CopciAB_543068
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_543068 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 543068
Uniprot id Functional description kinase-like protein
Location scaffold_7:785860..789638 Strand +
Gene length (nt) 3779 Transcript length (nt) 3284
CDS length (nt) 2952 Protein length (aa) 983

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_CAA7262791 47.4 7.719E-276 869
Hypsizygus marmoreus strain 51987-8 Hypma_RDB14785 40.2 5.655E-212 683
Lentinula edodes NBRC 111202 Lenedo1_1122895 39.8 6.093E-208 671
Lentinula edodes W1-26 v1.0 Lentinedodes1_3438 39.6 6.41E-207 668
Pleurotus eryngii ATCC 90797 Pleery1_1459245 36.3 4.895E-166 548
Pleurotus ostreatus PC15 PleosPC15_2_1108217 35.6 1.234E-157 523
Pleurotus ostreatus PC9 PleosPC9_1_98021 34.6 1.431E-152 508
Lentinula edodes B17 Lened_B_1_1_15625 38.6 1.92E-139 469
Auricularia subglabra Aurde3_1_1249608 38.3 7.747E-49 191

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 13.1939 0.8409 0.4855
oidia 7.9834 0.4522 0.2611
vegetative_mycelium 11.054 0.5583 0.3223
primordia 19.6048 1.5121 0.873
hyphal_knot 5.6065 1.1105 0.6412
young_fruiting_body 7.5187 2.252 1.3002
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 8.81 1.7181 0.992
Wheat bran 14.6777 2.4203 1.3973
Horse manure 10.7005 1.8024 1.0406
Oak leaves 23.4894 10.3809 5.9934
Hay 8.7811 1.6362 0.9447
Corn stalk 10.0489 1.48 0.8545
Pectine 13.0515 0.5388 0.3111
Microcrystalline cellulose 26.8898 1.941 1.1206
Xylose 9.9788 1.2429 0.7176
Cellobiose 8.4931 2.2986 1.3271
Lignin 14.7264 7.891 4.5559
Apple peels 15.7128 1.2743 0.7357
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 7.0322 0.6837 0.3947
Bsubtilis 6.8891 1.1355 0.6556
Ecoli 10.857 0.3799 0.2193
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 12.4381 1.9952 1.1519
BS 4h 4.427 1.1558 0.6673
BS 8h 5.148 1.1159 0.6443
BS 12h 5.278 0.4692 0.2709
Oidia 0 h 2.7177 1.202 0.694
Oidia 18 h 3.3115 0.3638 0.2101
Sclerotia 4.0232 1.2623 0.7288
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 2.2479 0.5052 0.2917
DM 36h 2.2071 0.2437 0.1407
DM 60h 1.8763 0.8518 0.4918
DM 84h 2.192 0.8537 0.4929
DM 108h 2.083 0.4314 0.2491
DM 132h 1.5892 0.5519 0.3186
DM 156hAE 2.1138 0.372 0.2148
ELI1hAE 3.8527 2.523 1.4566
ELI2hAE 4.6296 1.7565 1.0141
LI2hAE 3.542 0.2983 0.1722
LI6hAE 2.826 0.9037 0.5217
LI12hAE 4.1608 1.7764 1.0256
LI18hAE 2.1611 0.849 0.4902
LI 24hAE 2.5927 1.0132 0.585
DM 156hAM 1.6282 0.3348 0.1933
ELI1hAM 6.5986 0.4712 0.2721
ELI2hAM 12.3393 1.5845 0.9148
LI2hAM 9.1661 3.7326 2.155
LI6hAM 3.7396 1.1931 0.6889
LI12hAM 3.2082 0.7374 0.4257
LI18hAM 2.8182 0.6323 0.365
LI 24hAM 0.7022 0.3698 0.2135
LI 24hHK 1.164 0.5706 0.3294
L/D 6h 1.2525 0.0976 0.0563
L/D 12h 1.2192 0.0801 0.0462
L/D 18h 1.4446 0.7331 0.4232
L/D 24h 1.6633 0.3133 0.1809
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 4.5387 1.2741 0.7356
Hyphal knots 3.6319 0.9461 0.5462
Primordium 1 3.9462 1.0669 0.616
Primordium 2 4.0711 0.748 0.4318
Young Fruiting body cap 3.3875 0.4734 0.2733
Younf fruiting body gill 15.4192 4.8384 2.7934
Young fruiting body stipe 2.9768 0.36 0.2078
Mature fruiting body cap_gill 2.3758 1.1251 0.6496
Mature fruiting body stipe 4.3538 0.5441 0.3141
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 14.8305 0.9798 0.5657
NH4NO3 14.5991 4.4276 2.5563
Proline 14.0686 5.23 3.0195
Tryptophan 8.0078 4.8816 2.8184
Isoleucin 10.432 1.7105 0.9876
Arginine 17.3314 1.7054 0.9846
Metionine 16.0035 2.4728 1.4277
NaNO3 12.9144 2.14 1.2355
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 14.8305 0.9798 0.5657
Citrus peel 14.2032 1.6482 0.9516
Poplar leaves 12.0965 2.5641 1.4804
Typha leaves 10.0489 1.9918 1.1499
Overwintered Salix leaves 10.8728 1.0049 0.5802
Reed flowering 8.9282 1.2619 0.7286
Tigernut 11.4838 1.8169 1.049
