CopciAB_456245
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_456245 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 456245
Uniprot id Functional description Other 1 protein kinase
Location scaffold_4:150337..153162 Strand -
Gene length (nt) 2826 Transcript length (nt) 2524
CDS length (nt) 2289 Protein length (aa) 762

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_RDB14858 24.9 1.704E-31 133
Lentinula edodes W1-26 v1.0 Lentinedodes1_692 25.7 1.263E-19 94
Lentinula edodes NBRC 111202 Lenedo1_1157490 25.4 2.57E-19 93
Agaricus bisporus var bisporus (H97) Agabi_varbisH97_2_195171 40.9 4.745E-6 49

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 0.7227 0.2723 0.1572
oidia 1.8455 1.1247 0.6493
vegetative_mycelium 1.4665 0.1892 0.1092
primordia 8.9428 0.5136 0.2965
hyphal_knot 1.2323 0.6659 0.3845
young_fruiting_body 22.8001 4.5673 2.6369
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 0.6347 0.2155 0.1244
Wheat bran 0.7522 0.3519 0.2032
Horse manure 1.0172 0.7366 0.4253
Oak leaves 1.1881 0.5895 0.3403
Hay 1.2574 0.3581 0.2067
Corn stalk 1.1348 0.1467 0.0847
Pectine 1.6337 1.0736 0.6198
Microcrystalline cellulose 0.7424 0.2406 0.1389
Xylose 1.6012 0.3713 0.2144
Cellobiose 0.9642 0.1758 0.1015
Lignin 1.4338 1.4052 0.8113
Apple peels 0.7211 0.3477 0.2007
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 1.322 0.1797 0.1038
Bsubtilis 0.8506 0.1893 0.1093
Ecoli 0.5486 0.2089 0.1206
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 789.9907 12.5798 7.263
BS 4h 167.589 25.3439 14.6323
BS 8h 36.24 12.7706 7.3731
BS 12h 6.1555 2.1077 1.2169
Oidia 0 h 5.6055 2.1203 1.2241
Oidia 18 h 1.9725 0.9186 0.5304
Sclerotia 0.178 0.3083 0.178
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 1.4522 0.6022 0.3477
DM 36h 0.8478 0.3897 0.225
DM 60h 0.7823 0.4738 0.2736
DM 84h 0.6344 0.3367 0.1944
DM 108h 1.0851 0.3721 0.2149
DM 132h 1.3414 0.1604 0.0926
DM 156hAE 0.3096 0.3573 0.2063
ELI1hAE 1.23 0.852 0.4919
ELI2hAE 0.7202 0.3877 0.2238
LI2hAE 1.0237 0.6112 0.3529
LI6hAE 0.4536 0.2354 0.1359
LI12hAE 0.6057 0.4264 0.2462
LI18hAE 1.6037 0.6986 0.4034
LI 24hAE 0.3467 0.0854 0.0493
DM 156hAM 0.2091 0.2352 0.1358
ELI1hAM 0.6894 0.6767 0.3907
ELI2hAM 1.9964 1.4452 0.8344
LI2hAM 0.7712 0.5505 0.3179
LI6hAM 0.6578 0.1324 0.0764
LI12hAM 1.1185 1.0394 0.6001
LI18hAM 0.879 0.693 0.4001
LI 24hAM 0.1476 0.185 0.1068
LI 24hHK 0.3053 0.3292 0.1901
L/D 6h 0.8624 0.1327 0.0766
