CopciAB_187372
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_187372 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 187372
Uniprot id Functional description protein serine/threonine kinase activity
Location scaffold_9:1376423..1378993 Strand -
Gene length (nt) 2571 Transcript length (nt) 2276
CDS length (nt) 1935 Protein length (aa) 644

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_RDB23495 29.1 8.962E-19 91

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 54.4152 1.3722 0.7923
oidia 43.0627 3.5518 2.0506
vegetative_mycelium 39.4779 1.7066 0.9853
primordia 34.7659 1.9366 1.1181
hyphal_knot 30.2837 0.5324 0.3074
young_fruiting_body 12.9411 1.4115 0.815
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 40.0016 12.1651 7.0235
Wheat bran 12.8896 2.9657 1.7123
Horse manure 25.2878 3.8399 2.2169
Oak leaves 19.2818 2.8592 1.6507
Hay 19.086 2.3093 1.3333
Corn stalk 19.1331 4.371 2.5236
Pectine 26.1361 2.0181 1.1652
Microcrystalline cellulose 22.1369 3.6613 2.1138
Xylose 28.3508 7.7845 4.4944
Cellobiose 36.6657 9.4245 5.4412
Lignin 26.5053 6.215 3.5882
Apple peels 31.4463 5.5618 3.2111
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 25.7761 0.9757 0.5633
Bsubtilis 35.8513 1.5915 0.9189
Ecoli 31.5677 1.5625 0.9021
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 1.4455 0.2308 0.1333
BS 4h 2.8428 0.4484 0.2589
BS 8h 2.4475 0.4447 0.2567
BS 12h 1.3204 0.0506 0.0292
Oidia 0 h 6.7804 0.5366 0.3098
Oidia 18 h 2.6656 0.9452 0.5457
Sclerotia 10.6682 1.7759 1.0253
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 8.5205 1.3158 0.7597
DM 36h 7.4031 1.3267 0.766
DM 60h 5.5052 2.1558 1.2447
DM 84h 4.6782 1.1737 0.6776
DM 108h 6.9765 0.0216 0.0125
DM 132h 7.8026 0.0475 0.0274
DM 156hAE 14.2712 1.3101 0.7564
ELI1hAE 9.9198 2.9848 1.7233
ELI2hAE 9.1193 1.5087 0.8711
LI2hAE 7.6173 2.6109 1.5074
LI6hAE 9.2055 1.7319 0.9999
LI12hAE 11.9235 2.357 1.3608
LI18hAE 12.2878 1.2348 0.7129
LI 24hAE 14.0501 1.3499 0.7793
DM 156hAM 8.7089 3.8841 2.2425
ELI1hAM 6.5478 2.5024 1.4448
ELI2hAM 4.6208 0.5474 0.3161
LI2hAM 4.6121 0.7731 0.4463
LI6hAM 6.9831 1.3608 0.7857
LI12hAM 8.3826 1.032 0.5959
LI18hAM 7.801 2.7798 1.6049
LI 24hAM 7.1507 0.9683 0.5591
LI 24hHK 12.1127 1.6691 0.9636
L/D 6h 13.9221 5.4657 3.1556
L/D 12h 16.3653 3.7841 2.1848
L/D 18h 9.1618 4.1956 2.4224
L/D 24h 11.6514 2.4162 1.395
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 19.54 4.7521 2.7436