Energy cane 15.0281 3.1193 1.8009
Guar gum 10.6833 3.6038 2.0807
Apple peels 7.6116 0.4021 0.2321
Cellobiose 15.4866 1.0109 0.5837
Corn stalk 7.3377 1.5403 0.8893
Horse manure 7.3603 0.2209 0.1276
Lignin 14.672 7.2903 4.2091
Microcrystalline cellulose 12.3972 2.6977 1.5575
Oak leaves 7.1617 0.8835 0.5101
Pectin esterified 7.0462 1.2965 0.7486
Poplar sawdust 8.0064 2.4301 1.403
Wheat bran 8.4898 0.7873 0.4545
Chlamydomonas reinhardtii 16.4378 1.2008 0.6933
Vertatryl alcohol 7.9371 1.3859 0.8002
Furfural 4.0857 2.2694 1.3102
Autoclaved mycelium 16.0881 1.013 0.5848
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 5.6351 0.6085 0.3513
Ribose 6.595 1.0119 0.5842
Mannose 8.1917 1.5278 1.0803
Fructose 6.0864 0.2323 0.1341
Arabinose 7.0526 0.8288 0.4785
Xylose 7.0439 1.3005 0.7508
Galacturonic acid 5.2706 0.5305 0.3063
Rhamnogalacturonan 7.2573 0.7147 0.4126
Pectin esterified 7.0938 0.6686 0.386
Polygalacturonic acid 7.4671 0.5662 0.3269
Sodium acetate 7.4831 1.9447 1.1228
No nitrogen 8.103 1.309 0.7557
BSA 7.537 0.6321 0.3649
Glutamine 6.4574 1.4586 0.8421
No phosphate 5.812 0.7514 0.4338
No carbon 6.7559 0.9079 0.642
No sulphur 6.4576 0.6061 0.3499
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 14.8305 0.9798 0.5657
Amylose 9.3359 0.9883 0.5706
Fucose 9.9674 1.6673 0.9626
Galactose 11.9555 1.3794 0.7964
Lactose 12.495 3.7995 2.1937
Maltose 9.9558 5.5986 3.2324
Mannitol 13.7443 5.6535 3.264
Rhamnose 15.0978 3.2406 1.871
Sorbitol 11.7933 2.3492 1.3563
Trehalose 13.9374 0.7452 0.4303
Glycerol 12.949 3.093 1.7858
Glucuronic acid 10.1354 0.0459 0.0265
Arabinan 8.9437 2.0878 1.2054
Galactan 10.9237 0.9539 0.5507
Galactomannan 9.745 2.174 1.2552
Glucan 16.4743 3.359 1.9393
Xylan 9.1899 3.4019 1.9641
Xyloglucan 8.7555 1.0188 0.5882
Arabinogalactan 11.4649 1.4858 0.8578
Pectin 14.3906 1.2406 0.7162
Rhamnogalacturonan 7.6542 1.9549 1.1287
Polygalacturonic acid 17.2446 3.8304 2.2115
Mannan 11.2194 1.1793 0.6809
Amylopectin 10.6908 4.2345 2.4448
Inulin 11.3408 0.517 0.2985
BSA 19.3634 3.1668 1.8283
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 1.8763 0.8518 0.4918
2h WAT 4.5516 0.1509 0.0871
4h WAT 3.1749 1.1773 0.6797
8h WAT 2.5874 0.5914 0.3415
16h WAT 2.0955 0.5542 0.32
24h WAT 2.8211 0.6081 0.3511
WAT hyphal knot -30h 2.6871 0.8286 0.4784
WAT hyphal knot -22h 3.5745 0.7554 0.4361
WAT hyphal knot -15h 3.8699 0.2506 0.1447
WAT hyphal knot -7.5h 3.311 1.6193 0.9349
WAT hyphal knot 3.434 0.8093 0.4672
WAT hyphal knot +7.5h 3.9653 0.6052 0.3494
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 11.0998 4.976 2.8729
Straw 3h 17.7952 8.9947 5.1931
Straw 6h 10.9699 2.7833 1.6069
Straw 12h 8.0149 0.4037 0.2331
Straw 24h 6.9264 0.2596 0.1499
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 4.8094 1.9598 1.1315
Frost (-20C, 30min) 2.3048 0.4525 0.2613
Heat shock (47C, 2h) 6.3241 3.7868 2.1863
High CO2 3.5746 0.6947 0.4011
Drought (4% agar, 12h) 2.8621 1.3967 0.8064
Oxidative (1mM H2O2, 3h) 4.3803 0.8121 0.4688
Acidic (pH4, 3h) 4.3128 0.4772 0.2755
Alkaline (pH9, 3h) 6.3399 1.0911 0.6299
Osmotic (sorbitol 2h) 5.0583 0.6723 0.3882
CongoRed (3h) 9.2115 3.4436 1.9881
Cobalt chloride control 2.2335 0.0422 0.0244
Cobalt chloride 2mM 2.2894 1.1024 0.6365
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 15.927 17.5392 10.1263
Cold stimulation 5.4361 1.5775 0.9108
Scratched surface 5.6861 1.2959 0.7482
Ca2+, 200mM, 24h 6.6728 2.8235 1.6301
Cu2+, 2mM, 6h 6.2002 3.2164 1.857
Voriconazole 3.8184 1.2238 0.7065
Trichoderma interaction, early 5.2291 1.6974 0.98
Trichoderma interaction 60h 5.7112 2.2863 1.32
Cobalt chloride 2mM repeat 3.1869 1.2805 0.7393
Hypoxia 4.5097 1.4478 0.8359
Hypoxia control 2.7453 1.0203 0.5891
Protoplastation control 3.227 0.193 0.1365
Protoplastation 3.5h 4.0219 3.3574 2.3741
Protoplastation 1.5h 5.5467 0.0858 0.0607

