CopciAB_378005
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_378005 Strain Coprinopsis cinerea Okayama 7
Standard name - Synonyms 378005
Uniprot id Functional description
Location scaffold_2:755671..759206 Strand -
Gene length (nt) 3536 Transcript length (nt) 3175
CDS length (nt) 2745 Protein length (aa) 914

Reciprocal best hits in model fungi

Strain name Gene / Protein name

Orthologs in mushroom models

Strain name Gene / Protein name Pident E-value Bits
0

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 2.752 1.6233 0.9372
oidia 3.6592 0.3135 0.181
vegetative_mycelium 3.0978 0.5661 0.3268
primordia 1.1632 0.5914 0.3414
hyphal_knot 4.9493 1.5135 0.8738
young_fruiting_body 0.8439 0.2224 0.1284
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 10.2331 1.6677 0.9628
Wheat bran 7.9238 2.0099 1.1604
Horse manure 3.677 0.396 0.2286
Oak leaves 3.5304 0.5639 0.3256
Hay 5.0484 0.4844 0.2797
Corn stalk 7.4329 2.0635 1.1914
Pectine 9.5331 2.0715 1.196
Microcrystalline cellulose 8.1399 0.7472 0.4314
Xylose 21.1019 13.8913 8.0201
Cellobiose 10.7912 0.7779 0.4491
Lignin 8.3087 6.5482 3.7806
Apple peels 3.7861 0.9885 0.5707
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 3.3188 0.105 0.0606
Bsubtilis 3.7025 0.157 0.0906
Ecoli 4.6731 0.5227 0.3018
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 1.2586 0.2146 0.1239
BS 4h 2.8418 0.5294 0.3057
BS 8h 4.4458 0.6227 0.3595
BS 12h 3.3424 0.8728 0.5039
Oidia 0 h 32.5241 7.1248 4.1135
Oidia 18 h 3.9061 1.4341 0.828
Sclerotia 2.2493 1.4765 0.8524
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 2.7013 0.8435 0.487
DM 36h 2.242 0.7773 0.4488
DM 60h 2.3963 0.5306 0.3064
DM 84h 2.2986 0.4063 0.2346
DM 108h 3.1908 0.5781 0.3337
DM 132h 2.4741 0.8255 0.4766
DM 156hAE 3.2449 0.2343 0.1353
ELI1hAE 2.6391 0.245 0.1414
ELI2hAE 3.4318 0.3728 0.2152
LI2hAE 2.9158 0.2755 0.1591
LI6hAE 1.9845 0.4883 0.2819
LI12hAE 3.0435 1.3614 0.786
LI18hAE 2.5407 0.213 0.123
LI 24hAE 4.6398 0.6552 0.3783
DM 156hAM 3.5149 0.4629 0.2672
ELI1hAM 2.0627 0.9293 0.5365
ELI2hAM 1.0972 0.5059 0.2921
LI2hAM 1.794 1.1021 0.6363
LI6hAM 1.4532 0.8955 0.517
LI12hAM 2.8872 2.5102 1.4492
LI18hAM 3.5455 1.5268 0.8815
LI 24hAM 4.2635 1.1774 0.6798
LI 24hHK 3.3723 1.7933 1.0354
L/D 6h 4.038 1.2755 0.7364
L/D 12h 5.8617 2.0228 1.1679
L/D 18h 3.4547 0.2274 0.1313
L/D 24h 3.8853 0.2314 0.1336
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 8.9262 1.5678 0.9052
Hyphal knots 9.4421 2.2303 1.2877
Primordium 1 5.3856 1.0955 0.6325
Primordium 2 5.721 0.8957 0.5171
Young Fruiting body cap 0.7918 0.232 0.134
Younf fruiting body gill 1.8964 0.2808 0.1621
Young fruiting body stipe 0.9989 0.2388 0.1379
Mature fruiting body cap_gill 2.1464 0.2768 0.1598
Mature fruiting body stipe 2.1161 0.149 0.086
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 6.2792 1.5853 0.9153
NH4NO3 3.7153 1.0836 0.6256
Proline 4.5224 1.3287 0.7671
Tryptophan 4.2725 0.8073 0.4661
Isoleucin 2.5731 0.5458 0.3151
Arginine 4.1162 0.8703 0.5024
Metionine 4.3342 0.5991 0.3459
NaNO3 4.3674 0.8784 0.5072
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 6.2792 1.5853 0.9153
Citrus peel 7.7017 0.8101 0.4677
Poplar leaves 3.6461 0.2724 0.1573
Typha leaves 4.7079 1.3026 0.752
Overwintered Salix leaves 4.8319 1.9369 1.1183
Reed flowering 6.7434 2.4771 1.4301
Tigernut 4.5653 0.7286 0.4206
Energy cane 5.6462 0.5204 0.3004
Guar gum 5.0455 1.2517 0.7227
Apple peels 3.4441 0.4921 0.2841
Cellobiose 3.2986 0.9725 0.5615
Corn stalk 3.7405 0.9172 0.5296
Horse manure 4.8973 2.4444 1.4113
Lignin 8.5909 4.1447 2.393