Hyphal knots 30.7374 20.4004 11.7782
Primordium 1 19.3427 4.1014 2.3679
Primordium 2 17.6164 2.744 1.5842
Young Fruiting body cap 133.7838 9.1639 5.2908
Younf fruiting body gill 19.4736 2.072 1.1963
Young fruiting body stipe 64.5066 25.0058 14.4371
Mature fruiting body cap_gill 42.8456 24.2173 13.9819
Mature fruiting body stipe 37.2066 12.4575 7.1923
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 38.3854 6.7827 3.916
NH4NO3 21.7955 3.3832 1.9533
Proline 25.6633 5.6606 3.2681
Tryptophan 21.8249 4.1224 2.3801
Isoleucin 22.7923 6.3602 3.672
Arginine 23.8401 4.0456 2.3357
Metionine 30.8082 2.1926 1.2659
NaNO3 24.593 0.4588 0.2649
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 38.3854 6.7827 3.916
Citrus peel 10.0512 3.4759 2.0068
Poplar leaves 26.1647 3.5262 2.0359
Typha leaves 22.5721 4.8081 2.776
Overwintered Salix leaves 24.7843 2.3429 1.3527
Reed flowering 18.1781 7.7647 4.4829
Tigernut 17.2928 2.8381 1.6386
Energy cane 22.7412 3.7817 2.1834
Guar gum 23.4534 7.6094 4.3933
Apple peels 22.2688 4.2991 2.4821
Cellobiose 32.344 4.4239 2.5541
Corn stalk 30.4241 1.7552 1.0133
Horse manure 32.026 3.6596 2.1129
Lignin 20.3938 7.0646 4.0788
Microcrystalline cellulose 25.4186 3.3166 1.9148
Oak leaves 30.1477 1.085 0.6264
Pectin esterified 24.4709 2.2085 1.2751
Poplar sawdust 35.1402 1.2773 0.7375
Wheat bran 20.1911 3.1805 1.8363
Chlamydomonas reinhardtii 26.99 2.816 1.6258
Vertatryl alcohol 20.3513 2.2904 1.3224
Furfural 14.1921 0.7681 0.4434
Autoclaved mycelium 29.2311 2.7233 1.5723
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 34.3838 2.2346 1.2901
Ribose 39.8376 5.9699 3.4467
Mannose 39.6501 2.3664 1.6733
Fructose 40.8669 5.1142 2.9527
Arabinose 41.8635 1.1892 0.6866
Xylose 35.5429 3.1122 1.7968
Galacturonic acid 42.587 2.4279 1.4017
Rhamnogalacturonan 43.9556 0.2777 0.1603
Pectin esterified 37.3213 5.3744 3.1029
Polygalacturonic acid 39.9994 4.3549 2.5143
Sodium acetate 44.8935 4.2321 2.4434
No nitrogen 37.1911 1.4907 0.8607
BSA 41.4739 1.0526 0.6077
Glutamine 40.2857 1.8323 1.0579
No phosphate 27.9704 1.1957 0.6903
No carbon 44.5589 6.4213 4.5405
No sulphur 40.4984 2.2681 1.3095
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 38.3854 6.7827 3.916
Amylose 24.6677 3.9689 2.2914
Fucose 26.4859 1.9109 1.1033
Galactose 31.5841 3.1242 1.8038
Lactose 25.0543 3.6923 2.1318
Maltose 24.2895 3.3824 1.9528
Mannitol 27.2798 1.3935 0.8046