General data

Systematic name -
Protein id CopciAB_543068.T0
Description kinase-like protein

Annotation summary

0 200 400 600 800 983

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF07714 Protein tyrosine and serine/threonine kinase IPR001245 697 971

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
IPR011993 PH-like domain superfamily
IPR001245 Serine-threonine/tyrosine-protein kinase, catalytic domain
IPR035899 Dbl homology (DH) domain superfamily
IPR000719 Protein kinase domain
IPR008266 Tyrosine-protein kinase, active 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
K04365

EggNOG

COG category Description
T kinase-like protein

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_543068 across fungi.

Arrow shows the origin of gene family containing CopciAB_543068.

Protein

Sequence id CopciAB_543068.T0
Sequence >CopciAB_543068.T0
MDEHQLNGLEDVSPPTSQLSYVVFIHRVVHDTGNMPPLQPPRAPSDRVRIDSFRTLSRLQLIFEFRVWLEYLRDH
VPRRYDSPMIQLWDCMSFGAPICTLLDLLGSPTPVELRVYADTFNFNLSMDERITFIESFIHRINILEIQGRIPY
GEVLKVDDFISGGVPGYVRVLRTLDRILNSLHDSYPGIFVAPQGWKARRASLIQQLKEAEAIHVSRLSDVAEAAS
RLYSQGDVTDPSLEGFIVNCSRLIPYHNIFYQPLGELPPPGEEIWDDIFMFSDKLLRTNIIRAYHSLCANYLPLV
DTLSKLRSRHLEYADDADMVLRHLSFILGRISDYREILQAILEVSMPMNKDSYDSLCRMTFEMYQLSESIDEAGF
ELRTIWAARCLKMRLGNTLRSFSSEGLGTALLDDRLVVDPVSGDHYSVFLFQSLLICCKERSSEARTADVRYPMK
AWELGPALSGTCPLSIVCAVPTKNLMTIHCFDAAYFELFWVDGSNTEQSITFYPTMPQQYTQWVANLQLFVTRIL
HSTSVPNMEGDDIGTGGIRTGTSFVLTAEETMYEPRRSTARAWSVIGRKGPNSESSSLVAEMGNSPGEQGSILSP
NLLPTLFTPSRNGESVPASPNTPASGNNPRLPNGRNRSRTRPDFQSARSPLRSVFTRDDISPLNNAGRLGSAAPL
EEGLPETLDLTGQITREGNYAVAHGGHSDVWLGRLKKQADDSDQEVKVAVKVLRNTTSDPEKKAKLVGRLQHELR
VWKQLDHMHVLPLYGVTNDFGPYPSMVCPWMEKGSVSKYLEHSGDILDISERLRIIGEIMEGLQYLHLCSIIHGD
LTGSNILLDTNLTAYVCDFGLSAVVLDTDTHTRASFTSHLGGAVRWTDSCFFENLDEENKEWSAPPLTYKSDVYS
LGCVMLEILSGRPPYHYIALDAQVVIELHKGNKPRRPARSFVDDGQWELIQWCWTQPPEDRPDVRDVAEKLEELV
AQRGDVKQ
Length 983