Microcrystalline cellulose 3.7621 0.5066 0.2925
Oak leaves 3.9877 1.3204 0.7623
Pectin esterified 2.872 1.5251 0.8805
Poplar sawdust 4.2805 0.473 0.2731
Wheat bran 3.584 0.5482 0.3165
Chlamydomonas reinhardtii 4.6165 0.7639 0.4411
Vertatryl alcohol 16.8525 4.5248 2.6124
Furfural 6.8172 3.1495 1.8183
Autoclaved mycelium 4.7873 1.5122 0.8731
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 6.3322 0.2532 0.1462
Ribose 3.7096 1.4083 0.8131
Mannose 4.5219 0.0815 0.0576
Fructose 4.3278 1.1904 0.6873
Arabinose 4.4156 1.2666 0.7313
Xylose 4.363 1.0328 0.5963
Galacturonic acid 3.5454 0.8181 0.4723
Rhamnogalacturonan 3.7645 0.2312 0.1335
Pectin esterified 3.8104 0.2076 0.1199
Polygalacturonic acid 4.7099 0.4329 0.2499
Sodium acetate 3.5338 0.4779 0.2759
No nitrogen 5.6699 0.2931 0.1692
BSA 3.302 0.5755 0.3323
Glutamine 4.0668 0.9763 0.5637
No phosphate 3.9073 0.2883 0.1665
No carbon 4.2941 0.3528 0.2495
No sulphur 3.0211 1.0659 0.6154
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 6.2792 1.5853 0.9153
Amylose 4.2253 0.3061 0.1767
Fucose 4.572 0.3898 0.225
Galactose 4.4597 0.9584 0.5533
Lactose 3.7528 0.4 0.231
Maltose 4.8176 1.2099 0.6985
Mannitol 4.0875 0.6208 0.3584
Rhamnose 5.1756 0.6293 0.3633
Sorbitol 3.4841 0.5559 0.3209
Trehalose 4.5303 0.7303 0.4216
Glycerol 5.4897 0.3025 0.1746
Glucuronic acid 4.2261 0.7507 0.4334
Arabinan 3.8202 0.7904 0.4564
Galactan 4.9463 1.0617 0.6129
Galactomannan 5.2896 0.5982 0.3454
Glucan 5.1012 1.3364 0.7716
Xylan 3.5295 0.8292 0.4788
Xyloglucan 3.4084 0.1453 0.0839
Arabinogalactan 4.0725 0.457 0.2638
Pectin 6.4232 0.7508 0.4335
Rhamnogalacturonan 11.765 1.6416 0.9478
Polygalacturonic acid 4.8698 0.8621 0.4977
Mannan 5.6202 0.7284 0.4205
Amylopectin 4.2354 1.2072 0.697
Inulin 2.5973 0.2596 0.1499
BSA 6.8537 0.9205 0.5315
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 2.3963 0.5306 0.3064
2h WAT 2.1291 1.0886 0.6285
4h WAT 2.6943 0.9966 0.5754
8h WAT 2.9184 1.4329 0.8273
16h WAT 2.7978 0.5603 0.3235
24h WAT 1.7615 0.3797 0.2192
WAT hyphal knot -30h 2.7131 0.464 0.2679
WAT hyphal knot -22h 1.6855 0.707 0.4082
WAT hyphal knot -15h 1.3605 0.8551 0.4937
WAT hyphal knot -7.5h 1.8283 1.1231 0.6484
WAT hyphal knot 1.8253 0.335 0.1934
WAT hyphal knot +7.5h 1.8936 0.2473 0.1428
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 3.093 1.3468 0.7776
Straw 3h 2.2575 0.6028 0.348
Straw 6h 2.919 1.3917 0.8035
Straw 12h 2.7891 0.8695 0.502
Straw 24h 3.2328 1.1346 0.6551
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 1.8237 0.3474 0.2006
Frost (-20C, 30min) 3.9338 1.0435 0.6025
Heat shock (47C, 2h) 15.2821 0.8531 0.4926
High CO2 2.6256 0.2065 0.1192
Drought (4% agar, 12h) 3.5338 0.667 0.3851
Oxidative (1mM H2O2, 3h) 1.9955 0.7926 0.4576
Acidic (pH4, 3h) 1.6288 1.1881 0.686
Alkaline (pH9, 3h) 2.6778 1.0699 0.6177
Osmotic (sorbitol 2h) 1.4819 0.3659 0.2112
CongoRed (3h) 2.1628 0.1528 0.0882
Cobalt chloride control 4.644 0.402 0.2321
Cobalt chloride 2mM 3.1656 1.9123 1.1041
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 4.4957 4.6604 2.6907
Cold stimulation 5.2696 2.5105 1.4494
Scratched surface 3.4116 1.315 0.7592
Ca2+, 200mM, 24h 4.3843 0.5294 0.3057
Cu2+, 2mM, 6h 2.5477 2.4264 1.4009
Voriconazole 2.0853 1.244 0.7182
Trichoderma interaction, early 2.6306 0.7844 0.4529
Trichoderma interaction 60h 5.8624 2.2813 1.3171
Cobalt chloride 2mM repeat 4.5389 2.6662 1.5393
Hypoxia 2.3703 1.482 0.8557
Hypoxia control 4.4835 0.872 0.5035
Protoplastation control 1.6642 0.1054 0.0745
Protoplastation 3.5h 0 0 0
Protoplastation 1.5h 0.6631 0.8332 0.5892