Rhamnose 27.7662 1.8799 1.0853
Sorbitol 30.5668 5.6446 3.2589
Trehalose 25.1202 2.8177 1.6268
Glycerol 23.5939 1.4468 0.8353
Glucuronic acid 29.0701 3.9107 2.2578
Arabinan 25.4295 5.6309 3.251
Galactan 18.4381 2.8424 1.6411
Galactomannan 22.7771 4.7145 2.7219
Glucan 25.5577 5.4879 3.1684
Xylan 26.2106 3.3243 1.9193
Xyloglucan 27.7551 2.8717 1.658
Arabinogalactan 28.1922 5.6047 3.2359
Pectin 23.0495 8.9069 5.1424
Rhamnogalacturonan 29.369 2.5797 1.4894
Polygalacturonic acid 24.9566 4.4277 2.5563
Mannan 25.8062 2.6964 1.5568
Amylopectin 19.2003 1.6175 0.9338
Inulin 28.0156 3.3045 1.9078
BSA 27.3484 2.4391 1.4082
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 5.5052 2.1558 1.2447
2h WAT 7.5024 1.1849 0.6841
4h WAT 7.5153 1.6908 0.9762
8h WAT 10.4857 2.2523 1.3003
16h WAT 8.8509 1.2314 0.711
24h WAT 9.457 2.3411 1.3516
WAT hyphal knot -30h 11.0008 0.8045 0.4645
WAT hyphal knot -22h 11.1194 1.3326 0.7694
WAT hyphal knot -15h 12.987 2.6117 1.5079
WAT hyphal knot -7.5h 11.3645 4.6436 2.681
WAT hyphal knot 10.2755 3.0385 1.7543
WAT hyphal knot +7.5h 8.9888 1.7521 1.0116
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 24.5281 3.0483 1.7599
Straw 3h 11.6373 4.4629 2.5766
Straw 6h 15.8124 2.0894 1.2063
Straw 12h 23.6301 3.5519 2.0507
Straw 24h 17.3716 5.5778 3.2204
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 3.9597 1.0703 0.618
Frost (-20C, 30min) 10.6358 1.4028 0.8099
Heat shock (47C, 2h) 7.8919 3.1543 1.8211
High CO2 5.3423 0.2211 0.1276
Drought (4% agar, 12h) 3.4234 1.9627 1.1332
Oxidative (1mM H2O2, 3h) 4.6197 0.442 0.2552
Acidic (pH4, 3h) 2.7063 0.8165 0.4714
Alkaline (pH9, 3h) 3.6784 0.5865 0.3386
Osmotic (sorbitol 2h) 2.7397 1.0421 0.6017
CongoRed (3h) 5.4297 1.4339 0.8279
Cobalt chloride control 5.9345 0.7345 0.4241
Cobalt chloride 2mM 8.1436 2.3293 1.3448
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 7.3742 3.4192 1.9741
Cold stimulation 7.9049 3.2246 1.8617
Scratched surface 10.1381 2.8059 1.62
Ca2+, 200mM, 24h 3.8157 2.0934 1.2087
Cu2+, 2mM, 6h 3.482 0.69 0.3984
Voriconazole 8.2619 2.9971 1.7304
Trichoderma interaction, early 6.9432 2.3129 1.3354
Trichoderma interaction 60h 1.7015 1.8731 1.0814
Cobalt chloride 2mM repeat 19.5007 3.6877 2.1291
Hypoxia 6.6807 1.0741 0.6201
Hypoxia control 5.3068 2.3291 1.3447
Protoplastation control 7.2782 0.9258 0.6546
Protoplastation 3.5h 2.4541 1.7384 1.2292
Protoplastation 1.5h 4.0843 1.5913 1.1252