Coding

Sequence id CopciAB_543068.T0
Sequence >CopciAB_543068.T0
ATGGACGAGCACCAGCTGAATGGGTTGGAAGATGTATCGCCGCCCACATCGCAGTTGTCCTATGTTGTCTTTATC
CATCGTGTAGTACACGATACAGGCAATATGCCGCCCCTCCAACCACCCAGGGCACCCTCCGACAGGGTTCGCATC
GACAGTTTCCGGACTTTGTCGCGTCTTCAGCTCATATTCGAGTTTCGTGTATGGCTGGAGTATCTCCGGGACCAC
GTTCCTCGCCGGTACGACTCTCCCATGATTCAGCTATGGGACTGTATGTCGTTCGGGGCACCCATTTGCACGCTC
CTTGACCTCCTTGGCTCCCCAACCCCCGTCGAGCTGAGGGTGTATGCAGATACATTCAACTTTAATCTCAGCATG
GACGAACGAATAACGTTCATAGAAAGCTTCATACATCGGATTAATATTCTCGAAATCCAGGGTCGAATTCCCTAT
GGCGAGGTGTTAAAGGTGGATGACTTTATTAGTGGAGGTGTCCCAGGTTATGTCAGGGTGCTACGAACTCTTGAT
AGGATCTTGAATTCTTTACACGACTCTTACCCTGGTATCTTTGTCGCACCTCAGGGTTGGAAAGCGCGAAGAGCG
AGCTTGATCCAGCAATTGAAGGAAGCAGAGGCCATACACGTATCACGCCTTTCAGATGTTGCTGAGGCGGCATCG
AGACTGTACTCCCAAGGCGACGTGACCGACCCCTCTCTGGAAGGATTCATAGTCAATTGCTCTCGCCTAATACCC
TACCACAACATCTTCTATCAGCCCTTGGGCGAGCTCCCGCCTCCTGGAGAGGAGATTTGGGATGACATCTTTATG
TTCTCGGACAAACTGCTACGGACCAATATCATCCGCGCATACCATTCGCTTTGTGCCAATTACCTTCCTCTTGTG
GATACACTCTCTAAATTGCGCTCGAGACATCTTGAGTACGCCGACGACGCCGACATGGTCCTCCGACACCTTTCC
TTTATCCTCGGCCGGATTTCAGACTACCGCGAAATTCTCCAAGCGATCCTCGAAGTGTCGATGCCCATGAACAAG
GACTCCTACGACTCCCTTTGCCGAATGACCTTCGAGATGTACCAGCTGTCAGAAAGTATCGACGAGGCAGGCTTT
GAATTGCGCACCATTTGGGCTGCCCGGTGTCTCAAAATGCGCTTGGGAAACACACTACGGTCTTTCAGCTCAGAA
GGTCTCGGAACTGCCCTTCTCGACGATAGACTGGTAGTTGACCCAGTTTCTGGAGATCATTACTCCGTTTTCCTT
TTCCAGTCTTTGCTTATCTGTTGCAAGGAGCGAAGCTCGGAGGCCAGGACTGCAGACGTACGCTATCCAATGAAG
GCATGGGAACTGGGACCTGCCCTTTCGGGGACCTGTCCCTTGTCAATCGTTTGTGCTGTACCTACGAAGAACTTG
ATGACGATCCATTGCTTTGACGCAGCCTATTTCGAATTATTCTGGGTGGATGGATCCAACACGGAGCAAAGCATA
ACATTCTACCCGACGATGCCTCAGCAATATACACAATGGGTGGCTAATCTTCAACTCTTCGTCACTCGAATCCTG
CACTCGACCTCTGTTCCGAATATGGAAGGTGACGATATTGGGACTGGAGGCATTCGTACAGGAACTTCTTTCGTC
CTCACGGCGGAAGAGACGATGTACGAACCTCGCAGGTCCACAGCGCGTGCATGGAGCGTCATAGGAAGGAAAGGC
CCCAATTCTGAAAGTTCCTCCCTCGTCGCGGAGATGGGGAATAGCCCGGGCGAGCAAGGTTCCATTCTGAGCCCG
AACCTCTTGCCTACGCTATTCACACCCTCACGAAACGGCGAGAGCGTACCAGCAAGTCCCAACACTCCAGCCTCT
GGAAATAACCCGCGTCTCCCAAACGGCCGAAACCGCTCTCGCACTCGACCCGACTTTCAATCTGCTCGAAGTCCA
CTTCGATCTGTGTTTACGAGGGATGATATTTCGCCCCTCAACAATGCTGGCCGATTGGGATCCGCCGCTCCCCTG
GAGGAGGGGTTACCAGAAACGCTGGATTTGACTGGACAGATCACGCGAGAAGGAAACTACGCAGTGGCTCATGGT
GGTCATTCAGACGTCTGGCTGGGGAGGTTGAAGAAGCAAGCGGACGACAGCGATCAGGAGGTGAAAGTCGCTGTC
AAGGTTCTCCGAAATACCACCAGCGATCCGGAGAAGAAAGCAAAACTTGTCGGTCGTCTCCAGCATGAATTGCGA
GTATGGAAACAATTGGATCACATGCACGTCCTCCCCTTGTATGGTGTTACGAATGATTTCGGTCCGTATCCTTCG
ATGGTGTGCCCTTGGATGGAGAAGGGGAGCGTCAGCAAATATCTGGAGCATTCCGGCGATATCCTAGATATCTCG
GAACGACTGCGAATAATCGGCGAAATCATGGAAGGCCTACAATACCTCCACCTTTGCTCGATCATTCATGGGGAC
TTAACAGGGTCCAACATCCTTCTCGACACCAACCTTACGGCCTATGTCTGTGACTTTGGTCTTTCTGCGGTTGTA
CTCGACACCGACACTCATACGAGGGCGTCGTTTACCTCCCATTTGGGTGGGGCAGTACGGTGGACTGACTCGTGC
TTCTTTGAAAACCTGGATGAGGAGAACAAAGAATGGAGCGCGCCTCCATTAACGTATAAAAGTGATGTCTATTCG
CTGGGTTGTGTTATGCTCGAGATTTTGTCGGGTCGGCCACCATACCACTACATCGCGCTCGACGCTCAAGTTGTC
ATCGAGTTGCACAAGGGCAACAAACCTAGGAGACCTGCTAGGTCATTCGTGGATGATGGGCAGTGGGAGTTGATT
CAGTGGTGTTGGACGCAGCCGCCTGAGGATAGGCCGGATGTGCGAGATGTGGCAGAGAAACTGGAAGAATTGGTA
GCACAACGAGGGGATGTGAAGCAGTAG
Length 2952

