CopciAB_423744
Coprinopsis cinerea A43mutB43mut pab1-1 #326

General data

Systematic name CopciAB_423744 Strain Coprinopsis cinerea Okayama 7
Standard name CDC15 Synonyms 423744
Uniprot id Functional description STE STE11 cdc15 protein kinase
Location scaffold_6:1705654..1712101 Strand +
Gene length (nt) 6448 Transcript length (nt) 5983
CDS length (nt) 5274 Protein length (aa) 1757

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_RDB20820 55.5 0 1776
Flammulina velutipes Flave_chr11AA01258 52.8 0 1590
Lentinula edodes W1-26 v1.0 Lentinedodes1_19026 51.4 0 1571
Lentinula edodes NBRC 111202 Lenedo1_1175437 51.3 0 1558
Pleurotus eryngii ATCC 90797 Pleery1_1445291 48.8 0 1556
Agaricus bisporus var bisporus (H97) Agabi_varbisH97_2_178864 47.6 0 1516
Agaricus bisporus var. burnettii JB137-S8 Agabi_varbur_1_105233 47.6 0 1516
Schizophyllum commune H4-8 Schco3_1284934 50.1 0 1492
Ganoderma sp. 10597 SS1 v1.0 Gansp1_129114 46.9 0 1389
Grifola frondosa Grifr_OBZ73803 45.9 0 1261
Auricularia subglabra Aurde3_1_1168543 40.9 3.044E-287 936
Lentinula edodes B17 Lened_B_1_1_15779 66 1.887E-279 912
Pleurotus ostreatus PC15 PleosPC15_2_30777 86.8 3.939E-131 461
Pleurotus ostreatus PC9 PleosPC9_1_59926 86.8 3.855E-131 461