L/D 12h 0.5128 0.1647 0.0951
L/D 18h 0.8079 0.8422 0.4862
L/D 24h 1.4896 0.6 0.3464
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 2.1537 0.5281 0.3049
Hyphal knots 1.699 0.7142 0.4124
Primordium 1 2.1085 0.3172 0.1831
Primordium 2 1.5486 0.294 0.1697
Young Fruiting body cap 2.5014 0.8209 0.4739
Younf fruiting body gill 10.2532 6.6339 3.8301
Young fruiting body stipe 3.6674 1.2223 0.7057
Mature fruiting body cap_gill 164.8301 46.2995 26.731
Mature fruiting body stipe 2.472 0.8497 0.4905
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 0.4373 0.1489 0.0859
NH4NO3 1.4204 0.551 0.3181
Proline 1.1467 0.2867 0.1655
Tryptophan 1.8016 1.1065 0.6388
Isoleucin 1.4941 0.8648 0.4993
Arginine 1.1001 0.2852 0.1647
Metionine 1.0515 0.1891 0.1092
NaNO3 1.0139 0.2454 0.1417
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 0.4373 0.1489 0.0859
Citrus peel 0.859 0.5123 0.2958
Poplar leaves 1.63 0.6628 0.3827
Typha leaves 1.2948 0.567 0.3274
Overwintered Salix leaves 1.3357 0.3728 0.2152
Reed flowering 1.1618 0.7302 0.4216
Tigernut 1.3295 0.1422 0.0821
Energy cane 0.8099 0.3792 0.2189
Guar gum 0.72 0.1396 0.0806
Apple peels 1.9719 0.4941 0.2852
Cellobiose 2.7391 0.2779 0.1604
Corn stalk 1.1027 0.406 0.2344
Horse manure 1.3219 0.6459 0.3729
Lignin 1.0501 0.392 0.2263
Microcrystalline cellulose 2.2253 0.8791 0.5076
Oak leaves 1.2454 0.2319 0.1339
Pectin esterified 1.6995 0.5979 0.3452
Poplar sawdust 0.9826 0.4742 0.2738
Wheat bran 1.376 0.1786 0.1031
Chlamydomonas reinhardtii 1.3597 0.4011 0.2316
Vertatryl alcohol 2.3629 0.7542 0.4354
Furfural 0.6415 0.3717 0.2146
Autoclaved mycelium 1.0562 0.2195 0.1267
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 1.3987 0.3412 0.197
Ribose 1.5439 0.2295 0.1325
Mannose 0.8474 0.0653 0.0461
Fructose 1.8111 0.3658 0.2112
Arabinose 1.1155 0.3855 0.2226
Xylose 0.9311 0.1148 0.0663
Galacturonic acid 1.6484 1.3617 0.7862
Rhamnogalacturonan 0.8296 0.1021 0.0589
Pectin esterified 0.9092 0.4496 0.2596
Polygalacturonic acid 1.4618 0.18 0.1039
Sodium acetate 1.194 0.4642 0.268
No nitrogen 1.9825 0.6682 0.3858
BSA 1.0549 0.4593 0.2652
Glutamine 1.7229 0.2569 0.1483
No phosphate 1.8135 0.1 0.0578
No carbon 1.1065 0.1644 0.1163
No sulphur 1.8635 0.5845 0.3375
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 0.4373 0.1489 0.0859
Amylose 1.2918 0.3447 0.199
Fucose 0.8942 0.2775 0.1602
Galactose 0.8741 0.4133 0.2386
Lactose 0.9135 0.113 0.0653