Transcript

Sequence id CopciAB_543068.T0
Sequence >CopciAB_543068.T0
CAACGACCACCGGCAATTGAAACGTCTGCATCGTGCAAAACTGAAACATGGCAATTATGCGAAGGCTGTACAGCT
TGGAGACTTTGACAATTGTCAATGATAGGTCATTTTGATGGACGAGCACCAGCTGAATGGGTTGGAAGATGTATC
GCCGCCCACATCGCAGTTGTCCTATGTTGTCTTTATCCATCGTGTAGTACACGATACAGGCAATATGCCGCCCCT
CCAACCACCCAGGGCACCCTCCGACAGGGTTCGCATCGACAGTTTCCGGACTTTGTCGCGTCTTCAGCTCATATT
CGAGTTTCGTGTATGGCTGGAGTATCTCCGGGACCACGTTCCTCGCCGGTACGACTCTCCCATGATTCAGCTATG
GGACTGTATGTCGTTCGGGGCACCCATTTGCACGCTCCTTGACCTCCTTGGCTCCCCAACCCCCGTCGAGCTGAG
GGTGTATGCAGATACATTCAACTTTAATCTCAGCATGGACGAACGAATAACGTTCATAGAAAGCTTCATACATCG
GATTAATATTCTCGAAATCCAGGGTCGAATTCCCTATGGCGAGGTGTTAAAGGTGGATGACTTTATTAGTGGAGG
TGTCCCAGGTTATGTCAGGGTGCTACGAACTCTTGATAGGATCTTGAATTCTTTACACGACTCTTACCCTGGTAT
CTTTGTCGCACCTCAGGGTTGGAAAGCGCGAAGAGCGAGCTTGATCCAGCAATTGAAGGAAGCAGAGGCCATACA
CGTATCACGCCTTTCAGATGTTGCTGAGGCGGCATCGAGACTGTACTCCCAAGGCGACGTGACCGACCCCTCTCT
GGAAGGATTCATAGTCAATTGCTCTCGCCTAATACCCTACCACAACATCTTCTATCAGCCCTTGGGCGAGCTCCC
GCCTCCTGGAGAGGAGATTTGGGATGACATCTTTATGTTCTCGGACAAACTGCTACGGACCAATATCATCCGCGC
ATACCATTCGCTTTGTGCCAATTACCTTCCTCTTGTGGATACACTCTCTAAATTGCGCTCGAGACATCTTGAGTA
CGCCGACGACGCCGACATGGTCCTCCGACACCTTTCCTTTATCCTCGGCCGGATTTCAGACTACCGCGAAATTCT
CCAAGCGATCCTCGAAGTGTCGATGCCCATGAACAAGGACTCCTACGACTCCCTTTGCCGAATGACCTTCGAGAT
GTACCAGCTGTCAGAAAGTATCGACGAGGCAGGCTTTGAATTGCGCACCATTTGGGCTGCCCGGTGTCTCAAAAT
GCGCTTGGGAAACACACTACGGTCTTTCAGCTCAGAAGGTCTCGGAACTGCCCTTCTCGACGATAGACTGGTAGT
TGACCCAGTTTCTGGAGATCATTACTCCGTTTTCCTTTTCCAGTCTTTGCTTATCTGTTGCAAGGAGCGAAGCTC
GGAGGCCAGGACTGCAGACGTACGCTATCCAATGAAGGCATGGGAACTGGGACCTGCCCTTTCGGGGACCTGTCC
CTTGTCAATCGTTTGTGCTGTACCTACGAAGAACTTGATGACGATCCATTGCTTTGACGCAGCCTATTTCGAATT
ATTCTGGGTGGATGGATCCAACACGGAGCAAAGCATAACATTCTACCCGACGATGCCTCAGCAATATACACAATG