General data

Systematic name -
Protein id CopciAB_187372.T0
Description protein serine/threonine kinase activity

Annotation summary

0 200 400 600 644

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF00069 Protein kinase domain IPR000719 382 573

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
IPR008271 Serine/threonine-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
K01104
K08867

EggNOG

COG category Description
G protein serine/threonine kinase activity

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_187372 across fungi.

Arrow shows the origin of gene family containing CopciAB_187372.

Protein

Sequence id CopciAB_187372.T0
Sequence >CopciAB_187372.T0
MNSTPASNPFSAFSAPPPQPIFTPPKEDVQPGSTSTNPIDIGSTRVFFPPVFFPPPARNNASGGNSSGTDSDDDD
QCRVFSFHPSSRGPPSTFRIQLPSAQFPSTSCATPSAARNDPISLGIVPPTHRLRKSGLFVDRKLDDTTTRELPP
AKKPRFQHDVLLESGAISLSAPIEAVHPSDLESDDADDVDEDIVRPDALDDDDYLHDLEDEASLDGGYEWQGYDP
EDDDTDEQSDYFASEDYRSNPYDADCEDWDETDQFVVLKHEDILANNAYTKTFSASVVRRKSDLDVHSILREKAP
RYFVKIVKGRYWLNKEFKAYMRIDQGPDHVMQGDVSIDPFIHKLDAFLDYDLVPRTESQRVYISSLLQGDLFSAS
PQAIAINRKHWLAQVTAGIHYLHTIGIIHRDIKLENVLLDYQNNALITDFDHAYTHPSTAPLDYGTNYCYHRSGT
HGNMAPEITKMDADVVNRLLKVDPFEQDPANGLYGPACDWYSFGVMTFQLASEEARKDIERAMRNYREYRKNCGT
EVGAPAIFGFFCEQYGVDGDMAEMLWELLHPEPASRFRFEDLFSHSYFKGENLDEEGNPVSVFVTLSDDSRDRPF
VRPDYKKSTKITVDLNTCTTWDGAGSVWVADHSPIWDILSGRAH
Length 644