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 443.3986 110.1278 63.5823
oidia 180.9049 20.4101 11.7838
vegetative_mycelium 116.8221 42.3553 24.4538
primordia 80.1854 8.5263 4.9227
hyphal_knot 448.5922 112.7417 65.0915
young_fruiting_body 161.1769 34.903 20.1513
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 161.0827 9.0956 5.2514
Wheat bran 89.7442 13.5526 7.8246
Horse manure 158.3446 54.4181 31.4183
Oak leaves 253.2471 41.4154 23.9112
Hay 194.3904 16.5742 9.5691
Corn stalk 230.2677 39.3496 22.7185
Pectine 192.9222 4.2655 2.4627
Microcrystalline cellulose 180.0342 33.7146 19.4651
Xylose 114.6598 11.0994 6.4083
Cellobiose 131.961 9.2427 5.3363
Lignin 191.4555 41.5015 23.9609
Apple peels 473.3649 76.3765 44.096
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 169.6677 32.0529 18.5057
Bsubtilis 352.7106 9.7635 5.637
Ecoli 152.7487 21.6542 12.502
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 54.802 1.0905 0.6296
BS 4h 23.0377 9.4164 5.4366
BS 8h 18.0259 2.1154 1.2213
BS 12h 17.7424 0.6037 0.3485
Oidia 0 h 17.5709 7.2532 4.1876
Oidia 18 h 32.2195 5.9733 3.4487
Sclerotia 100.612 18.7192 10.8075
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 23.2006 6.0034 3.4661
DM 36h 22.6664 4.3728 2.5246
DM 60h 16.1725 0.9862 0.5694
DM 84h 18.6108 4.9789 2.8746
DM 108h 30.3026 3.2226 1.8606
DM 132h 40.4355 12.5413 7.2407
DM 156hAE 38.3546 3.0447 1.7578
ELI1hAE 36.7692 4.5535 2.629
ELI2hAE 30.4047 6.8457 3.9524
LI2hAE 32.5121 4.4537 2.5713
LI6hAE 45.4123 1.3631 0.787
LI12hAE 41.925 7.8627 4.5395
LI18hAE 42.9791 7.7778 4.4905
LI 24hAE 47.3613 20.6559 11.9257
DM 156hAM 23.561 3.5587 2.0546
ELI1hAM 17.752 0.3429 0.198
ELI2hAM 15.3623 0.8055 0.4651
LI2hAM 13.2596 2.613 1.5086
LI6hAM 27.9021 2.6078 1.5056
LI12hAM 34.4073 10.4609 6.0396
LI18hAM 36.1413 6.7388 3.8906
LI 24hAM 76.8489 42.2279 24.3803
LI 24hHK 24.9529 9.3002 5.3695
L/D 6h 38.0351 7.0735 4.0839
L/D 12h 55.8235 13.8698 8.0077
L/D 18h 41.5407 16.9434 9.7823
L/D 24h 45.4107 7.7899 4.4975
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 144.914 21.5858 12.4626
Hyphal knots 157.6453 48.3385 27.9082
Primordium 1 87.5477 12.5333 7.2361
Primordium 2 86.6463 7.5831 4.3781
Young Fruiting body cap 133.0532 145.5112 84.0109
Younf fruiting body gill 67.0945 23.023 13.2923
Young fruiting body stipe 47.9814 2.6278 1.5172
Mature fruiting body cap_gill 365.1413 130.6542 75.4332
Mature fruiting body stipe 168.1569 10.0431 5.7984
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 99.5792 41.4073 23.9065
NH4NO3 132.2598 40.0412 23.1178
Proline 119.7697 31.9602 18.4522
Tryptophan 86.9796 36.8744 21.2894
Isoleucin 120.7191 14.6106 8.4354
Arginine 92.5077 15.3671 8.8722
Metionine 124.1539 24.4936 14.1414
NaNO3 61.4198 5.0777 2.9316
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 99.5792 41.4073 23.9065
Citrus peel 72.1704 4.3357 2.5032
Poplar leaves 125.5086 5.6928 3.2867
Typha leaves 71.9947 7.2255 4.1717
Overwintered Salix leaves 69.6129 9.4695 5.4672
Reed flowering 58.3818 3.059 1.7661
Tigernut 36.2636 4.5111 2.6045
Energy cane 99.1458 34.6286 19.9928
Guar gum 157.2432 88.1336 50.884
Apple peels 43.4329 8.0441 4.6443
Cellobiose 66.1426 5.0292 2.9036
Corn stalk 73.9427 10.2446 5.9147
Horse manure 80.1811 23.799 13.7404
Lignin 65.7272 24.4674 14.1262
Microcrystalline cellulose 92.2941 32.2088 18.5958
Oak leaves 81.9845 15.1683 8.7574
Pectin esterified 51.5425 37.2636 21.5142
Poplar sawdust 108.7646 19.9577 11.5226
Wheat bran 50.3802 6.2201 3.5911
Chlamydomonas reinhardtii 189.7635 50.8482 29.3572
Vertatryl alcohol 77.6131 6.7059 3.8716
Furfural 95.8864 11.77 6.7954
Autoclaved mycelium 88.9761 31.1189 17.9665
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 85.0733 9.4529 5.4577
Ribose 148.1609 21.1569 12.2149
Mannose 100.182 10.2289 7.2329
Fructose 139.0938 31.1466 17.9825
Arabinose 154.6525 35.9499 20.7557
Xylose 115.2054 6.7809 3.915
Galacturonic acid 158.5895 18.3486 10.5935
Rhamnogalacturonan 142.2197 16.7296 9.6589
Pectin esterified 192.8266 44.473 25.6765
Polygalacturonic acid 133.5448 10.3644 5.9839
Sodium acetate 138.2779 6.369 3.6771
No nitrogen 119.9345 17.0726 9.8568
BSA 175.211 12.9564 7.4804
Glutamine 161.9079 37.2218 21.49
No phosphate 115.9028 24.7381 14.2825
No carbon 240.1077 13.3417 9.434
No sulphur 141.8875 15.741 9.0881
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 99.5792 41.4073 23.9065
Amylose 339.6504 26.2172 15.1365
Fucose 302.6702 61.4831 35.4973
Galactose 466.8938 44.3346 25.5966
Lactose 294.9141 34.1024 19.689
Maltose 371.896 113.5374 65.5508
Mannitol 363.5881 19.2667 11.1236
Rhamnose 285.8713 161.5612 93.2774
Sorbitol 273.1702 31.4098 18.1345
Trehalose 249.6817 151.5877 87.5192
Glycerol 327.7192 210.3553 121.4487
Glucuronic acid 273.6968 62.2769 35.9556
Arabinan 130.4819 67.5698 39.0114
Galactan 122.9538 12.418 7.1695
Galactomannan 90.4333 59.6841 34.4586
Glucan 156.5273 83.6815 48.3135
Xylan 144.2825 22.8399 13.1866
Xyloglucan 127.775 11.4038 6.584
Arabinogalactan 211.7916 18.9765 10.9561
Pectin 112.9078 25.3029 14.6086
Rhamnogalacturonan 45.5306 15.8826 9.1698
Polygalacturonic acid 265.0192 27.1567 15.6789
Mannan 242.2772 59.0828 34.1115
Amylopectin 195.5845 133.3719 77.0023
Inulin 362.2911 64.2462 37.0925
BSA 46.1146 1.6727 0.9657
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 16.1725 0.9862 0.5694
2h WAT 33.7434 6.1316 3.5401
4h WAT 44.4256 11.3472 6.5513
8h WAT 64.4231 3.3691 1.9452
16h WAT 58.6418 2.8168 1.6263
24h WAT 61.3258 11.684 6.7458
WAT hyphal knot -30h 38.0021 2.002 1.1559
WAT hyphal knot -22h 36.0139 3.6566 2.1112
WAT hyphal knot -15h 40.6861 5.2835 3.0505
WAT hyphal knot -7.5h 59.2484 13.6448 7.8778
WAT hyphal knot 46.6492 3.9297 2.2688
WAT hyphal knot +7.5h 36.7557 3.3183 1.9158
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 64.0723 19.9097 11.4949
Straw 3h 56.551 14.9058 8.6058
Straw 6h 52.0881 22.7831 13.1539
Straw 12h 67.8684 7.3959 4.2701
Straw 24h 73.5608 16.4959 9.5239
Stress conditions 1 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 25.1175 8.8024 5.0821
Frost (-20C, 30min) 43.2002 11.8636 6.8494
Heat shock (47C, 2h) 23.8179 2.5263 1.4586
High CO2 31.4346 9.4319 5.4455
Drought (4% agar, 12h) 16.6891 3.6247 2.0927
Oxidative (1mM H2O2, 3h) 35.3826 4.2187 2.4357
Acidic (pH4, 3h) 25.604 6.5845 3.8015
Alkaline (pH9, 3h) 15.3015 3.7243 2.1502
Osmotic (sorbitol 2h) 33.5511 3.1164 1.7992
CongoRed (3h) 25.872 1.2904 0.745
Cobalt chloride control 69.7262 9.3497 5.3981
Cobalt chloride 2mM 60.6453 0.4793 0.2767
Stress conditions 2 Expression profiling under various stress conditions Hegedus et al. QuantSeq
Sample Mean cpm SD cpm Se of mean
Flask control 15.8918 2.9609 1.7095
Cold stimulation 18.8394 5.1377 2.9662
Scratched surface 20.444 2.0699 1.1951
Ca2+, 200mM, 24h 14.4525 1.8211 1.0514
Cu2+, 2mM, 6h 25.1598 5.3169 3.0697
Voriconazole 23.5139 5.0309 2.9046
Trichoderma interaction, early 21.4203 9.5367 5.506
Trichoderma interaction 60h 33.7715 3.6419 2.1027
Cobalt chloride 2mM repeat 37.9712 13.7191 7.9208
Hypoxia 51.2264 15.8404 9.1455
Hypoxia control 59.0423 8.7073 5.0272
Protoplastation control 79.6229 9.6378 6.815
Protoplastation 3.5h 77.4466 8.9112 6.3012
Protoplastation 1.5h 105.8822 16.8103 11.8867

General data

Systematic name CDC15
Protein id CopciAB_423744.T0
Description STE STE11 cdc15 protein kinase