GGTGGCTAATCTTCAACTCTTCGTCACTCGAATCCTGCACTCGACCTCTGTTCCGAATATGGAAGGTGACGATAT
TGGGACTGGAGGCATTCGTACAGGAACTTCTTTCGTCCTCACGGCGGAAGAGACGATGTACGAACCTCGCAGGTC
CACAGCGCGTGCATGGAGCGTCATAGGAAGGAAAGGCCCCAATTCTGAAAGTTCCTCCCTCGTCGCGGAGATGGG
GAATAGCCCGGGCGAGCAAGGTTCCATTCTGAGCCCGAACCTCTTGCCTACGCTATTCACACCCTCACGAAACGG
CGAGAGCGTACCAGCAAGTCCCAACACTCCAGCCTCTGGAAATAACCCGCGTCTCCCAAACGGCCGAAACCGCTC
TCGCACTCGACCCGACTTTCAATCTGCTCGAAGTCCACTTCGATCTGTGTTTACGAGGGATGATATTTCGCCCCT
CAACAATGCTGGCCGATTGGGATCCGCCGCTCCCCTGGAGGAGGGGTTACCAGAAACGCTGGATTTGACTGGACA
GATCACGCGAGAAGGAAACTACGCAGTGGCTCATGGTGGTCATTCAGACGTCTGGCTGGGGAGGTTGAAGAAGCA
AGCGGACGACAGCGATCAGGAGGTGAAAGTCGCTGTCAAGGTTCTCCGAAATACCACCAGCGATCCGGAGAAGAA
AGCAAAACTTGTCGGTCGTCTCCAGCATGAATTGCGAGTATGGAAACAATTGGATCACATGCACGTCCTCCCCTT
GTATGGTGTTACGAATGATTTCGGTCCGTATCCTTCGATGGTGTGCCCTTGGATGGAGAAGGGGAGCGTCAGCAA
ATATCTGGAGCATTCCGGCGATATCCTAGATATCTCGGAACGACTGCGAATAATCGGCGAAATCATGGAAGGCCT
ACAATACCTCCACCTTTGCTCGATCATTCATGGGGACTTAACAGGGTCCAACATCCTTCTCGACACCAACCTTAC
GGCCTATGTCTGTGACTTTGGTCTTTCTGCGGTTGTACTCGACACCGACACTCATACGAGGGCGTCGTTTACCTC
CCATTTGGGTGGGGCAGTACGGTGGACTGACTCGTGCTTCTTTGAAAACCTGGATGAGGAGAACAAAGAATGGAG
CGCGCCTCCATTAACGTATAAAAGTGATGTCTATTCGCTGGGTTGTGTTATGCTCGAGATTTTGTCGGGTCGGCC
ACCATACCACTACATCGCGCTCGACGCTCAAGTTGTCATCGAGTTGCACAAGGGCAACAAACCTAGGAGACCTGC
TAGGTCATTCGTGGATGATGGGCAGTGGGAGTTGATTCAGTGGTGTTGGACGCAGCCGCCTGAGGATAGGCCGGA
TGTGCGAGATGTGGCAGAGAAACTGGAAGAATTGGTAGCACAACGAGGGGATGTGAAGCAGTAGATTGACTCGAG
AGATACATGTTGTTATCCACTGGTTCTGCAATGGCCCGGTATACACGCCACAGACCTTGGGTCTCAAGGCGTTAT
AGTGTAGTGGTTATCACTCGGGATTTTGACTACATACCAGCAATCTTCCCGAAACCCAGGTTCGAACCCTGGTAA
CGCCTGTAAGCGTCTTCCATTTCATGTTTTTGCGCGCTTTTGGTTCCCCCGGATCGGCT
Length 3284