General data

Systematic name -
Protein id CopciAB_378005.T0
Description

Annotation summary

0 200 400 600 800 914

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
Pfam PF17667 Fungal protein kinase IPR040976 279 736

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
IPR040976 Fungal-type protein kinase

GO

Go id Term Ontology
No records

KEGG

KEGG Orthology
No records

EggNOG

COG category Description
No records

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_378005 across fungi.

Arrow shows the origin of gene family containing CopciAB_378005.

Protein

Sequence id CopciAB_378005.T0
Sequence >CopciAB_378005.T0
MKASTCPITPPRNPAGEPVRGQFTAPALGTSPRSAPNRPDVDSTTTNMRMDIGRIMNFEMYICTYNQFKGSYLPK
CDEETLEFVLECLKALGESPFSQILVPREEDERVDARSAGENDKTVSLDDKETEEVSERNEAEPAVLLAEGNEGD
IGDCESEDVEQGYISDEEGEGDQGDERKGNSKPEIYSHVFRDFKNKPSLLKKGANANQNSKTSSSDKTKNPNIHE
DKVFNPFGEIGLRILAALDKKGVKRNGYHLRMCPHTTIYSNVPGCNQEIDACLTKNKSKSLDIADILVPWELKLS
YTIAQVFQNRRQLASQVNHTMNDDPRRKFMFGITIEDDRVSLWFFSRSHSVKAKSFSMVERPDLLVEVLVSLLCA
TDEQLGLDPLVHLTEDRRYVYEFPPTSTRPSPIYYRITETVSEFRWLRLICRATRIWKVIQVETPAHTEGIEGAK
ERILKDVCSVAEFLTESEIQHQLFGDIEAFAKDKEWRQREILQEFVEEDMATLGQALEGDFRRFFSCIIDEHIGE
VTPPLCAGAWVATTPVFIEPQTKSQEHSKNRAAPGHRADPRPEVLQDEHVIVEEIDPSRAFVPRRQCRYIYEEVC
TPLNDIPTLGEAVDIIQQCLIALRLMFCAGWVHRDISYGNILAYRPSPETQWHVKLSDLEYAKRFPSDAVASTIP
KTGTPYFMACEILTGKLITSAAAREPTLKRGGIRRNKVVNISIVFHTYQHDLESIWWILFWKITMRIKQVLPRAV
PEQYFKNVISRAHASYRNDLFVSRQELAEDNDLCKSLPPTLKDSDFLYSLDALRNEFEVEYSNRNIAGKQREVGT
YSVIISKAFWKFFEGIKDTRGEWGSLPLIVDADLRRAKMLLQKAPTATKRQFSELHPGLKGNMPAKSSAEPVKGV
MTATHGSGSKRKCL
Length 914