Annotation summary

0 400 800 1200 1600 1757

Conserved domains

Analysis Signature accession Signature description InterPro Accession Start End
CDD cd00014 CH_SF - 497 598
CDD cd06627 STKc_Cdc7_like - 1134 1388
CDD cd00029 C1 - 1470 1516
Pfam PF00069 Protein kinase domain IPR000719 1137 1388
Pfam PF00130 Phorbol esters/diacylglycerol binding domain (C1 domain) IPR002219 1470 1518

SignalP

Prediction Start End Score
No records

Transmembrane domains

Domain n Start End Length
No records

InterPro

Accession Description
IPR036872 CH domain superfamily
IPR002219 Protein kinase C-like, phorbol ester/diacylglycerol-binding domain
IPR017441 Protein kinase, ATP binding site
IPR046349 C1-like domain superfamily
IPR000719 Protein kinase domain
IPR008271 Serine/threonine-protein kinase, active site
IPR011009 Protein kinase-like domain superfamily
IPR001245 Serine-threonine/tyrosine-protein kinase, catalytic domain

GO

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

KEGG

KEGG Orthology
K06683

EggNOG

COG category Description
T STE STE11 cdc15 protein kinase

CAZy

Class Family Subfamily
No records

Transcription factor

Group
No records

Conservation of CopciAB_423744 across fungi.

Arrow shows the origin of gene family containing CopciAB_423744.

Protein

Sequence id CopciAB_423744.T0
Sequence >CopciAB_423744.T0
MAAALVSSAKVPQVSRPLPISSHSRRPNPPPEASSSRYPQQAPAPDVFTSTSSTSETASRSFQRFFENSFRTATR
SKKVPTPPVDEFATITAKAKKGKEKEREIHKSDEAPSHKLNVFRKVTFRGKSGQEPPATSNDGSQRPKERVAGKT
SFITPSMRQASMSSPALHLSSQALPSPKSQSAVPASSSSNADVLVSPTRPRTRRVSMQPAPPKEISAPSLPSPRT
TAQGPTRHRSSKSVPVAIPPSPSSPSLPSTSSESPVPTRVRHVPASPSHSPTPYSTSRVTPIRSPSKTSGSATPR
ASSPACACSPSNRIRVATPSRGGASASTSHLPLSSSPSPTPRRPSVDSPRRQPIESPRRTSADYARRPSLDVTSR
QSPSPFHGEPPSPIRPRSRTPSQRAYSQNRHFNISAGSLLLPSNPEHRDLIRTATSMLCKEILKPPPHMAKTDAG
VRDWKEVEARTAALVRLERIWSRPFSPTTSQSSPTTGAGEERERKLFCDALRDGFVLCQWVSIIQYLLVNVILTP
CAIRLLNKLRSSSVVRPDPREDGVTKSSNVTKFLAGCASYGLSGEDLFQQDDLIDGSSESLARVAQTIIALIKFV
ESPVPSRSKYMSGQGKSKPLPPSPYGTLSKSSNSTPNLLSTNPQSPASPTRKRWSPPSDLPPLRSYSPGEKSVES
VQTIRGVEDEDSMDEDGEEIEVKQMAVPIIKRPPPPPKSPLRKQASKSNDVGGLSAWSRATASPTRVSIASSTQA
TIGDISVRDSIPNIRQSRQSMASSVLSSTTLSTAPSSLLDNGQGNLGNRYGTIRTVTTDLTSAAPSLTRAEGSSI
SETFARSSSIDIPKHRDRRSGEVQMTRVAEETDESISRVATRVGGETKERGNASHDQRNERPAVHLRKGKWPDDF
FDAFQMPNPARSSILDPDESLSRASPVSISKSSPRKIAIVGANRLHDDGSQPLPRRPTHRPRHSIDTPGLLPKEV
ALRRDASPDSSTSRSPSGRVLLRRHSTKPATPTRTSLAPRSDDAPGSRGSDDSLVPFPRDRSTGVSTPTSPGGDN
ILLERPRLRGRFQSEIEGASGRRGRPNSYDDVAARPARGRIESMVNLGVTSAATSASDLLARNSLDGSTGRALIV
KEAGKPPTHFQLGNCIGRGQFGSVYRALNLNTGQMVAVKRIRLEGLKEEEVTQLMREVDLVKSLSHPSIVKYEGM
ARDEDTLSIVLEYAENGSLGQTLKAFGKLNERLVASYVVKILEGLHYLHTSDVVHCDLKAANILTTKNGNVKLSD
FGVSLNLRAMEREIKDVAGTPNWMAPEVIELKGASIKSDIWSLGCTVIELLTGRPPYADITNSMSVMFRIVEDDM
PPLPEGCSELLEDFLKQCLQKDPNNRPTAELLCEHEWLKANWMELKDLRPQDSIPFLRRVSTDMQKSDVSRYFNQ
FETPDSPVSEGFVRGDAGRVAPISRRTSNLSVRPPPENDISPREHTFVKTTFSKPMMCRVCLLNVKKSAVLCAQC
SLISHAKCAASAPPTCDLRAQLLLYAQYAEKGNPSSAYSNPKDLLGDTRFPVAMSDVPFVSSPSSARTETPPPSS
PIGVVGAHSESPPTAFKFKAAFKRSRSNLTPEPAKSPSSTPAPQEPGPEEPRRRRPTLLSKRPERPLSVTSDSTN
MSSLRSAATAAESLNSGSGSRNRSASSSGGRAQKGSRYTGGLASTAESEHNRSSTQLISELSTSSAGVAMSYPGP
ITHPTTRTLGSLSPDPRRHKRNAKSAGNCVIQ
Length 1757