Maltose 0.726 0.0957 0.0552
Mannitol 1.1427 0.3029 0.1749
Rhamnose 0.9132 0.4269 0.2465
Sorbitol 0.8998 0.0908 0.0524
Trehalose 1.3532 0.6859 0.396
Glycerol 0.9663 0.3186 0.1839
Glucuronic acid 0.7072 0.1605 0.0927
Arabinan 1.2715 0.4757 0.2746
Galactan 1.0083 0.3351 0.1935
Galactomannan 0.7317 0.1145 0.0661
Glucan 1.5543 0.2507 0.1448
Xylan 1.3537 0.8108 0.4681
Xyloglucan 1.2153 0.1465 0.0846
Arabinogalactan 0.9668 0.3608 0.2083
Pectin 0.494 0.2135 0.1233
Rhamnogalacturonan 0.6008 0.4044 0.2335
Polygalacturonic acid 0.6986 0.3554 0.2052
Mannan 0.6228 0.0493 0.0285
Amylopectin 0.651 0.1037 0.0599
Inulin 0.7655 0.3502 0.2022
BSA 2.6561 1.3727 0.7925
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 0.7823 0.4738 0.2736
2h WAT 0.9286 0.8634 0.4985
4h WAT 1.4288 0.4622 0.2669
8h WAT 1.4326 0.6461 0.373
16h WAT 1.4006 0.9016 0.5205
24h WAT 1.5827 0.6195 0.3577
WAT hyphal knot -30h 1.4306 1.0371 0.5988
WAT hyphal knot -22h 1.1431 0.3238 0.1869
WAT hyphal knot -15h 1.1359 0.472 0.2725
WAT hyphal knot -7.5h 0.7972 0.2782 0.1606
WAT hyphal knot 1.9109 0.9468 0.5466
WAT hyphal knot +7.5h 1.3923 0.2833 0.1635
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 2.3756 1.0545 0.6088
Straw 3h 0.3006 0.0524 0.0302
Straw 6h 0.4147 0.0972 0.0561
Straw 12h 0.9465 0.6204 0.3582
Straw 24h 0.8024 0.4179 0.2413
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 1.1176 0.525 0.3031
Frost (-20C, 30min) 0.8444 0.2041 0.1179
Heat shock (47C, 2h) 10.8583 0.7946 0.4587
High CO2 1.2339 0.902 0.5207
Drought (4% agar, 12h) 1.2841 1.286 0.7425
Oxidative (1mM H2O2, 3h) 3.2517 1.3257 0.7654
Acidic (pH4, 3h) 1.5642 0.7013 0.4049
Alkaline (pH9, 3h) 1.2974 0.5006 0.289
Osmotic (sorbitol 2h) 0.3403 0.4107 0.2371
CongoRed (3h) 0.9282 0.2535 0.1464
Cobalt chloride control 0.572 0.1643 0.0949
Cobalt chloride 2mM 0.4489 0.2886 0.1666
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 0.7554 0.6572 0.3794
Cold stimulation 1.2816 0.6525 0.3767
Scratched surface 1.665 0.1903 0.1099
Ca2+, 200mM, 24h 0.1649 0.1475 0.0852
Cu2+, 2mM, 6h 2.0769 0.2889 0.1668
Voriconazole 1.3043 1.9655 1.1348
Trichoderma interaction, early 1.8525 0.6538 0.3774
Trichoderma interaction 60h 1.9803 2.2442 1.2957
Cobalt chloride 2mM repeat 1.4456 0.561 0.3239
Hypoxia 0.9464 0.7675 0.4431
Hypoxia control 0.6262 0.2342 0.1352
Protoplastation control 0.6751 0.018 0.0128
Protoplastation 3.5h 2.1333 2.4686 1.7455
Protoplastation 1.5h 0 0 0