Coding

Sequence id CopciAB_378005.T0
Sequence >CopciAB_378005.T0
ATGAAAGCCTCCACGTGTCCGATTACGCCTCCTCGCAATCCGGCGGGAGAGCCTGTCCGCGGACAGTTCACCGCT
CCTGCACTTGGTACTTCACCACGCTCAGCCCCAAACCGACCCGACGTAGACAGTACCACCACAAACATGCGTATG
GACATCGGTCGCATCATGAACTTCGAAATGTACATCTGCACGTACAATCAGTTCAAAGGAAGCTATCTACCGAAG
TGTGATGAGGAGACGTTGGAATTTGTTTTGGAGTGTCTGAAGGCACTGGGAGAGTCACCTTTCAGCCAAATTCTC
GTCCCTCGCGAAGAAGATGAAAGAGTTGATGCCAGATCTGCCGGGGAGAATGATAAAACGGTATCACTTGATGAT
AAGGAGACAGAAGAGGTTAGTGAGCGCAACGAAGCGGAGCCTGCTGTTCTGCTGGCAGAAGGCAATGAAGGCGAC
ATAGGAGATTGTGAGAGCGAGGATGTTGAGCAGGGGTATATTTCCGACGAAGAAGGCGAGGGTGACCAAGGTGAT
GAGAGGAAAGGTAACTCGAAGCCGGAGATCTACTCTCACGTCTTCCGGGACTTCAAGAACAAGCCGTCCTTGTTG
AAGAAGGGAGCAAACGCCAATCAGAACTCGAAGACCAGTTCGTCTGACAAGACAAAGAATCCCAACATTCACGAG
GATAAGGTCTTCAACCCATTCGGCGAGATTGGACTCAGGATCCTAGCAGCCTTGGACAAGAAAGGTGTCAAGAGA
AATGGGTATCACCTTCGCATGTGTCCACATACAACAATCTATTCCAACGTCCCCGGATGCAATCAAGAAATTGAC
GCTTGCTTGACGAAGAACAAATCGAAATCCCTTGATATTGCCGACATTCTTGTTCCTTGGGAACTCAAGTTGTCC
TACACCATTGCTCAGGTCTTTCAGAATCGGCGACAGCTTGCGTCTCAAGTTAATCACACGATGAACGATGATCCT
CGACGGAAATTCATGTTCGGAATTACCATTGAAGATGACCGCGTATCCCTCTGGTTTTTCTCTCGGTCACATTCC
GTGAAAGCGAAATCGTTTAGTATGGTTGAACGACCTGATCTTCTAGTAGAGGTTCTTGTCTCGCTCTTGTGCGCA
ACAGACGAACAGCTTGGATTGGACCCTCTTGTTCATTTGACCGAGGACCGACGATACGTCTACGAATTTCCTCCG
ACCAGTACGCGGCCCAGTCCCATTTACTATCGCATTACGGAAACAGTCTCTGAATTCCGATGGCTGAGACTCATC
TGCCGTGCCACACGCATCTGGAAGGTGATCCAGGTGGAGACGCCGGCCCATACCGAGGGCATTGAAGGGGCAAAG
GAAAGAATCCTCAAGGACGTTTGCTCTGTGGCTGAATTCCTCACGGAATCCGAGATTCAGCACCAACTGTTTGGA
GACATCGAAGCGTTTGCAAAGGACAAGGAGTGGCGTCAGAGGGAAATACTTCAGGAGTTCGTCGAGGAAGATATG
GCCACCCTTGGTCAGGCATTGGAAGGCGATTTTAGGAGGTTCTTCTCCTGTATCATCGATGAACACATCGGAGAG
GTTACCCCGCCACTTTGTGCTGGCGCATGGGTTGCCACAACCCCAGTGTTTATCGAGCCCCAGACCAAATCCCAA
GAGCACAGCAAGAATCGGGCGGCCCCAGGTCATCGGGCAGACCCTAGACCCGAGGTCCTGCAGGACGAGCATGTT
ATTGTTGAGGAAATAGACCCTTCCCGGGCATTTGTGCCCAGACGCCAGTGTCGCTACATTTATGAGGAGGTTTGT
ACACCGTTAAACGATATCCCAACCCTGGGGGAAGCCGTCGACATCATCCAACAATGCCTTATCGCTCTTCGCCTC
ATGTTCTGTGCAGGATGGGTCCATCGAGACATAAGCTACGGAAATATTTTGGCGTATCGCCCCTCGCCGGAGACA
CAGTGGCACGTCAAGCTATCCGACCTTGAGTACGCGAAGCGATTTCCTTCCGATGCTGTCGCTAGCACCATCCCC
AAGACGGGCACACCGTACTTCATGGCATGCGAAATCTTGACTGGGAAGTTGATCACCAGCGCCGCCGCAAGGGAG
CCAACTTTAAAGCGGGGCGGTATCAGACGCAACAAAGTTGTGAATATCAGCATTGTCTTCCACACCTACCAGCAC
GATCTGGAATCCATCTGGTGGATTTTATTTTGGAAGATAACGATGCGAATCAAGCAAGTTCTTCCAAGGGCTGTC
CCAGAGCAGTACTTCAAGAACGTTATCAGTCGCGCCCATGCATCATACCGTAACGACCTTTTCGTTTCTCGCCAG
GAACTTGCAGAGGACAATGACCTTTGCAAATCGCTTCCACCGACATTAAAGGACTCTGACTTTCTCTATTCCCTG
GACGCCCTTAGAAACGAGTTCGAAGTGGAGTATTCCAATCGCAACATAGCCGGCAAACAGCGCGAGGTCGGCACA
TATTCCGTCATTATCAGCAAGGCGTTTTGGAAGTTCTTTGAAGGCATCAAGGATACCAGGGGTGAATGGGGGAGC
CTCCCATTGATAGTTGACGCGGACCTACGTCGAGCTAAAATGCTTCTACAGAAGGCACCCACAGCGACGAAACGT
CAATTCAGCGAGCTTCACCCAGGTCTTAAGGGTAATATGCCTGCTAAATCCAGCGCAGAACCTGTAAAAGGCGTG
ATGACAGCGACACACGGTTCGGGTTCAAAGCGGAAGTGTCTCTGA
Length 2745