Coding

Sequence id CopciAB_423744.T0
Sequence >CopciAB_423744.T0
ATGGCGGCGGCACTCGTTTCAAGTGCTAAGGTCCCTCAGGTCTCCCGGCCATTGCCCATATCTTCCCACTCGCGT
CGGCCCAACCCTCCTCCTGAAGCGTCATCTTCACGGTATCCTCAACAGGCGCCAGCGCCCGATGTTTTCACTTCG
ACATCATCCACTTCGGAAACCGCCTCGAGGTCCTTCCAACGCTTCTTCGAGAACAGTTTCCGCACCGCTACACGT
TCCAAGAAAGTCCCGACCCCGCCGGTGGATGAGTTCGCGACGATAACCGCCAAGGCCAAGAAAGGAAAGGAGAAG
GAAAGAGAGATCCATAAGAGTGACGAGGCTCCATCCCACAAATTGAACGTCTTCCGCAAGGTCACATTCCGTGGC
AAAAGTGGGCAAGAACCTCCAGCAACGTCGAACGATGGTAGTCAGCGACCCAAGGAGAGAGTTGCTGGGAAAACC
AGCTTCATTACGCCTTCAATGAGACAGGCATCAATGTCATCACCGGCCCTCCACCTCTCTTCACAAGCTCTGCCT
TCGCCCAAGTCCCAATCAGCTGTGCCTGCTTCGTCTTCTTCTAATGCTGATGTTCTCGTCTCTCCAACTCGCCCG
AGAACCCGGCGGGTCAGTATGCAGCCGGCCCCACCGAAGGAGATTAGTGCACCATCGCTCCCATCACCGCGAACT
ACTGCCCAGGGGCCAACACGACATCGTTCATCCAAGTCAGTTCCCGTTGCAATACCGCCTTCACCCTCGTCACCT
TCATTGCCCTCTACCTCTAGCGAATCCCCGGTCCCAACCCGAGTTCGCCATGTCCCCGCCAGTCCTTCTCATTCC
CCTACACCCTACTCGACTTCTCGAGTCACGCCCATACGTTCACCATCAAAAACCAGTGGTTCTGCTACTCCACGT
GCGTCAAGTCCAGCATGCGCCTGTTCCCCTTCCAACCGAATTCGAGTCGCAACACCTTCACGAGGTGGTGCTTCA
GCGTCGACATCTCATCTTCCGCTGTCATCGAGTCCGTCCCCAACGCCACGACGTCCATCTGTCGACTCTCCCCGT
CGACAACCTATCGAGTCACCACGACGTACATCCGCAGACTACGCACGACGTCCATCTCTCGATGTTACTTCCCGT
CAGTCCCCATCACCATTCCACGGAGAACCCCCTTCCCCCATCCGACCACGGTCGAGAACTCCCTCCCAGCGTGCT
TACTCACAAAACCGCCATTTCAACATCTCCGCAGGCTCATTGCTTCTTCCTAGTAATCCAGAGCACCGCGACTTG
ATTAGGACGGCGACAAGTATGCTCTGCAAGGAAATACTGAAGCCGCCACCGCACATGGCGAAGACGGATGCCGGT
GTGAGGGATTGGAAGGAGGTTGAAGCTCGAACGGCAGCATTGGTGCGACTGGAGAGGATCTGGAGTAGACCCTTT
AGTCCTACCACGTCCCAAAGCTCGCCTACTACCGGAGCTGGTGAGGAACGGGAAAGGAAGCTGTTCTGTGACGCT
CTCCGAGATGGATTCGTTCTATGCCAGTGGGTATCAATTATCCAATATCTTCTCGTCAATGTAATCCTAACGCCG
TGTGCTATTAGACTGTTGAACAAGTTGCGGTCGAGTTCTGTAGTCCGCCCTGATCCGCGCGAAGATGGAGTCACC
AAGTCGTCTAATGTCACCAAGTTTCTCGCGGGCTGTGCCTCGTATGGACTTTCAGGCGAAGACCTGTTCCAGCAG
GACGACCTCATCGACGGCAGCAGCGAGTCGCTTGCACGTGTTGCTCAAACGATCATCGCACTCATCAAGTTCGTT
GAATCCCCTGTGCCATCCAGATCCAAATACATGTCTGGCCAGGGCAAGAGCAAACCCCTTCCCCCGAGTCCGTAT
GGCACGTTGTCAAAGTCGTCCAACTCGACGCCCAACCTCCTCTCAACCAACCCCCAATCTCCAGCATCTCCCACC
AGGAAACGCTGGTCCCCTCCCTCCGACCTTCCACCGTTACGTTCATATAGCCCAGGGGAAAAGTCCGTCGAGTCA
GTTCAGACGATACGTGGGGTAGAGGATGAGGATTCGATGGATGAGGACGGGGAGGAAATCGAAGTTAAACAGATG
GCCGTACCAATCATTAAGAGACCGCCTCCTCCACCAAAATCTCCTTTACGGAAACAAGCATCAAAGTCTAATGAC
GTCGGTGGACTATCTGCCTGGTCAAGGGCTACCGCTTCCCCCACGCGAGTTTCGATCGCAAGTTCGACCCAAGCC
ACGATTGGTGACATATCTGTCCGGGACTCCATTCCAAACATCCGACAGTCCCGACAGTCCATGGCATCTAGCGTA
CTTTCGTCCACTACTTTATCAACCGCGCCTTCTAGCCTCCTCGACAATGGTCAAGGGAATCTTGGCAATAGGTAC
GGCACCATTCGAACGGTGACGACCGATCTAACCTCCGCTGCTCCCTCCCTGACGCGTGCGGAGGGCAGTTCCATC
TCAGAAACATTTGCGCGGTCATCTTCTATAGATATACCCAAGCATAGAGACAGGAGGAGCGGCGAAGTTCAGATG
ACGAGGGTGGCAGAGGAAACGGACGAGAGCATCTCTAGAGTTGCGACGAGGGTTGGTGGTGAGACAAAGGAGAGG
