497007.T0
Sequence >CopciAB_497007.T0
AGCCACTACCTTGTCGGCTGGCGCCAACGTCGAACACATTGGATAGCCCCTGATAAATGGTTATCGACCGTTTCA
GCGTTGAAGCTTTGTTATATCTGGATGGGCGGTGACAATGGCCCTGGATGGAACAGCGAGGTTGGGTCAATGGCC
TCCTTGAAAGCATGTGGCCACGAGGCGGGTCTATCCGATTCTCCGAACCCTTTGTGACGATATATATCGCGCCAA
GGTCCACGACTAGAAGCAGACCAAGGAAGCCACTAGCAACGCACATCCCACCAACGTGTGTTCTCTCCTCGACCC
AGCATGCCCAACATGGACAAGCAGGCTGTCCCCAGTCGTCTTCCGTCATCAAAGGGGTTTTCGAGTCGGCCGTTT
TTGCCCTTTCAAACGCGTTCGAAGATCGAACCAATGGGGCTGTTCCTTTGAGTCTGGATTTCGTGCATATCGAAT
CATATTATGGACGGGCTTTGAGGAACGTTCCCTTTGTTTTCGCAGGAGTGCCGTGGCGGGGATGTGCGCCCTTTG
AATGGTTGGGGTATAAGATGGGTGGGAGGGTCGGTAAAGCCTGGTATTCACCACGGTATAGAGGTCTCGACGCTA
TGACTCCTCGCAGGCAAATATCTTCCTCCGCAGAGTGGGAGGGCTCCAGCCCTGGTTATGCTTCGAGTTCTGGCT
CTAGTGGCTATGCTTCATCGTCGAGTAGCAGCCACGCAAGTACCAGCACCGCCGCCACTTCGAATTCAACCTCGA
GCATCAGGAAGCGTATCAAAAGGGTCTTCAATAGAAGAGATGGCAAGGCGACAACGGAGGGTCCTCTATTCCGGT
ATCTCGTTCCTCCCAGACCACCCGTTGTCAATTATCACTACACTCGTGTCTTACCCTCTGGCGTCCCGATATTCA
TCACGCCCTCTCATCGCAAATCTACACACCCATCCTACCTCCCGACTTACAACTCGCCTCTCGAGTTCGGTCTAC
TAGAATCTCTAAATGGCAGGGCGGAGGAGGAAGGCAGGACGATGGTCACCCTCGCCTACTTTGCAAAGAAGGACA
AACGTGAAGATCCTAAACTGTGCGATTCAACGGAGAGGATGGTCGTGTTGAAGGGGAATTTGTTCGGATTCCGCT
CAAATCGGTCTAGAACGAGAACTGGAGGGGAAGAGGAGACGTGGGAGGAAGAGCTACGGGAGAGGAGGAAGAGGG
CCGAGAGGAAGAGGGTAAGAACGGAGCTGAGGGCTATGAAACGGATGGCGGGTGGTGCCAGTCGGGATGGGAGGG
GTGTGTTTGTTGTAAAAGCGGACGGGTGCTTGATGGGCCCTGGTGTCATTTGTATTGCCATGCCATATATGAAAG
CAGATTTAACGGAGATGTACCGCAACCCCAAGTGTCGAAGCTACATGGCAAGGTATGGTCGGGAGTGGGTCATGC
AGTTGGCGCTCGGCTTGAGCTTTATACACGACAACGGAATCATCCACCGCGACATCTGTCCCCAAAACATCCTAA
TAGACTTCAACCACACGCTCAAAATCGCGGACTTCGATTCAGCTTGGGTCTCTCAAAGTTCCTCTTCCAGTCCTC
TGGCACTCCAATCTGGAGTGAAGTACGCCCATCGGCTCGTTGGTTCGAAAGGGTACATCGCACCAGAGATTATCA
GCCGTTGCGCACCCGGAAAGTGGACCCCTGCGCAACGCGAGTTCCTGGAAGGAGACCATGATGTAGACGAGCGGT
ATGCTGAGTTTGCGAGGTATGGGAAGGAGGTGGATTGGTGGTCGCTGGGATGTGTTGTCGCGGAGATGTTGACGA
GTGCCAAGGACGTGGGGTATGCTGTGCTATTTGGCAGGGACGAAACGCTTAGGCTGTTCGTCAAGAGCAGTCCTC