Gene

Sequence id CopciAB_543068.T0
Sequence >CopciAB_543068.T0
CAACGACCACCGGCAATTGAAACGTCTGCATCGTGCAAAACTGAAACATGGCAATTATGCGAAGGCTGTACAGCT
TGGAGACTTTGACAATTGTCAATGATAGGTCATTTTGATGGACGAGCACCAGCTGAATGGGTTGGAAGATGTATC
GCCGCCCACATCGCAGTTGTCCTATGTTGTCTTTATCCATCGTGTAGTACACGATACAGGCAATATGCCGCCCCT
CCAACCACCCAGGGCACCCTCCGACAGGGTTCGCATCGACAGTTTCCGGACTTTGTCGCGTCTTCAGCTCATATT
CGAGTTTCGTGTATGGCTGGAGTATCTCCGGGACCACGTTCCTCGCCGGTACGACTCTCCCATGATTCAGCTATG
GGACTGTATGTCGTTCGGGGCACCCATTTGCACGCTCCTTGACCTCCTTGGCTCCCCAACCCCCGTCGAGCTGAG
GGTGTATGCAGATACATTCAACTTTAATCTCAGCATGGACGAACGAATAACGTTCATAGAAAGCTTCATACATCG
GATTAATATTCTCGAAATCCAGGGTCGAATTCCCTATGGCGAGGTGTTAAAGGTGGATGACTTTATTAGTGGAGG
TGTCCCAGGTTATGTCAGGGTGAGTGATCAACTTGTATACCCAACCCCTTCGCTCGCTGATCCTTGTTCATCAGG
TGCTACGAACTCTTGATAGGATCTTGAATTCTTTACACGACTCTTACCCTGGTATCTTTGTCGCACCTCAGGGTT
GGAAAGCGCGAAGAGCGAGCTTGATCCAGCAATTGAAGGAAGCAGAGGCCATACACGTATCACGCCTTTCAGATG
TTGCTGTAGGTCCGTTCAAAACCTTTTCGCATCCACAGGACTCAAAAAACCCTAGGAGGCGGCATCGAGACTGTA
CTCCCAAGGCGACGTGACCGACCCCTCTCTGGAAGGATTCATAGTCAATTGCTCTCGCCTAATACCCTACCACAA
CATCTTCTATCAGCCCTTGGGCGAGCTCCCGCCTCCTGGAGAGGAGATTTGGGATGACATCTTTATGTTCTCGGT
ATGGAGCTCCGACCACCTCAAACCAAGATCCATTCTGACGGAGTGATGCAGGACAAACTGCTACGGACCAATATC
ATCCGCGCATACCATTCGCTTTGTGCCAATTACCTTCCTCTTGTGGATACACTCTCTAAATTGCGCTCGAGACAT
GTAAGACTCCATGCTCATTTACCGTTCTCTGTTACTAAAAGCAACTTAGCTTGAGTACGCCGACGACGCCGACAT
GGTCCTCCGACACCTTTCCTTTATCCTCGGCCGGATTTCAGACTACCGCGAAATTCTCCAAGCGATCCTCGAAGT
GTCGATGCCCATGAACAAGGACTCCTACGACTCCCTTTGCCGAATGACCTTCGAGATGTACCAGCTGTCAGAAAG
TATCGACGAGGCAGGCTTTGAATTGCGCACCATTTGGGCTGCCCGGTGTCTCAAAATGCGCTTGGGAAACACACT
ACGGTCTTTCAGCTCAGAAGGTCTCGGAACTGCCCTTCTCGACGATAGACTGGTAGTTGACCCAGTTTCTGGAGA
TCATTACTCCGTTTTCCTTTTCCAGTCTTTGCTTATCTGTTGCAAGGAGCGAAGCTCGGAGGCCAGGACTGCAGA
CGTACGCTATCCAATGAAGGCATGGGAACTGGGACCTGCCCTTTCGGGGACCTGTCCCTTGTCAATCGTTTGTGC
TGTACCTACGAAGAACTTGATGACGATCCATTGCTTTGACGCAGGTGAGTGGAACGACCCGGTTCGCCCATTTGA
ATCGTAACTAACCGCGCTTCGTGTAGCCTATTTCGAATTATTCTGGGTGGATGGATCCAACACGGAGCAAAGCAT