Coding

Sequence id CopciAB_187372.T0
Sequence >CopciAB_187372.T0
ATGAACTCGACACCAGCGTCCAATCCCTTTTCCGCCTTCTCCGCTCCCCCGCCCCAGCCAATCTTCACTCCGCCC
AAAGAAGATGTCCAACCTGGCTCAACTTCAACGAATCCAATCGATATCGGTTCCACTCGCGTATTCTTCCCTCCA
GTCTTTTTCCCCCCTCCAGCGCGCAATAACGCCAGTGGTGGCAACTCCAGTGGCACAGACTCTGACGACGACGAC
CAGTGCCGCGTCTTTTCCTTCCACCCTTCGAGCAGAGGTCCCCCATCAACCTTCCGCATCCAACTCCCTTCCGCC
CAGTTCCCTTCGACTTCCTGTGCCACTCCATCTGCCGCAAGGAATGACCCTATCTCTCTCGGTATCGTCCCTCCC
ACCCACCGCCTGCGCAAGTCAGGACTCTTTGTCGATCGCAAACTAGACGACACCACCACTAGAGAGCTTCCCCCC
GCCAAGAAACCAAGATTCCAACATGACGTCCTCCTAGAGAGTGGGGCTATCAGTCTCTCCGCCCCTATCGAGGCT
GTTCACCCATCCGATCTTGAATCTGACGACGCAGATGATGTAGACGAAGATATCGTCCGTCCGGATGCCCTCGAT
GACGATGATTACCTTCACGATCTCGAGGACGAGGCTTCGCTCGACGGTGGCTACGAGTGGCAGGGGTACGATCCC
GAAGACGACGATACAGACGAACAGTCCGACTACTTCGCTTCTGAGGACTATCGCAGTAACCCCTATGACGCGGAC
TGCGAGGACTGGGACGAGACCGACCAGTTCGTAGTCCTAAAACACGAAGATATCCTCGCCAACAACGCCTATACG
AAAACTTTCAGTGCTTCGGTCGTACGTCGGAAGTCCGATCTTGATGTTCATTCCATCCTCCGCGAGAAAGCCCCT
CGCTATTTCGTCAAGATCGTCAAGGGCCGGTACTGGTTGAATAAGGAGTTCAAAGCCTACATGCGGATTGATCAA
GGCCCTGATCACGTCATGCAAGGCGATGTTTCCATCGACCCTTTCATACACAAACTCGATGCCTTTCTTGATTAT
GACCTGGTTCCGCGGACCGAAAGTCAGCGCGTTTACATCTCGTCTCTCCTTCAGGGAGATTTGTTCAGTGCTAGT
CCGCAGGCCATCGCCATCAACAGGAAGCATTGGCTCGCTCAAGTGACCGCAGGCATCCACTACCTCCACACAATC
GGCATCATCCACCGCGACATTAAGCTCGAAAACGTTTTACTGGACTACCAAAACAACGCTCTCATCACCGACTTT
GACCACGCCTACACTCATCCCTCTACCGCCCCTCTCGACTACGGCACCAACTACTGCTACCATCGCTCAGGGACG
CATGGAAACATGGCGCCCGAAATCACCAAAATGGACGCAGACGTGGTCAACCGCCTCCTCAAGGTCGACCCATTC
GAGCAAGACCCGGCGAATGGCCTGTATGGCCCTGCATGCGACTGGTACAGTTTCGGCGTTATGACGTTCCAACTG
GCGTCAGAAGAAGCTAGAAAGGATATAGAGAGAGCCATGAGAAACTATAGAGAATACCGGAAGAACTGCGGGACT
GAAGTTGGTGCTCCTGCGATTTTTGGTTTCTTTTGTGAGCAGTATGGGGTGGATGGTGATATGGCTGAGATGCTA
TGGGAGTTGTTACATCCCGAGCCTGCTTCCAGGTTCAGATTCGAAGATCTCTTCTCACATAGCTACTTCAAGGGC
GAAAATCTAGACGAGGAAGGAAATCCAGTTTCTGTCTTTGTGACTCTCAGTGATGACTCCCGCGATAGACCTTTC
GTCCGACCTGACTATAAAAAGTCCACCAAAATCACTGTCGATCTGAACACTTGCACAACTTGGGATGGCGCAGGT
TCTGTCTGGGTCGCAGACCATTCTCCCATTTGGGATATCCTCAGTGGCCGTGCTCATTAA
Length 1935