Transcript

Sequence id CopciAB_378005.T0
Sequence >CopciAB_378005.T0
CCATCACTCGACGCGTCTTGACTCTCAACCACATTCTCGTGTAAGAAACTCTACATAAGTGTCGTTCATTTCAGT
TGCTCGAGCTTCGGGGCTACCATGAAAGCCTCCACGTGTCCGATTACGCCTCCTCGCAATCCGGCGGGAGAGCCT
GTCCGCGGACAGTTCACCGCTCCTGCACTTGGTACTTCACCACGCTCAGCCCCAAACCGACCCGACGTAGACAGT
ACCACCACAAACATGCGTATGGACATCGGTCGCATCATGAACTTCGAAATGTACATCTGCACGTACAATCAGTTC
AAAGGAAGCTATCTACCGAAGTGTGATGAGGAGACGTTGGAATTTGTTTTGGAGTGTCTGAAGGCACTGGGAGAG
TCACCTTTCAGCCAAATTCTCGTCCCTCGCGAAGAAGATGAAAGAGTTGATGCCAGATCTGCCGGGGAGAATGAT
AAAACGGTATCACTTGATGATAAGGAGACAGAAGAGGTTAGTGAGCGCAACGAAGCGGAGCCTGCTGTTCTGCTG
GCAGAAGGCAATGAAGGCGACATAGGAGATTGTGAGAGCGAGGATGTTGAGCAGGGGTATATTTCCGACGAAGAA
GGCGAGGGTGACCAAGGTGATGAGAGGAAAGGTAACTCGAAGCCGGAGATCTACTCTCACGTCTTCCGGGACTTC
AAGAACAAGCCGTCCTTGTTGAAGAAGGGAGCAAACGCCAATCAGAACTCGAAGACCAGTTCGTCTGACAAGACA
AAGAATCCCAACATTCACGAGGATAAGGTCTTCAACCCATTCGGCGAGATTGGACTCAGGATCCTAGCAGCCTTG
GACAAGAAAGGTGTCAAGAGAAATGGGTATCACCTTCGCATGTGTCCACATACAACAATCTATTCCAACGTCCCC
GGATGCAATCAAGAAATTGACGCTTGCTTGACGAAGAACAAATCGAAATCCCTTGATATTGCCGACATTCTTGTT
CCTTGGGAACTCAAGTTGTCCTACACCATTGCTCAGGTCTTTCAGAATCGGCGACAGCTTGCGTCTCAAGTTAAT
CACACGATGAACGATGATCCTCGACGGAAATTCATGTTCGGAATTACCATTGAAGATGACCGCGTATCCCTCTGG
TTTTTCTCTCGGTCACATTCCGTGAAAGCGAAATCGTTTAGTATGGTTGAACGACCTGATCTTCTAGTAGAGGTT
CTTGTCTCGCTCTTGTGCGCAACAGACGAACAGCTTGGATTGGACCCTCTTGTTCATTTGACCGAGGACCGACGA
TACGTCTACGAATTTCCTCCGACCAGTACGCGGCCCAGTCCCATTTACTATCGCATTACGGAAACAGTCTCTGAA
TTCCGATGGCTGAGACTCATCTGCCGTGCCACACGCATCTGGAAGGTGATCCAGGTGGAGACGCCGGCCCATACC
GAGGGCATTGAAGGGGCAAAGGAAAGAATCCTCAAGGACGTTTGCTCTGTGGCTGAATTCCTCACGGAATCCGAG
ATTCAGCACCAACTGTTTGGAGACATCGAAGCGTTTGCAAAGGACAAGGAGTGGCGTCAGAGGGAAATACTTCAG