TGGAGAGGGAGTGTGTGTTGAGGGCGTATGGTCTACGTGGTTGGGCATTGAGTCTTGTTCATGGTCTCCTTGATC
CAAATCCAATATCTCGGCTCGGCATTTCGGGCCTTCGAAGGCATTTCTACTTCATGATTAGGAAGGATAACCCCG
AGGAACCGATACCCAATCATCCATTCGAAGCCGACAGGATGGATAGGGAAGGGGAACTTATGAGCTTGTTCGACG
ATCCGAAAAAGATTGTAAAGAATGCTTTGGTCAAGGAGCCTCTACAAGGGCAGTATCGCTCGTGGTTCGAGTGGG
AGTCACCACATAGGGAGAGCGTGACTTTGGGTGCGTACTCGCCTCGAGGCAAGCCTTCTGCGCATGTTGTGCAGA
CAGTGGAAGAGAGGGAAGAGGTGGATGCGAGGACGACAGAGTGGTGGAGTTGGATCAGTCCTGTTGGAAGGTGGA
GGGGCGGGCTTGAGGGGCGGGATTAGACAAGCGCACCATAGCTGAAGAGGGGCTCGGTAGCTTATTGGGCTATTG
CGATTCCGTTCCGTGCAGCACAATAGTACTTTAGAGCTTCTGGCATATTACCTTTCGACAAATTACTTTAAATTC
TGCTACTTGCGTAGAATTGACATTGGTTTTATCC
Length 2509

Gene

Sequence id CopciAB_497007.T0
Sequence >CopciAB_497007.T0
AGCCACTACCTTGTCGGCTGGCGCCAACGTCGAACACATTGGATAGCCCCTGATAAATGGTTATCGACCGTTTCA
GCGTTGAAGCTTTGTTATATCTGGATGGGCGGTGACAATGGCCCTGGATGGAACAGCGAGGTTGGGTCAATGGCC
TCCTTGAAAGCATGTGGCCACGAGGCGGGTCTATCCGATTCTCCGAACCCTTTGTGACGATATATATCGCGCCAA
GGTCCACGGTACGTCTTCCCCGTCTTCCTCCTAGTACGCACCCACAGATCTTGATACGTATACCTTTGTAGACTA
GAAGCAGACCAAGGAAGCCACTAGCAACGCACATCCCACCAACGTGTGTTCTCTCCTCGACCCAGCATGCCCAAC
ATGGACAAGCAGGCTGTCCCCAGTCGTCTTCCGTCATCAAAGGGGTTTTCGAGTCGGCCGTTTTTGCCCTTTCAA
ACGCGTTCGAAGATCGAACCAATGGGGCTGTTCCTTTGAGTCTGGATTTCGTGCATATCGAATCATATTATGGAC
GGGCTTTGAGGAACGTTCCCTTTGTTTTCGCAGGAGTGCCGTGGCGGGGATGTGCGCCCTTTGAATGGTTGGGGT
ATAAGATGGGTGGGAGGGTCGGTAAAGCCTGGTATTCACCACGGTATAGAGGTCTCGACGCTATGACTCCTCGCA
GGCAAATATCTTCCTCCGCAGAGTGGGAGGGCTCCAGCCCTGGTTATGCTTCGAGTTCTGGCTCTAGTGGCTATG
GTCAGTTCAACCCCATCATTTTGTCCTGCCACATGAATTGACGGTATCCTTTTCCGTGGATAGCTTCATCGTCGA
GTAGCAGCCACGCAAGTACCAGCACCGCCGCCACTTCGAATTCAACCTCGAGCATCAGGAAGCGTATCAAAAGGG
TCTTCAATAGAAGAGATGGCAAGGCGACAACGGAGGGTCCTCTATTCCGGTATCTCGTTCGTAAGTACCTAACGT
GGTACCTCGAACTCACTAAAGACGAACCAACGATTTCAACAGCTCCCAGACCACCCGTTGTCAATTATCACTACA
CTCGTGTCTTACCCTCTGGCGTCCCGATATTCATCACGCCCTCTCATCGCAAATCTACACACCCATCCTACCTCC