Transcript

Sequence id CopciAB_187372.T0
Sequence >CopciAB_187372.T0
AACTTGAACTTCAACTCGAACATTCATTGCTCTCTGGTGCATCCCTTCGAGTGGTAGCCCTTTCCGACGAACTAG
GTATCCTGCAGTGCCTGTGGATCGAGCCCCTATAGAAGATGAACTCGACACCAGCGTCCAATCCCTTTTCCGCCT
TCTCCGCTCCCCCGCCCCAGCCAATCTTCACTCCGCCCAAAGAAGATGTCCAACCTGGCTCAACTTCAACGAATC
CAATCGATATCGGTTCCACTCGCGTATTCTTCCCTCCAGTCTTTTTCCCCCCTCCAGCGCGCAATAACGCCAGTG
GTGGCAACTCCAGTGGCACAGACTCTGACGACGACGACCAGTGCCGCGTCTTTTCCTTCCACCCTTCGAGCAGAG
GTCCCCCATCAACCTTCCGCATCCAACTCCCTTCCGCCCAGTTCCCTTCGACTTCCTGTGCCACTCCATCTGCCG
CAAGGAATGACCCTATCTCTCTCGGTATCGTCCCTCCCACCCACCGCCTGCGCAAGTCAGGACTCTTTGTCGATC
GCAAACTAGACGACACCACCACTAGAGAGCTTCCCCCCGCCAAGAAACCAAGATTCCAACATGACGTCCTCCTAG
AGAGTGGGGCTATCAGTCTCTCCGCCCCTATCGAGGCTGTTCACCCATCCGATCTTGAATCTGACGACGCAGATG
ATGTAGACGAAGATATCGTCCGTCCGGATGCCCTCGATGACGATGATTACCTTCACGATCTCGAGGACGAGGCTT
CGCTCGACGGTGGCTACGAGTGGCAGGGGTACGATCCCGAAGACGACGATACAGACGAACAGTCCGACTACTTCG
CTTCTGAGGACTATCGCAGTAACCCCTATGACGCGGACTGCGAGGACTGGGACGAGACCGACCAGTTCGTAGTCC
TAAAACACGAAGATATCCTCGCCAACAACGCCTATACGAAAACTTTCAGTGCTTCGGTCGTACGTCGGAAGTCCG
ATCTTGATGTTCATTCCATCCTCCGCGAGAAAGCCCCTCGCTATTTCGTCAAGATCGTCAAGGGCCGGTACTGGT
TGAATAAGGAGTTCAAAGCCTACATGCGGATTGATCAAGGCCCTGATCACGTCATGCAAGGCGATGTTTCCATCG
ACCCTTTCATACACAAACTCGATGCCTTTCTTGATTATGACCTGGTTCCGCGGACCGAAAGTCAGCGCGTTTACA
TCTCGTCTCTCCTTCAGGGAGATTTGTTCAGTGCTAGTCCGCAGGCCATCGCCATCAACAGGAAGCATTGGCTCG
CTCAAGTGACCGCAGGCATCCACTACCTCCACACAATCGGCATCATCCACCGCGACATTAAGCTCGAAAACGTTT
TACTGGACTACCAAAACAACGCTCTCATCACCGACTTTGACCACGCCTACACTCATCCCTCTACCGCCCCTCTCG
ACTACGGCACCAACTACTGCTACCATCGCTCAGGGACGCATGGAAACATGGCGCCCGAAATCACCAAAATGGACG
CAGACGTGGTCAACCGCCTCCTCAAGGTCGACCCATTCGAGCAAGACCCGGCGAATGGCCTGTATGGCCCTGCAT
GCGACTGGTACAGTTTCGGCGTTATGACGTTCCAACTGGCGTCAGAAGAAGCTAGAAAGGATATAGAGAGAGCCA
TGAGAAACTATAGAGAATACCGGAAGAACTGCGGGACTGAAGTTGGTGCTCCTGCGATTTTTGGTTTCTTTTGTG
AGCAGTATGGGGTGGATGGTGATATGGCTGAGATGCTATGGGAGTTGTTACATCCCGAGCCTGCTTCCAGGTTCA
GATTCGAAGATCTCTTCTCACATAGCTACTTCAAGGGCGAAAATCTAGACGAGGAAGGAAATCCAGTTTCTGTCT
TTGTGACTCTCAGTGATGACTCCCGCGATAGACCTTTCGTCCGACCTGACTATAAAAAGTCCACCAAAATCACTG
TCGATCTGAACACTTGCACAACTTGGGATGGCGCAGGTTCTGTCTGGGTCGCAGACCATTCTCCCATTTGGGATA
TCCTCAGTGGCCGTGCTCATTAACGAGGGCACGTCCCGATCTATCATTTGAAATGACAAGCGACTTAACGTCCAG
GACGCCTTATGAACATCGACCACATAAATTATAGACACCATGCATCCTATCATTATTCCTCTTGCCCATGTACTA
CTCGCAATTATGGATTGAAGGACTCCCACTGTAGCTAATTACCCATGTAAACTACCATGTATTTCGACCCTTGTA
CTATGCCAATGACACGACGATTCACG
Length 2276