GAGTTCGTCGAGGAAGATATGGCCACCCTTGGTCAGGCATTGGAAGGCGATTTTAGGAGGTTCTTCTCCTGTATC
ATCGATGAACACATCGGAGAGGTTACCCCGCCACTTTGTGCTGGCGCATGGGTTGCCACAACCCCAGTGTTTATC
GAGCCCCAGACCAAATCCCAAGAGCACAGCAAGAATCGGGCGGCCCCAGGTCATCGGGCAGACCCTAGACCCGAG
GTCCTGCAGGACGAGCATGTTATTGTTGAGGAAATAGACCCTTCCCGGGCATTTGTGCCCAGACGCCAGTGTCGC
TACATTTATGAGGAGGTTTGTACACCGTTAAACGATATCCCAACCCTGGGGGAAGCCGTCGACATCATCCAACAA
TGCCTTATCGCTCTTCGCCTCATGTTCTGTGCAGGATGGGTCCATCGAGACATAAGCTACGGAAATATTTTGGCG
TATCGCCCCTCGCCGGAGACACAGTGGCACGTCAAGCTATCCGACCTTGAGTACGCGAAGCGATTTCCTTCCGAT
GCTGTCGCTAGCACCATCCCCAAGACGGGCACACCGTACTTCATGGCATGCGAAATCTTGACTGGGAAGTTGATC
ACCAGCGCCGCCGCAAGGGAGCCAACTTTAAAGCGGGGCGGTATCAGACGCAACAAAGTTGTGAATATCAGCATT
GTCTTCCACACCTACCAGCACGATCTGGAATCCATCTGGTGGATTTTATTTTGGAAGATAACGATGCGAATCAAG
CAAGTTCTTCCAAGGGCTGTCCCAGAGCAGTACTTCAAGAACGTTATCAGTCGCGCCCATGCATCATACCGTAAC
GACCTTTTCGTTTCTCGCCAGGAACTTGCAGAGGACAATGACCTTTGCAAATCGCTTCCACCGACATTAAAGGAC
TCTGACTTTCTCTATTCCCTGGACGCCCTTAGAAACGAGTTCGAAGTGGAGTATTCCAATCGCAACATAGCCGGC
AAACAGCGCGAGGTCGGCACATATTCCGTCATTATCAGCAAGGCGTTTTGGAAGTTCTTTGAAGGCATCAAGGAT
ACCAGGGGTGAATGGGGGAGCCTCCCATTGATAGTTGACGCGGACCTACGTCGAGCTAAAATGCTTCTACAGAAG
GCACCCACAGCGACGAAACGTCAATTCAGCGAGCTTCACCCAGGTCTTAAGGGTAATATGCCTGCTAAATCCAGC
GCAGAACCTGTAAAAGGCGTGATGACAGCGACACACGGTTCGGGTTCAAAGCGGAAGTGTCTCTGACGACGGATA
AAGGAGCGGCCTCGAGAGCCAATACGAAGAGCACTGCCAAAATCAGTGACGAGGGCGACGAGACAAGGCCATCGA
AGAAGGCTCGACGGTGAATATCTTCTTCAAGCACGGTTGAGGGATGCATGATGTCAGTGAGGGTTCGCCAGTCGT
TGCCAGTTCATGCATTGGTTGGTTATTCAGCGCATGGAATAGCTTAGGTCTGGGACTGGGACAAGCTCGGACTCT
TCTCGTATATATCCTTTATCCTACTTGAGTAGTGTTGTACTCGGGCACTGTGGTCATTTTACATAAGAAGTCCAT
TGCGAATGCTACATGTATGAGCGTG
Length 3175