GGTAACGCATCCCATGATCAGCGCAATGAAAGGCCAGCCGTCCACCTCCGTAAGGGAAAGTGGCCCGATGACTTC
TTCGACGCATTCCAGATGCCAAACCCGGCTCGTTCAAGCATCCTCGATCCAGATGAAAGCTTATCTAGGGCAAGT
CCTGTGTCAATTTCCAAGTCTTCCCCTCGCAAGATCGCTATTGTTGGCGCCAATCGCTTACATGATGATGGTTCG
CAGCCGCTGCCTCGACGACCCACGCACCGACCTAGGCACAGCATTGATACCCCGGGATTACTGCCCAAGGAAGTC
GCGTTGCGTCGAGATGCCAGTCCGGACAGTTCGACATCGAGGTCGCCTTCCGGGAGGGTTCTATTGCGCAGGCAC
AGTACGAAGCCAGCTACTCCCACGCGAACGTCACTTGCACCCCGAAGTGACGATGCTCCTGGTTCTCGAGGTTCT
GATGATTCCCTCGTACCCTTCCCCCGCGATCGAAGCACTGGCGTTTCAACCCCGACATCTCCTGGTGGCGACAAT
ATACTCCTAGAAAGGCCGCGTCTTCGTGGGAGGTTCCAAAGTGAGATCGAGGGTGCAAGTGGTCGCAGAGGAAGG
CCGAACTCTTACGACGATGTGGCCGCCAGGCCAGCTCGTGGCAGGATTGAGAGTATGGTTAACCTTGGGGTTACA
TCGGCTGCGACCAGTGCTAGCGATCTGTTGGCCCGAAACTCGCTCGATGGAAGTACGGGTCGGGCGCTCATCGTG
AAGGAAGCAGGGAAGCCCCCAACACACTTTCAACTGGGTAACTGCATTGGCCGCGGCCAATTTGGCTCTGTCTAT
CGGGCGCTTAACCTCAACACCGGACAAATGGTTGCTGTCAAGCGTATCCGTTTGGAAGGCTTGAAGGAAGAGGAG
GTCACGCAGCTCATGCGGGAGGTTGATCTCGTCAAGAGTCTCTCTCATCCTAGCATCGTCAAGTATGAAGGAATG
GCCAGAGATGAGGATACACTAAGTATCGTGCTTGAATACGCAGAGAATGGATCTCTTGGCCAAACCCTCAAGGCC
TTCGGTAAACTCAACGAGCGCCTTGTCGCAAGCTATGTCGTCAAGATCTTGGAAGGTTTGCACTACCTACACACC
AGTGACGTAGTCCACTGCGATCTCAAGGCTGCGAACATCCTTACCACGAAGAACGGCAACGTCAAGCTTTCGGAT
TTCGGAGTTTCTCTCAACCTTCGAGCGATGGAGCGCGAGATCAAGGATGTGGCTGGAACGCCCAACTGGATGGCG
CCTGAGGTGATCGAACTCAAGGGCGCCTCCATCAAGTCGGACATTTGGTCTTTGGGTTGCACTGTGATTGAACTG
TTGACGGGTCGTCCTCCATACGCAGACATCACTAATAGCATGTCTGTGATGTTCCGTATTGTCGAGGACGATATG
CCCCCTCTACCTGAAGGTTGCTCAGAGCTGCTCGAAGATTTCCTCAAGCAATGCCTTCAGAAAGATCCGAACAAT
AGGCCTACTGCTGAACTTCTCTGCGAGCATGAGTGGCTGAAGGCCAACTGGATGGAGCTAAAGGATTTGCGACCT
CAAGATAGCATTCCGTTCCTTCGGCGTGTCAGCACGGATATGCAGAAGTCGGACGTCAGCCGTTACTTTAACCAG
TTCGAGACTCCCGACTCTCCCGTATCCGAAGGTTTCGTACGCGGTGACGCTGGGAGGGTTGCTCCTATCAGTCGC
CGCACATCGAACCTTTCTGTTCGGCCGCCTCCTGAGAATGACATTTCACCAAGAGAACATACCTTTGTCAAAACG
ACATTCAGTAAACCCATGATGTGTCGAGTGTGTCTCTTGAATGTCAAGAAGAGTGCTGTTCTTTGTGCCCAGTGC
AGCCTTATTTCTCATGCCAAATGCGCTGCCAGTGCTCCTCCAACATGCGATCTACGCGCTCAGCTTCTACTCTAC
GCGCAGTACGCGGAAAAGGGCAATCCTTCAAGCGCTTACTCCAATCCAAAGGATCTCCTGGGGGATACGAGGTTT
CCGGTTGCCATGTCGGATGTCCCCTTCGTCTCTAGTCCGTCCAGCGCGAGGACTGAAACACCTCCGCCCTCGTCG
CCCATTGGCGTCGTCGGTGCGCATTCGGAATCACCGCCTACTGCGTTCAAGTTCAAGGCGGCTTTCAAGCGTTCC
CGATCCAACTTGACGCCCGAGCCGGCCAAGTCGCCTTCATCGACGCCAGCACCGCAAGAACCCGGGCCGGAAGAA
CCTCGTCGTAGACGACCGACCCTACTCTCCAAGAGACCGGAGCGACCTCTGTCAGTCACGAGCGACAGTACCAAC
ATGAGCAGCCTCCGAAGTGCTGCTACTGCGGCAGAAAGCCTCAACTCTGGGTCAGGAAGTCGCAATAGGTCAGCG
TCTTCGTCGGGTGGTCGAGCTCAGAAGGGTTCTCGGTACACTGGAGGTCTTGCGTCCACTGCGGAATCCGAACAC
AACAGATCCTCTACGCAACTGATTTCAGAACTATCCACCTCTTCAGCAGGAGTTGCTATGAGTTACCCAGGTCCT
ATTACTCACCCCACAACTAGAACACTTGGCTCGCTTTCACCAGATCCACGGCGTCATAAACGAAACGCAAAGTCT
GCTGGAAATTGTGTTATTCAGTAA
Length 5274