General data

Systematic name -
Protein id CopciAB_456245.T0
Description Other 1 protein kinase

Annotation summary

0 200 400 600 762

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF17667 Fungal protein kinase IPR040976 556 659

SignalP

Prediction Start End Score
No records

Transmembrane domains

Domain n Start End Length
No records

InterPro

Accession Description
IPR040976 Fungal-type protein kinase
IPR011009 Protein kinase-like domain superfamily

GO

Go id Term Ontology
No records

KEGG

KEGG Orthology
No records

EggNOG

COG category Description
E Other 1 protein kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_456245 across fungi.

Arrow shows the origin of gene family containing CopciAB_456245.

Protein

Sequence id CopciAB_456245.T0
Sequence >CopciAB_456245.T0
MTAETRTGSSIPQNQPVERPTCSSRPSNDASGTDVDSTMPVCDGRTRTTESVVGLLKQDLKDACYVGLRAMLTAF
WGRMRAGVEGDEQFDAARAFDAFLTRAAGFCNDEASSGVKERIYEALKTRDQKESCAHLARALNLILEHGRGEDV
AGFQHTVDDEETVVLVNNPTILKCHPIHDVYDYMPKRKPDLVRLPLSALAPIFPEREGERWEDWVESPFVKHGER
VDWGSEGRRTLWRDVVDCWEVRKENVVSEDDLRLLVDRNYQFAIECALDTVDPTPHAAPSVPSPSAGQASGISCD
SRKRKGHSDEHSDSDLESWKRVRTDYNSDSDSPHPTASPHAQSGLYALEMMRARWDRTHAIVVLLIDNQLSIQWY
DPQGCIRTRPIDIVRQLPLLVATILVFQRFDNRMRGIGGFKLDVEVDGKAIPHTLGDDTRTRWGLTGRRSVGGQL
PPCGDLASAVHENKIFGKFLWRAEKQESEEYILETAKRRSVHLGAYKEYVIDHLPCVKAYAEFGSFSTRHIREFM
KLPSDGCLVPTGIAAEWLVPINDLPPEEYARAISQLIRCHFLLWQIGIAHGDISPSNLMQRRCPDGALQAVLNDF
DLAAIMTPGDYSPNKAGFERTGTKPFMAIDLLCSPTKGRVNRMWYHDFESFLWCLVWYCSDVLRRNWSTGSFSKL
AREKYWWLSYAPKRDSDDGVPPQKLDLWRTLLKFRDSWTGRHGIWDLAEEDWEKQLGPFRVFDKYFAKFDSCEDR
GWLTFRGDSSMA
Length 762