Gene

Sequence id CopciAB_187372.T0
Sequence >CopciAB_187372.T0
AACTTGAACTTCAACTCGAACATTCATTGCTCTCTGGTGCATCCCTTCGAGTGGTAGCCCTTTCCGACGAACTAG
GTATCCTGCAGTGCCTGTGGATCGAGCCCCTATAGAAGATGAACTCGACACCAGCGTCCAATCCCTTTTCCGCCT
TCTCCGCTCCCCCGCCCCAGCCAATCTTCACTCCGCCCAAAGAAGATGTCCAACCTGGCTCAACTTCAACGAATC
CAATCGATATCGGTTCCACTCGCGTATTCTTCCCTCCAGTCTTTTTCCCCCCTCCAGCGCGCAATAACGCCAGTG
GTGGCAACTCCAGTGGCACAGACTCTGACGACGACGACCAGTGCCGCGTCTTTTCCTTCCACCCTTCGAGCAGAG
GTCCCCCATCAACCTTCCGCATCCAACTCCCTTCCGCCCAGTTCCCTTCGACTTCCTGTGCCACTCCATCTGCCG
CAAGGAATGACCCTATCTCTCTCGGTATCGTCCCTCCCACCCACCGCCTGCGCAAGTCAGGACTCTTTGTCGATC
GCAAACTAGACGACACCACCACTAGAGAGCTTCCCCCCGCCAAGAAACCAAGATTCCAACATGACGTCCTCCTAG
AGAGTGGGGCTATCAGTCTCTCCGCCCCTATCGAGGCTGTTCACCCATCCGATCTTGAATCTGACGACGCAGATG
ATGTAGACGAAGATATCGTCCGTCCGGATGCCCTCGATGACGATGATTACCTTCACGATCTCGAGGACGAGGCTT
CGCTCGACGGTGGCTACGAGTGGCAGGGGTACGATCCCGAAGACGACGATACAGACGAACAGTCCGACTACTTCG
CTTCTGAGGACTATCGCAGTAACCCCTATGACGCGGACTGCGAGGACTGGGACGAGACCGACCAGTTCGTAGTCC
TAAAACACGAAGATATCCTCGCCAACAACGCCTATACGAAAACTTTCAGTGCTTCGGTCGTACGTCGGAAGTCCG
ATCTTGATGTTCATTCCATCCTCCGCGAGAAAGCCCCTCGCTATTTCGTCAAGATCGTCAAGGGCCGGTACTGGT
TGAATAAGGAGTTCAAAGCCTACATGCGGATTGATCAAGGCCCTGATCACGTCATGCAAGGCGATGTTTCCATCG
ACCCTTTCATACACAAACTCGATGCCTTTCTTGATTATGACCTGGTTCCGCGGACCGAAAGTCAGCGCGTTTACA
TCTCGGTGAGTATTCTCCTCATTTCGAACAGGGCCTCAAGTCCTCACGTCGTGCTTTTGCAGTCTCTCCTTCAGG
GAGATTTGTTCAGTGCTAGTCCGCAGGCCATCGCCATCAACAGGAAGCATTGGCTCGCTCAAGTGGTATGCTCCC
TGTCCCTGTTAACCATTTTCATCGATTAACATCTTCTGTCCAGACCGCAGGCATCCACTACCTCCACACAATCGG
CATCATCCACCGCGACATTAAGCTCGAAAACGTTTTACTGGACTACCAAAACAACGCTCTCATCACCGACTTTGA
CCACGCCTACACTCATCCCTCTACCGCCCCTCTCGACTACGGCACCAACTACTGCTACCATCGCTCAGGGACGCA
TGGAAACATGGCGCCCGAAATCACCAAAATGGACGCAGACGTGGTCAACCGCCTCCTCAAGGTCGACCCATTCGA
GCAAGACCCGGCGAATGGCCTGTATGGCCCTGCATGCGACTGGTACAGTTTCGGCGTTATGACGTTCCAACTGGC
GTCAGAAGAAGCTAGAAAGGTTAGTGCGCCATGGCAACAGCCTGCATTAGTATCATCTACCCGGGACTTTGACTC
ACATGGGTGCCATTGACAGGATATAGAGAGAGCCATGAGAAACTATAGAGAATACCGGAAGAACTGCGGGACTGA
AGTTGGTGCTCCTGCGATTTTTGGTTTCTTTTGTGAGCAGTATGGGGTGGATGGTGATATGGCTGAGATGCTATG
GGAGGTACGCTCGTATCGGACAGCAGTACTGCGGCGCTCAACTGACTTCTGTTCTCAGTTGTTACATCCCGAGCC
TGCTTCCAGGTTCAGATTCGAAGATCTCTTCTCACATAGCTACTTCAAGGGCGAAAATCTAGACGAGGAAGGAAA
TCCAGTTTCTGTCTTTGTGACTCTCAGTGATGACTGTACGTTCTCTTCTTGACCTGAATTCCTTTAAGTCTCCTC
ATGGAGAACCTTCCAGCCCGCGATAGACCTTTCGTCCGACCTGACTATAAAAAGTCCACCAAAATCACTGTCGAT
CTGAACACTTGCACAACTTGGGATGGCGCAGGTTCTGTCTGGGTCGCAGACCATTCTCCCATTTGGGATATCCTC
AGTGGCCGTGCTCATTAACGAGGGCACGTCCCGATCTATCATTTGAAATGACAAGCGACTTAACGTCCAGGACGC
CTTATGAACATCGACCACATAAATTATAGACACCATGCATCCTATCATTATTCCTCTTGCCCATGTACTACTCGC
AATTATGGATTGAAGGACTCCCACTGTAGCTAATTACCCATGTAAACTACCATGTATTTCGACCCTTGTACTATG
CCAATGACACGACGATTCACG
Length 2571