Transcript

Sequence id CopciAB_423744.T0
Sequence >CopciAB_423744.T0
AGGTTCTCTGCCGTTACTCTTTCCGAGGTCAGCTGTAGCCTGCTTGCCTGAACAAATTGTTCGTGGCGCAGGAGA
AAGGTACCACCAAAGGCCCTTGAAGGCTCTCCAAGCTGCCTTGAGGCTTATAGGCGTCAATTAACGCCCCTCAAG
GTTTGATTGCGACGACCACGTTTTCTTCGTGTTGATCACCCCAAGTCCGCAAGACCCCAAGCCCACCGCAATTCT
GACAATTGCCGCAGCCTCTAGGCAAGCAAGAGGCCGTTGAATTTCTTTTTGCGGGTGCTGGGAAGGAATAGCTTC
TAGGTGCACTTCATTCAGAACCTGGTTGATTTGCCCACTTCACAGCATTTCAAGTTGCTCAGGGTCCCAGAAGGC
TTACCAGCACTGTCCGCTGGTCGCAGTTCGATGAACCTTCATGGCGGCGGCACTCGTTTCAAGTGCTAAGGTCCC
TCAGGTCTCCCGGCCATTGCCCATATCTTCCCACTCGCGTCGGCCCAACCCTCCTCCTGAAGCGTCATCTTCACG
GTATCCTCAACAGGCGCCAGCGCCCGATGTTTTCACTTCGACATCATCCACTTCGGAAACCGCCTCGAGGTCCTT
CCAACGCTTCTTCGAGAACAGTTTCCGCACCGCTACACGTTCCAAGAAAGTCCCGACCCCGCCGGTGGATGAGTT
CGCGACGATAACCGCCAAGGCCAAGAAAGGAAAGGAGAAGGAAAGAGAGATCCATAAGAGTGACGAGGCTCCATC
CCACAAATTGAACGTCTTCCGCAAGGTCACATTCCGTGGCAAAAGTGGGCAAGAACCTCCAGCAACGTCGAACGA
TGGTAGTCAGCGACCCAAGGAGAGAGTTGCTGGGAAAACCAGCTTCATTACGCCTTCAATGAGACAGGCATCAAT
GTCATCACCGGCCCTCCACCTCTCTTCACAAGCTCTGCCTTCGCCCAAGTCCCAATCAGCTGTGCCTGCTTCGTC
TTCTTCTAATGCTGATGTTCTCGTCTCTCCAACTCGCCCGAGAACCCGGCGGGTCAGTATGCAGCCGGCCCCACC
GAAGGAGATTAGTGCACCATCGCTCCCATCACCGCGAACTACTGCCCAGGGGCCAACACGACATCGTTCATCCAA
GTCAGTTCCCGTTGCAATACCGCCTTCACCCTCGTCACCTTCATTGCCCTCTACCTCTAGCGAATCCCCGGTCCC
AACCCGAGTTCGCCATGTCCCCGCCAGTCCTTCTCATTCCCCTACACCCTACTCGACTTCTCGAGTCACGCCCAT
ACGTTCACCATCAAAAACCAGTGGTTCTGCTACTCCACGTGCGTCAAGTCCAGCATGCGCCTGTTCCCCTTCCAA
CCGAATTCGAGTCGCAACACCTTCACGAGGTGGTGCTTCAGCGTCGACATCTCATCTTCCGCTGTCATCGAGTCC
GTCCCCAACGCCACGACGTCCATCTGTCGACTCTCCCCGTCGACAACCTATCGAGTCACCACGACGTACATCCGC
AGACTACGCACGACGTCCATCTCTCGATGTTACTTCCCGTCAGTCCCCATCACCATTCCACGGAGAACCCCCTTC
CCCCATCCGACCACGGTCGAGAACTCCCTCCCAGCGTGCTTACTCACAAAACCGCCATTTCAACATCTCCGCAGG
CTCATTGCTTCTTCCTAGTAATCCAGAGCACCGCGACTTGATTAGGACGGCGACAAGTATGCTCTGCAAGGAAAT
ACTGAAGCCGCCACCGCACATGGCGAAGACGGATGCCGGTGTGAGGGATTGGAAGGAGGTTGAAGCTCGAACGGC
AGCATTGGTGCGACTGGAGAGGATCTGGAGTAGACCCTTTAGTCCTACCACGTCCCAAAGCTCGCCTACTACCGG
AGCTGGTGAGGAACGGGAAAGGAAGCTGTTCTGTGACGCTCTCCGAGATGGATTCGTTCTATGCCAGTGGGTATC
AATTATCCAATATCTTCTCGTCAATGTAATCCTAACGCCGTGTGCTATTAGACTGTTGAACAAGTTGCGGTCGAG
TTCTGTAGTCCGCCCTGATCCGCGCGAAGATGGAGTCACCAAGTCGTCTAATGTCACCAAGTTTCTCGCGGGCTG
TGCCTCGTATGGACTTTCAGGCGAAGACCTGTTCCAGCAGGACGACCTCATCGACGGCAGCAGCGAGTCGCTTGC
ACGTGTTGCTCAAACGATCATCGCACTCATCAAGTTCGTTGAATCCCCTGTGCCATCCAGATCCAAATACATGTC
TGGCCAGGGCAAGAGCAAACCCCTTCCCCCGAGTCCGTATGGCACGTTGTCAAAGTCGTCCAACTCGACGCCCAA
CCTCCTCTCAACCAACCCCCAATCTCCAGCATCTCCCACCAGGAAACGCTGGTCCCCTCCCTCCGACCTTCCACC
GTTACGTTCATATAGCCCAGGGGAAAAGTCCGTCGAGTCAGTTCAGACGATACGTGGGGTAGAGGATGAGGATTC
GATGGATGAGGACGGGGAGGAAATCGAAGTTAAACAGATGGCCGTACCAATCATTAAGAGACCGCCTCCTCCACC
AAAATCTCCTTTACGGAAACAAGCATCAAAGTCTAATGACGTCGGTGGACTATCTGCCTGGTCAAGGGCTACCGC
TTCCCCCACGCGAGTTTCGATCGCAAGTTCGACCCAAGCCACGATTGGTGACATATCTGTCCGGGACTCCATTCC
AAACATCCGACAGTCCCGACAGTCCATGGCATCTAGCGTACTTTCGTCCACTACTTTATCAACCGCGCCTTCTAG
CCTCCTCGACAATGGTCAAGGGAATCTTGGCAATAGGTACGGCACCATTCGAACGGTGACGACCGATCTAACCTC
CGCTGCTCCCTCCCTGACGCGTGCGGAGGGCAGTTCCATCTCAGAAACATTTGCGCGGTCATCTTCTATAGATAT
ACCCAAGCATAGAGACAGGAGGAGCGGCGAAGTTCAGATGACGAGGGTGGCAGAGGAAACGGACGAGAGCATCTC