Coding

Sequence id CopciAB_456245.T0
Sequence >CopciAB_456245.T0
ATGACGGCGGAGACTCGGACAGGGAGTTCTATCCCACAGAATCAACCCGTCGAACGACCGACGTGCAGCTCGCGC
CCCTCAAACGATGCTTCGGGGACAGATGTAGATTCTACTATGCCTGTGTGTGATGGGAGAACGAGAACCACCGAG
TCTGTGGTTGGTCTCCTCAAGCAGGATCTGAAAGACGCGTGCTATGTTGGTTTGCGGGCCATGTTAACTGCGTTT
TGGGGGAGGATGCGTGCGGGCGTTGAAGGAGATGAGCAGTTTGATGCGGCGAGGGCGTTTGATGCGTTTCTGACT
CGTGCTGCTGGGTTTTGCAATGACGAGGCGTCTAGCGGGGTTAAAGAAAGGATTTATGAAGCGTTGAAGACTCGA
GACCAAAAGGAGAGTTGCGCCCATTTGGCTCGTGCGCTCAACTTGATCCTCGAGCATGGCCGAGGAGAGGACGTT
GCGGGTTTTCAACACACCGTCGATGACGAGGAAACTGTCGTCCTCGTGAACAACCCCACGATTCTGAAGTGCCAT
CCTATCCACGACGTTTATGACTACATGCCTAAACGGAAGCCTGACCTCGTCCGGTTGCCCTTGAGTGCGCTGGCG
CCGATCTTCCCTGAGCGAGAAGGCGAGAGGTGGGAGGATTGGGTCGAGTCTCCGTTCGTGAAACATGGAGAGCGC
GTTGATTGGGGATCGGAGGGACGGAGAACGCTTTGGCGTGATGTTGTGGATTGTTGGGAGGTTAGGAAGGAGAAT
GTGGTGTCGGAGGATGATCTTAGGCTTCTTGTGGATCGAAACTATCAATTCGCGATTGAATGTGCTTTAGACACG
GTTGACCCGACGCCGCATGCTGCTCCCTCGGTCCCATCGCCATCCGCTGGCCAGGCGTCAGGGATATCTTGTGAT
AGCCGGAAACGGAAAGGACATTCAGACGAACACTCTGACAGTGACTTAGAATCGTGGAAGAGGGTCAGAACTGAC
TACAACTCGGATTCGGACTCTCCCCATCCCACTGCATCCCCTCATGCTCAGTCAGGCTTGTATGCACTCGAGATG
ATGCGAGCGAGATGGGACCGCACGCATGCTATCGTCGTCCTCTTGATCGATAATCAACTGTCCATCCAGTGGTAT
GACCCACAAGGCTGTATCCGAACCCGGCCCATCGACATCGTCCGTCAGCTTCCTCTCCTCGTCGCGACGATCCTT
GTTTTCCAACGATTTGATAATCGGATGCGGGGGATTGGAGGGTTCAAGCTGGATGTTGAAGTCGATGGGAAGGCG
ATCCCGCACACGCTTGGAGACGACACGCGTACGCGGTGGGGGCTGACAGGGCGACGTTCAGTCGGTGGTCAGTTG
CCCCCCTGTGGGGACCTAGCATCCGCTGTGCACGAGAACAAGATATTCGGCAAGTTTTTGTGGCGTGCGGAGAAG
CAGGAGAGCGAAGAGTACATCCTCGAAACTGCCAAGAGGAGGTCGGTGCATCTCGGTGCGTACAAGGAGTATGTC
ATCGACCACCTCCCCTGCGTCAAAGCCTACGCCGAGTTCGGCTCCTTCTCGACGAGGCATATTCGCGAGTTTATG
AAGCTACCTTCGGATGGCTGCTTGGTGCCAACTGGAATCGCTGCTGAATGGTTGGTTCCGATCAACGACCTCCCA
CCGGAGGAGTACGCTCGTGCGATCTCGCAACTCATTCGTTGTCATTTTCTTCTCTGGCAAATTGGTATCGCGCAT
GGCGACATCAGTCCGTCGAACCTGATGCAGCGTCGTTGTCCGGATGGTGCCCTCCAAGCCGTCTTGAACGACTTT
GATTTGGCTGCGATCATGACCCCAGGCGATTATTCACCCAATAAGGCGGGCTTCGAGCGGACGGGGACCAAGCCT
TTCATGGCGATCGACCTTCTATGTTCCCCGACGAAAGGACGAGTGAATCGTATGTGGTATCACGACTTTGAGTCC
TTCTTGTGGTGCTTGGTGTGGTACTGTTCCGATGTCCTGCGCCGCAATTGGTCCACTGGTTCATTTTCAAAGCTT
GCGAGGGAAAAATACTGGTGGTTATCCTATGCTCCTAAGCGTGATAGTGACGATGGTGTACCGCCACAGAAACTG
GACCTTTGGAGAACACTGTTGAAGTTCCGAGATAGTTGGACTGGCCGTCATGGGATTTGGGATCTAGCTGAGGAA
GACTGGGAGAAGCAGCTGGGTCCATTCAGGGTGTTTGACAAGTACTTTGCGAAGTTTGATTCATGCGAGGATCGG
GGTTGGTTGACGTTTCGGGGTGACTCCTCCATGGCTTAG
Length 2289