Gene

Sequence id CopciAB_378005.T0
Sequence >CopciAB_378005.T0
CCATCACTCGACGCGTCTTGACTCTCAACCACATTCTCGTGTAAGAAACTCTACATAAGTGTCGTTCATTTCAGT
TGCTCGAGCTTCGGGGCTACCATGAAAGCCTCCACGTGTCCGATGTAAGTCATTTCTGTGTTCATACCAGCTCGA
AGTCTCCCGCTTGCCACTTCTCGATGCTCACAGTATTCTCCTAGTACGCCTCCTCGCAATCCGGCGGGAGAGCCT
GTCCGCGGACAGTTCACCGCTCCTGCACTTGGTACTTCACCACGCTCAGCCCCAAACCGACCCGACGTAGACAGT
ACCACCACAAACATGCGTATGGACATCGGTCGCATCATGAACTTCGAAATGTACATCTGCACGTACAATCAGTTC
AAAGGAAGCTATCTACCGAAGTGTGATGAGGAGACGTTGGAATTTGTTTTGGAGTGTCTGAAGGCACTGGGAGAG
TCACCTTTCAGCCAAATTCTCGTCCCTCGCGAAGAAGATGAAAGAGTTGATGCCAGATCTGCCGGGGAGAATGAT
AAAACGGTATCACTTGATGATAAGGAGACAGAAGAGGTTAGTGAGCGCAACGAAGCGGAGCCTGCTGTTCTGCTG
GCAGAAGGCAATGAAGGCGACATAGGAGATTGTGAGAGCGAGGATGTTGAGCAGGGGTATATTTCCGACGAAGAA
GGCGAGGGTGACCAAGGTGATGAGAGGAAAGGTAACTCGAAGCCGGAGATCTACTCTCACGTCTTCCGGGACTTC
AAGAACAAGCCGTCCTTGTTGAAGAAGGGAGCAAACGCCAATCAGAACTCGAAGACCAGTTCGTCTGACAAGACA
AAGAATCCCAACATTCACGAGGATAAGGTCTTCAACCCATTCGGCGAGATTGGACTCAGGATCCTAGCAGCCTTG
GACAAGAAAGGTGTCAAGAGAAATGGGTATCACCTTCGCATGTGTCCACATACAACAATCTATTCCAACGTCCCC
GGATGCAATCAAGAAATTGACGCTTGCTTGACGAAGAACAAATCGAAATCCCTTGATATTGCCGACATTCTTGTT
CCTTGGGAACTCAAGTTGTCCTACACCATTGCTCAGGTCTTTCAGGTGAGTGTAGTCCCTTTGGCCTTTCAGCTG
TATCGGCAAGCTCAAAATATTTTCTAGAATCGGCGACAGCTTGCGTCTCAAGTTAATCACACGATGAACGATGAT
CCTCGACGGAAATTCATGTTCGGAGTAAGTGTGTACCTCATCATGGTCTGACTTGTCCCTGATCTTACGGTGCCC
CGTCCCAGATTACCATTGAAGATGACCGCGTATCCCTCTGGTTTTTCTCTCGGTCACATTCCGTGAAAGCGAAAT
CGTTTAGTATGGTTGAAGTGCGTTTCCGTAATTCATTTGGTCTCAGCCTTGGCTAATGGTATTTCAGCGACCTGA
TCTTCTAGTAGAGGTTCTTGTCTCGCTCTTGTGCGCAACAGACGAACAGCTTGGATTGGACCCTCTTGTTCATTT
GACCGAGGACCGACGATACGTCTACGAATTTCCTCCGACCAGTACGCGGCCCAGTCCCATTTACTATCGCATTAC
GGAAACAGTCTCTGAATTCCGATGGCTGAGACTCATCTGCCGTGCCACACGCATCTGGAAGGTGATCCAGGTGGA
GACGCCGGCCCATACCGAGGGCATTGAAGGGGCAAAGGAAAGAATCCTCAAGGACGTTTGCTCTGTGGCTGAATT