AACATTCTACCCGACGATGCCTCAGCAATATACACAATGGGTGGCTAATCTTCAACTCTTCGTCACTCGAATCCT
GCACTCGACCTCTGTTCCGAATATGGAAGGTGACGATATTGGGACTGGAGGCATTCGTACAGGAACTTCTTTCGT
CCTCACGGCGGAAGAGACGATGTACGAACCTCGCAGGTCCACAGCGCGTGCATGGAGCGTCATAGGAAGGAAAGG
CCCCAATTCTGAAAGTTCCTCCCTCGTCGCGGAGATGGGGAATAGCCCGGGCGAGCAAGGTTCCATTCTGAGCCC
GAACCTCTTGCCTACGCTATTCACACCCTCACGAAACGGCGAGAGCGTACCAGCAAGTCCCAACACTCCAGCCTC
TGGAAATAACCCGCGTCTCCCAAACGGCCGAAACCGCTCTCGCACTCGACCCGACTTTCAATCTGCTCGAAGTCC
ACTTCGATCTGTGTTTACGAGGGATGATATTTCGCCCCTCAACAATGCTGGCCGATTGGGATCCGCCGCTCCCCT
GGAGGAGGGGTTACCAGAAACGCTGGATTTGACTGGACAGATCACGCGAGAAGGAAACTACGCAGTGGCTCATGG
TGGTCATTCAGACGTCTGGCTGGGGAGGTTGAAGAAGCAAGCGGACGACAGCGATCAGGAGGTGAAAGTCGCTGT
CAAGGTTCTCCGAAATACCACCAGCGATCCGGAGAAGAAAGCAAAACTTGTCGGTGTGAGTATCCGTACTGTTAC
TACTTGTGCGATATGGCTAACAACCTTCTTAGCGTCTCCAGCATGAATTGCGAGTATGGAAACAATTGGATCACA
TGCACGTCCTCCCCTTGTATGGTGTTACGAATGATTTCGGTCCGTATCCTTCGATGGTGTGCCCTTGGATGGAGA
AGGGGAGCGTCAGCAAATATCTGGAGCATTCCGGCGATATCCTAGATATCTCGGAACGACTGCGAATAGTGAGTC
GTCTCAGCTTTAGACAACTCGTACCGTTGCCATTCTGACCCCGGGGGATTTTAGATCGGCGAAATCATGGAAGGC
CTACAATACCTCCACCTTTGCTCGATCATTCATGGGGACTTAACAGGGGTACGTATTCACCTCCTTCCCTTCATG
GTGGCCTGGAAAGCCTGACCTATCGCCTTCAGTCCAACATCCTTCTCGACACCAACCTTACGGCCTATGTCTGTG
ACTTTGGTCTTTCTGCGGTTGTACTCGACACCGACACTCATACGAGGGCGTCGTTTACCTCCCATTTGGGTGGGG
CAGTACGGTGGACTGACTCGTGCTTCTTTGAAAACCTGGATGAGGAGAACAAAGAATGGAGCGCGCCTCCATTAA
CGTATAAAAGTGATGTCTATTCGCTGGGTTGTGTTATGCTCGAGGTACCCTGTCTTATGCTTGGAATCTACAAAA
GAGAAAAAACTCAAACAATACTCTGCAGATTTTGTCGGGTCGGCCACCATACCACTACATCGCGCTCGACGCTCA
AGTTGTCATCGAGTTGCACAAGGGCAACAAACCTAGGAGACCTGCTAGGTCATTCGTGGATGATGGGCAGTGGGA
GTTGATTCAGTGGTGTTGGACGCAGCCGCCTGAGGATAGGCCGGATGTGCGAGATGTGGCAGAGAAACTGGAAGA
ATTGGTAGCACAACGAGGGGATGTGAAGCAGTAGATTGACTCGAGAGATACATGTTGTTATCCACTGGTTCTGCA
ATGGCCCGGTATACACGCCACAGACCTTGGGTCTCAAGGCGTTATAGTGTAGTGGTTATCACTCGGGATTTTGAC
TACATACCAGCAATCTTCCCGAAACCCAGGTTCGAACCCTGGTAACGCCTGTAAGCGTCTTCCATTTCATGTTTT
TGCGCGCTTTTGGTTCCCCCGGATCGGCT
Length 3779