Transcript

Sequence id CopciAB_456245.T0
Sequence >CopciAB_456245.T0
GCGACCACCGCGCACTTACCGATCGAGAGAGGAGGAGTGCCTGGCAGGGGACGTAGCAAGTGGAGCGGGGAGCAT
CTGAATCAGTCTGACCCTTTCCCCCGCTGCCGCGGCGAAGGTCGAAAGCGCCCGCTGCTGTTCCCCGACTGTGAC
CACCACCAACACCTCGATGACGGCGGAGACTCGGACAGGGAGTTCTATCCCACAGAATCAACCCGTCGAACGACC
GACGTGCAGCTCGCGCCCCTCAAACGATGCTTCGGGGACAGATGTAGATTCTACTATGCCTGTGTGTGATGGGAG
AACGAGAACCACCGAGTCTGTGGTTGGTCTCCTCAAGCAGGATCTGAAAGACGCGTGCTATGTTGGTTTGCGGGC
CATGTTAACTGCGTTTTGGGGGAGGATGCGTGCGGGCGTTGAAGGAGATGAGCAGTTTGATGCGGCGAGGGCGTT
TGATGCGTTTCTGACTCGTGCTGCTGGGTTTTGCAATGACGAGGCGTCTAGCGGGGTTAAAGAAAGGATTTATGA
AGCGTTGAAGACTCGAGACCAAAAGGAGAGTTGCGCCCATTTGGCTCGTGCGCTCAACTTGATCCTCGAGCATGG
CCGAGGAGAGGACGTTGCGGGTTTTCAACACACCGTCGATGACGAGGAAACTGTCGTCCTCGTGAACAACCCCAC
GATTCTGAAGTGCCATCCTATCCACGACGTTTATGACTACATGCCTAAACGGAAGCCTGACCTCGTCCGGTTGCC
CTTGAGTGCGCTGGCGCCGATCTTCCCTGAGCGAGAAGGCGAGAGGTGGGAGGATTGGGTCGAGTCTCCGTTCGT
GAAACATGGAGAGCGCGTTGATTGGGGATCGGAGGGACGGAGAACGCTTTGGCGTGATGTTGTGGATTGTTGGGA
GGTTAGGAAGGAGAATGTGGTGTCGGAGGATGATCTTAGGCTTCTTGTGGATCGAAACTATCAATTCGCGATTGA
ATGTGCTTTAGACACGGTTGACCCGACGCCGCATGCTGCTCCCTCGGTCCCATCGCCATCCGCTGGCCAGGCGTC
AGGGATATCTTGTGATAGCCGGAAACGGAAAGGACATTCAGACGAACACTCTGACAGTGACTTAGAATCGTGGAA
GAGGGTCAGAACTGACTACAACTCGGATTCGGACTCTCCCCATCCCACTGCATCCCCTCATGCTCAGTCAGGCTT
GTATGCACTCGAGATGATGCGAGCGAGATGGGACCGCACGCATGCTATCGTCGTCCTCTTGATCGATAATCAACT
GTCCATCCAGTGGTATGACCCACAAGGCTGTATCCGAACCCGGCCCATCGACATCGTCCGTCAGCTTCCTCTCCT
CGTCGCGACGATCCTTGTTTTCCAACGATTTGATAATCGGATGCGGGGGATTGGAGGGTTCAAGCTGGATGTTGA
AGTCGATGGGAAGGCGATCCCGCACACGCTTGGAGACGACACGCGTACGCGGTGGGGGCTGACAGGGCGACGTTC
AGTCGGTGGTCAGTTGCCCCCCTGTGGGGACCTAGCATCCGCTGTGCACGAGAACAAGATATTCGGCAAGTTTTT
GTGGCGTGCGGAGAAGCAGGAGAGCGAAGAGTACATCCTCGAAACTGCCAAGAGGAGGTCGGTGCATCTCGGTGC
GTACAAGGAGTATGTCATCGACCACCTCCCCTGCGTCAAAGCCTACGCCGAGTTCGGCTCCTTCTCGACGAGGCA
TATTCGCGAGTTTATGAAGCTACCTTCGGATGGCTGCTTGGTGCCAACTGGAATCGCTGCTGAATGGTTGGTTCC
GATCAACGACCTCCCACCGGAGGAGTACGCTCGTGCGATCTCGCAACTCATTCGTTGTCATTTTCTTCTCTGGCA
AATTGGTATCGCGCATGGCGACATCAGTCCGTCGAACCTGATGCAGCGTCGTTGTCCGGATGGTGCCCTCCAAGC
CGTCTTGAACGACTTTGATTTGGCTGCGATCATGACCCCAGGCGATTATTCACCCAATAAGGCGGGCTTCGAGCG
GACGGGGACCAAGCCTTTCATGGCGATCGACCTTCTATGTTCCCCGACGAAAGGACGAGTGAATCGTATGTGGTA
TCACGACTTTGAGTCCTTCTTGTGGTGCTTGGTGTGGTACTGTTCCGATGTCCTGCGCCGCAATTGGTCCACTGG
TTCATTTTCAAAGCTTGCGAGGGAAAAATACTGGTGGTTATCCTATGCTCCTAAGCGTGATAGTGACGATGGTGT
ACCGCCACAGAAACTGGACCTTTGGAGAACACTGTTGAAGTTCCGAGATAGTTGGACTGGCCGTCATGGGATTTG
GGATCTAGCTGAGGAAGACTGGGAGAAGCAGCTGGGTCCATTCAGGGTGTTTGACAAGTACTTTGCGAAGTTTGA
TTCATGCGAGGATCGGGGTTGGTTGACGTTTCGGGGTGACTCCTCCATGGCTTAGTGTAGGGCATGTGTGTCCTT
ACGAGTACGTAGAATTTGAAGATGCCTCCCTAAGGCCATTGACTATTTC
Length 2524