CGACTTACAACTCGCCTCTCGAGTTCGGTCTACTAGAATCTCTAAATGGCAGGGCGGAGGAGGAAGGCAGGACGA
TGGTCACCCTCGCCTACTTTGCAAAGAAGGACAAACGTGAAGATCCTAAACTGTGCGATTCAACGGAGAGGATGG
TCGTGTTGAAGGGGAATTTGTTCGGATTCCGCTCAAATCGGTCTAGAACGAGAACTGGAGGGGAAGAGGAGACGT
GGGAGGAAGAGCTACGGGAGAGGAGGAAGAGGGCCGAGAGGAAGAGGGTAAGAACGGAGCTGAGGGCTATGAAAC
GGATGGCGGGTGGTGCCAGTCGGGATGGGAGGGGTGTGTTTGTTGTAAAAGCGGACGGGTGCTTGATGGGCCCTG
GTGTCATTTGTATTGCCATGGTATGCCTATTCGAAGAGTGAGAGGGCTGATTGACTGACTTCAAGTTATTGACTT
CCAGCCATATATGAAAGCAGATTTAACGGAGATGTACCGCAACCCCAAGTGTCGAAGCTACATGGCAAGGTATGG
TCGGGAGTGGGTCATGCAGTTGGTGAGTCTCCACCTTGACGAGGTGGTGTAACAGTAACTAACTGGCTGATGTAC
CCCTTCCTTTCTACTGAACAGGCGCTCGGCTTGAGCTTTATACACGACAACGGAATCATCCACCGCGACATCTGT
CCCCAAAACATCCTAATAGACTTCAACCACACGCTCAAAATCGCGGACTTCGATTCAGCTTGGGTCTCTCAAAGT
TCCTCTTCCAGTCCTCTGGCACTCCAATCTGGAGTGAAGTACGCCCATCGGCTCGTTGGTTCGAAAGGGTACATC
GCACCAGAGATTATCAGCCGTTGCGCACCCGGAAAGTGGACCCCTGCGCAACGCGAGTTCCTGGAAGGAGACCAT
GATGTAGACGAGCGGTATGCTGAGTTTGCGAGGTATGGGAAGGAGGTGGATTGGTGGTCGCTGGGATGTGTTGTC
GCGGAGATGTTGACGAGTGCCAAGGACGTGGGGTATGCTGTCAGTGTTCTTTGAATTATCAATTGGCCGTGGATG
AGACGAGGGCTAATCACGAAGCTAATGTAGGTGCTATTTGGCAGGGACGAAACGCTTAGGCTGTTCGTCAAGAGC
AGTCCTCTGGAGAGGGAGTGTGTGTTGAGGGCGTATGGTCTACGTGGTTGGGCATTGAGTCTTGTTCATGGTGTA
CGTCTCCCTCGAATACGCAGCCAGGGGGATGGCACGCTGACTTTGTCTCCAGCTCCTTGATCCAAATCCAATATC
TCGGCTCGGCATTTCGGGCCTTCGAAGGCATTTCTACTTCATGATTAGGAAGGATAACCCCGAGGAACCGATACC
CAATCATCCATTCGAAGCCGACAGGATGGATAGGGAAGGGGAACTTATGAGCTTGTTCGACGATCCGAAAAAGAT
TGTAAAGAATGGTACATTATTCTGACACGGTATGTGACGAGACGAAACTAATTTCCTGGCTTCAGCTTTGGTCAA
GGAGCCTCTACAAGGGCAGTATCGCTCGTGGTTCGAGTGGGAGTCACCACATAGGGAGAGCGTGACTTTGGGTGC
GTACTCGCCTCGAGGCAAGCCTTCTGCGCATGTTGTGCAGACAGTGGAAGAGAGGGAAGAGGTGGATGCGAGGAC
GACAGAGTGGTGGAGTTGGATCAGTCCTGTTGGAAGGTGGAGGGGCGGGCTTGAGGGGCGGGATTAGACAAGCGC
ACCATAGCTGAAGAGGGGCTCGGTAGCTTATTGGGCTATTGCGATTCCGTTCCGTGCAGCACAATAGTACTTTAG
AGCTTCTGGCATATTACCTTTCGACAAATTACTTTAAATTCTGCTACTTGCGTAGAATTGACATTGGTTTTATCC
Length 3000