CCTCACGGAATCCGAGATTCAGCACCAACTGTTTGGAGACATCGAAGCGTTTGCAAAGGACAAGGAGTGGCGTCA
GAGGGAAATACTTCAGGAGTTCGTCGAGGAAGATATGGCCACCCTTGGTCAGGCATTGGAAGGCGATTTTAGGAG
GTTCTTCTCCTGTATCATCGATGAACACATCGGAGAGGTTACCCCGCCACTTTGTGCTGGCGCATGGGTTGCCAC
AACCCCAGTGTTTATCGAGCCCCAGACCAAATCCCAAGAGCACAGCAAGAATCGGGCGGCCCCAGGTCATCGGGC
AGACCCTAGACCCGAGGTCCTGCAGGACGAGCATGTTATTGTTGAGGAAATAGACCCTTCCCGGGCATTTGTGCC
CAGACGCCAGTGTCGCTACATTTATGAGGAGGTTTGTACACCGTTAAACGATATCCCAACCCTGGGGGAAGCCGT
CGACATCATCCAACAATGCCTTATCGGTATGTGGTCCAGTTCTGCATTAACCCCAGTCTGTCTTAGCTCACTTTT
GGCTTTAGCTCTTCGCCTCATGTTCTGTGCAGGATGGGTCCATCGAGACATAAGCTACGGAAATATTTTGGCGTA
TCGCCCCTCGCCGGAGACACAGTGGCACGTCAAGCTATCCGACCTTGAGTACGCGAAGCGATTTCCTTCCGATGC
TGTCGCTAGCACCATCCCCAAGACGGTTTGTCTCACATTCAATCTACTGGTGACCAACCCCGGGCCGTCTTCTGA
CAACCTTGCACAGGGCACACCGTACTTCATGGCATGCGAAATCTTGACTGGGAAGTTGATCACCAGCGCCGCCGC
AAGGGAGCCAACTTTAAAGCGGGGCGGTATCAGACGCAACAAAGTTGTGAATATCAGCATTGTCTTCCACACCTA
CCAGCACGATCTGGAATCCATCTGGTGGATTTTATTTTGGAAGATAACGATGCGAATCAAGCAAGTTCTTCCAAG
GGCTGTCCCAGAGCAGTACTTCAAGAACGTTATCAGTCGCGCCCATGCATCATACCGTAACGACCTTTTCGTTTC
TCGCCAGGAACTTGCAGAGGACAATGACCTTTGCAAATCGCTTCCACCGACATTAAAGGACTCTGACTTTCTCTA
TTCCCTGGACGCCCTTAGAAACGAGTTCGAAGTGGAGTATTCCAATCGCAACATAGCCGGCAAACAGCGCGAGGT
CGGCACATATTCCGTCATTATCAGCAAGGCGTTTTGGAAGTTCTTTGAAGGCATCAAGGATACCAGGGGTGAATG
GGGGAGCCTCCCATTGATAGTTGACGCGGACCTACGTCGAGCTAAAATGCTTCTACAGAAGGCACCCACAGCGAC
GAAACGTCAATTCAGCGAGCTTCACCCAGGTCTTAAGGGTAATATGCCTGCTAAATCCAGCGCAGAACCTGTAAA
AGGCGTGATGACAGCGACACACGGTTCGGGTTCAAAGCGGAAGTGTCTCTGACGACGGATAAAGGAGCGGCCTCG
AGAGCCAATACGAAGAGCACTGCCAAAATCAGTGACGAGGGCGACGAGACAAGGCCATCGAAGAAGGCTCGACGG
TGAATATCTTCTTCAAGCACGGTTGAGGGATGCATGATGTCAGTGAGGGTTCGCCAGTCGTTGCCAGTTCATGCA
TTGGTTGGTTATTCAGCGCATGGAATAGCTTAGGTCTGGGACTGGGACAAGCTCGGACTCTTCTCGTATATATCC
TTTATCCTACTTGAGTAGTGTTGTACTCGGGCACTGTGGTCATTTTACATAAGAAGTCCATTGCGAATGCTACAT
GTATGAGCGTG
Length 3536