TAGAGTTGCGACGAGGGTTGGTGGTGAGACAAAGGAGAGGGGTAACGCATCCCATGATCAGCGCAATGAAAGGCC
AGCCGTCCACCTCCGTAAGGGAAAGTGGCCCGATGACTTCTTCGACGCATTCCAGATGCCAAACCCGGCTCGTTC
AAGCATCCTCGATCCAGATGAAAGCTTATCTAGGGCAAGTCCTGTGTCAATTTCCAAGTCTTCCCCTCGCAAGAT
CGCTATTGTTGGCGCCAATCGCTTACATGATGATGGTTCGCAGCCGCTGCCTCGACGACCCACGCACCGACCTAG
GCACAGCATTGATACCCCGGGATTACTGCCCAAGGAAGTCGCGTTGCGTCGAGATGCCAGTCCGGACAGTTCGAC
ATCGAGGTCGCCTTCCGGGAGGGTTCTATTGCGCAGGCACAGTACGAAGCCAGCTACTCCCACGCGAACGTCACT
TGCACCCCGAAGTGACGATGCTCCTGGTTCTCGAGGTTCTGATGATTCCCTCGTACCCTTCCCCCGCGATCGAAG
CACTGGCGTTTCAACCCCGACATCTCCTGGTGGCGACAATATACTCCTAGAAAGGCCGCGTCTTCGTGGGAGGTT
CCAAAGTGAGATCGAGGGTGCAAGTGGTCGCAGAGGAAGGCCGAACTCTTACGACGATGTGGCCGCCAGGCCAGC
TCGTGGCAGGATTGAGAGTATGGTTAACCTTGGGGTTACATCGGCTGCGACCAGTGCTAGCGATCTGTTGGCCCG
AAACTCGCTCGATGGAAGTACGGGTCGGGCGCTCATCGTGAAGGAAGCAGGGAAGCCCCCAACACACTTTCAACT
GGGTAACTGCATTGGCCGCGGCCAATTTGGCTCTGTCTATCGGGCGCTTAACCTCAACACCGGACAAATGGTTGC
TGTCAAGCGTATCCGTTTGGAAGGCTTGAAGGAAGAGGAGGTCACGCAGCTCATGCGGGAGGTTGATCTCGTCAA
GAGTCTCTCTCATCCTAGCATCGTCAAGTATGAAGGAATGGCCAGAGATGAGGATACACTAAGTATCGTGCTTGA
ATACGCAGAGAATGGATCTCTTGGCCAAACCCTCAAGGCCTTCGGTAAACTCAACGAGCGCCTTGTCGCAAGCTA
TGTCGTCAAGATCTTGGAAGGTTTGCACTACCTACACACCAGTGACGTAGTCCACTGCGATCTCAAGGCTGCGAA
CATCCTTACCACGAAGAACGGCAACGTCAAGCTTTCGGATTTCGGAGTTTCTCTCAACCTTCGAGCGATGGAGCG
CGAGATCAAGGATGTGGCTGGAACGCCCAACTGGATGGCGCCTGAGGTGATCGAACTCAAGGGCGCCTCCATCAA
GTCGGACATTTGGTCTTTGGGTTGCACTGTGATTGAACTGTTGACGGGTCGTCCTCCATACGCAGACATCACTAA
TAGCATGTCTGTGATGTTCCGTATTGTCGAGGACGATATGCCCCCTCTACCTGAAGGTTGCTCAGAGCTGCTCGA
AGATTTCCTCAAGCAATGCCTTCAGAAAGATCCGAACAATAGGCCTACTGCTGAACTTCTCTGCGAGCATGAGTG
GCTGAAGGCCAACTGGATGGAGCTAAAGGATTTGCGACCTCAAGATAGCATTCCGTTCCTTCGGCGTGTCAGCAC
GGATATGCAGAAGTCGGACGTCAGCCGTTACTTTAACCAGTTCGAGACTCCCGACTCTCCCGTATCCGAAGGTTT
CGTACGCGGTGACGCTGGGAGGGTTGCTCCTATCAGTCGCCGCACATCGAACCTTTCTGTTCGGCCGCCTCCTGA
GAATGACATTTCACCAAGAGAACATACCTTTGTCAAAACGACATTCAGTAAACCCATGATGTGTCGAGTGTGTCT
CTTGAATGTCAAGAAGAGTGCTGTTCTTTGTGCCCAGTGCAGCCTTATTTCTCATGCCAAATGCGCTGCCAGTGC
TCCTCCAACATGCGATCTACGCGCTCAGCTTCTACTCTACGCGCAGTACGCGGAAAAGGGCAATCCTTCAAGCGC
TTACTCCAATCCAAAGGATCTCCTGGGGGATACGAGGTTTCCGGTTGCCATGTCGGATGTCCCCTTCGTCTCTAG
TCCGTCCAGCGCGAGGACTGAAACACCTCCGCCCTCGTCGCCCATTGGCGTCGTCGGTGCGCATTCGGAATCACC
GCCTACTGCGTTCAAGTTCAAGGCGGCTTTCAAGCGTTCCCGATCCAACTTGACGCCCGAGCCGGCCAAGTCGCC
TTCATCGACGCCAGCACCGCAAGAACCCGGGCCGGAAGAACCTCGTCGTAGACGACCGACCCTACTCTCCAAGAG
ACCGGAGCGACCTCTGTCAGTCACGAGCGACAGTACCAACATGAGCAGCCTCCGAAGTGCTGCTACTGCGGCAGA
AAGCCTCAACTCTGGGTCAGGAAGTCGCAATAGGTCAGCGTCTTCGTCGGGTGGTCGAGCTCAGAAGGGTTCTCG
GTACACTGGAGGTCTTGCGTCCACTGCGGAATCCGAACACAACAGATCCTCTACGCAACTGATTTCAGAACTATC
CACCTCTTCAGCAGGAGTTGCTATGAGTTACCCAGGTCCTATTACTCACCCCACAACTAGAACACTTGGCTCGCT
TTCACCAGATCCACGGCGTCATAAACGAAACGCAAAGTCTGCTGGAAATTGTGTTATTCAGTAACTTTATTCCCT
TCATTTTACTTGGCTCTCTCCTTCACCTTGTCCCTGGTTTTTGTCTACCCCCTTTCTCTGTCTTTGTGCATCATG
TGTTTTCTTGTAGTTATAGCAATCAGGTGTTCTTTAAAGGATGCATCTATCTCGGACACCCCTTCTCTTGAACAG
TCTCTGTCTTTTGCTGTTGTTAAACACTGTCGCTTGTGTACCACCATCTCATTAGTCCTAGTTAGGTTGACACTT
ACCCCATGCATGTATACTACTGGAAATTTACCGTTAATAAAGATGCCTTCTGGATGGA
Length 5983