Gene

Sequence id CopciAB_456245.T0
Sequence >CopciAB_456245.T0
GCGACCACCGCGCACTTACCGATCGAGAGAGGAGGAGTGCCTGGCAGGGGACGTAGCAAGTGGAGCGGGGAGCAT
CTGAATCAGTCTGACCCTTTCCCCCGCTGCCGCGGCGAAGGTCGAAAGCGCCCGCTGCTGTTCCCCGACTGTGAC
CACCACCAACACCTCGATGACGGCGGAGACTCGGACAGGGAGTTCTATCCCACAGAATCAACCCGTCGAACGACC
GACGTGCAGCTCGCGCCCCTCAAACGATGCTTCGGGGACAGATGTAGATTCTACTATGCCTGTGTGTGATGGGAG
GTTCGTGTCGTTTATTCTTCTTCAGCGAGCTCAGAACGTTGATTACTGTCTGTCTATTTGAATAGAACGAGAACC
ACCGAGTCTGTGGTTGGTCTCCTCAAGCAGGATCTGAAAGACGCGTGCTATGTTGGTTTGCGGGCCATGTTAACT
GCGTTTTGGGGGAGGATGCGTGCGGGCGTTGAAGGAGATGAGCAGTTTGATGCGGCGAGGGCGTTTGATGCGTTT
CTGACTCGTGCTGCTGGGTTTTGCAATGACGAGGCGTCTAGCGGGGTTAAAGAAAGGATTTATGAAGCGTATGTT
GACTGGCTTAGATTTGCTCTCCTATCTCTATGAGACTGACTAGCATCCTTCGCTTTTTCAGGTTGAAGACTCGAG
ACCAAAAGGAGAGTTGCGCCCATTTGGCTCGTGCGCTCAACTTGATCCTCGAGCATGGCCGAGGAGAGGACGTTG
CGGGTTTTCAACACACCGTCGATGACGAGGAAACTGTCGTCCTCGTGAACAACCCCACGATTCTGAAGTGCCATC
CTATCCACGACGTTTATGACTACATGCCTAAACGGAAGCCTGACCTCGTCCGGTTGCCCTTGAGTGCGCTGGCGC
CGATCTTCCCTGAGCGAGAAGGCGAGAGGTGGGAGGATTGGGTCGAGTCTCCGTTCGTGAAACATGGAGAGCGCG
TTGATTGGGGATCGGAGGGACGGAGAACGCTTTGGCGTGATGTTGTGGATTGTTGGGAGGTTAGGAAGGAGAATG
TGGTGTCGGAGGATGATCTTAGGCTTCTTGTGGATCGAAACTATCAATTCGCGATTGAATGTGGTGGATACATGT
CTCTTGGTCTGCACCGGGCCGCATTGAACTGATCGATTTTCGTTTGGATTAGCTTTAGACACGGTTGACCCGACG
CCGCATGCTGCTCCCTCGGTCCCATCGCCATCCGCTGGCCAGGCGTCAGGGATATCTTGTGATAGCCGGAAACGG
AAAGGACATTCAGACGAACACTCTGACAGTGACTTAGAATCGTGGAAGAGGGTCAGAACTGACTACAACTCGGAT
TCGGACTCTCCCCATCCCACTGCATCCCCTCATGCTCAGTCAGGCTTGTATGCACTCGAGATGATGCGAGCGAGA
TGGGACCGCACGCATGCTATCGTCGTCCTCTTGATCGGTAGGTGCCAAAATCCTTTAGTCTTCCTTCCAAATCTG
ACTGTTTTGTAGATAATCAACTGTCCATCCAGTGGTATGACCCACAAGGCTGTATCCGAACCCGGCCCATCGACA
TCGTCCGTCAGCTTCCTCTCCTCGTCGCGACGATCCTTGTTTTCCAACGATTTGATAATCGGATGCGGGGGATTG
GAGGGTTCAAGCTGGATGTTGAAGTCGATGGGAAGGCGATCCCGCACACGCTTGGAGACGACACGCGTACGCGGT
GGGGGCTGACAGGGCGACGTTCAGTCGGTGGTCAGTTGCCCCCCTGTGGGGACCTAGCATCCGCTGTGCACGAGA
ACAAGATATTCGGCAAGTTTTTGTGGCGTGCGGAGAAGCAGGAGAGCGAAGAGTACATCCTCGAAACTGCCAAGA
GGAGGTCGGTGCATCTCGGTGCGTACAAGGAGTATGTCATCGACCACCTCCCCTGCGTCAAAGCCTACGCCGAGT
TCGGCTCCTTCTCGACGAGGCATATTCGCGAGTTTATGAAGCTACCTTCGGATGGCTGCTTGGTGCCAACTGGAA
TCGCTGCTGAATGGTTGGTTCCGATCAACGACCTCCCACCGGAGGAGTACGCTCGTGCGATCTCGCAACTCATTC
GTTGTGAGTACGGGTTTTCTGCCTAGTTTACCCATCGAGCTAAGTCCCTTTTCATTAGGTCATTTTCTTCTCTGG
CAAATTGGTATCGCGCATGGCGACATCAGTCCGTCGAACCTGATGCAGCGTCGTTGTCCGGATGGTGCCCTCCAA
GCCGTCTTGAACGACTTTGATTTGGCTGCGATCATGACCCCAGGCGATTATTCACCCAATAAGGCGGGCTTCGAG
CGGACGGGGACCAAGCCTTTCATGGCGATCGACCTTCTATGTTCCCCGACGAAAGGACGAGTGAATCGTATGTGG
TATCACGACTTTGAGTCCTTCTTGTGGTGCTTGGTGTGGTACTGTTCCGATGTCCTGCGCCGCAATTGGTCCACT
GGTTCATTTTCAAAGCTTGCGAGGGAAAAATACTGGTGGTTATCCTATGCTCCTAAGCGTGATAGTGACGATGGT
GTACCGCCACAGAAACTGGACCTTTGGAGAACACTGTTGAAGTTCCGAGATAGTTGGACTGGCCGTCATGGGATT
TGGGATCTAGCTGAGGAAGACTGGGAGAAGCAGCTGGGTCCATTCAGGGTGTTTGACAAGTACTTTGCGAAGTTT
GATTCATGCGAGGATCGGGGTTGGTTGACGTTTCGGGGTGACTCCTCCATGGCTTAGTGTAGGGCATGTGTGTCC
TTACGAGTACGTAGAATTTGAAGATGCCTCCCTAAGGCCATTGACTATTTC
Length 2826