Gene

Sequence id CopciAB_423744.T0
Sequence >CopciAB_423744.T0
AGGTTCTCTGCCGTTACTCTTTCCGAGGTCAGCTGTAGCCTGCTTGCCTGAACAAATTGTTCGTGGCGCAGGAGA
AAGGTACCACCAAAGGCCCTTGAAGGCTCTCCAAGGTCTCACAGCTTGTCTTTGATTCCGGTTTGTTCTGACAGT
CACCATTTACAGCTGCCTTGAGGCTTATAGGCGTCAATTAACGCCCCTCAAGGTTTGATTGCGACGACCACGTTT
TCTTCGTGTTGATCACCCCAAGTCCGCAAGACCCCAAGCCCACCGCAATTCTGACAATTGCCGCAGCCTCTAGGC
AAGCAAGAGGCCGTTGAATTTCTTTTTGCGGGTGCTGGGAAGGAATAGCTTCTAGGTATGTTCATGTTCTGTCTG
GTTGTGCAGAGTTCTTTCCGACGTGATATCATGTCGATGAAACGCCGTCGCCGCCGACTGCGGCGTCCACAATGC
CCCCGACTTTGTTAAAGGACAAACTGACCCCTTTGTATAGGTGCACTTCATTCAGAACCTGGTTGATTTGCCCAC
TTCACAGCATTTCAAGTTGCTCAGGGTCCCAGAAGGCTTACCAGCACTGTCCGCTGGTCGCAGTTCGATGAACCT
TCATGGCGGCGGCACTCGTTTCAAGTGCTAAGGTCCCTCAGGTCTCCCGGCCATTGCCCATATCTTCCCACTCGC
GTCGGCCCAACCCTCCTCCTGAAGCGTCATCTTCACGGTATCCTCAACAGGCGCCAGCGCCCGATGTTTTCACTT
CGACATCATCCACTTCGGAAACCGCCTCGAGGTCCTTCCAACGCTTCTTCGAGAACAGTTTCCGCACCGCTACAC
GTTCCAAGAAAGTCCCGACCCCGCCGGTGGATGAGTTCGCGACGATAACCGCCAAGGCCAAGAAAGGAAAGGAGA
AGGAAAGAGAGATCCATAAGAGTGACGAGGCTCCATCCCACAAATTGAACGTCTTCCGCAAGGTCACATTCCGTG
GCAAAAGTGGGCAAGAACCTCCAGCAACGTCGAACGATGGTAGTCAGCGACCCAAGGAGAGAGTTGCTGGGAAAA
CCAGCTTCATTACGCCTTCAATGAGACAGGCATCAATGTCATCACCGGCCCTCCACCTCTCTTCACAAGCTCTGC
CTTCGCCCAAGTCCCAATCAGCTGTGCCTGCTTCGTCTTCTTCTAATGCTGATGTTCTCGTCTCTCCAACTCGCC
CGAGAACCCGGCGGGTCAGTATGCAGCCGGCCCCACCGAAGGAGATTAGTGCACCATCGCTCCCATCACCGCGAA
CTACTGCCCAGGGGCCAACACGACATCGTTCATCCAAGTCAGTTCCCGTTGCAATACCGCCTTCACCCTCGTCAC
CTTCATTGCCCTCTACCTCTAGCGAATCCCCGGTCCCAACCCGAGTTCGCCATGTCCCCGCCAGTCCTTCTCATT
CCCCTACACCCTACTCGACTTCTCGAGTCACGCCCATACGTTCACCATCAAAAACCAGTGGTTCTGCTACTCCAC
GTGCGTCAAGTCCAGCATGCGCCTGTTCCCCTTCCAACCGAATTCGAGTCGCAACACCTTCACGAGGTGGTGCTT
CAGCGTCGACATCTCATCTTCCGCTGTCATCGAGTCCGTCCCCAACGCCACGACGTCCATCTGTCGACTCTCCCC
GTCGACAACCTATCGAGTCACCACGACGTACATCCGCAGACTACGCACGACGTCCATCTCTCGATGTTACTTCCC
GTCAGTCCCCATCACCATTCCACGGAGAACCCCCTTCCCCCATCCGACCACGGTCGAGAACTCCCTCCCAGCGTG
CTTACTCACAAAACCGCCATTTCAACATCTCCGCAGGCTCATTGCTTCTTCCTAGTAATCCAGAGCACCGCGACT
TGATTAGGACGGCGACAAGTATGCTCTGCAAGGAAATACTGAAGCCGCCACCGCACATGGCGAAGACGGATGCCG
GTGTGAGGGATTGGAAGGAGGTTGAAGCTCGAACGGCAGCATTGGTGCGACTGGAGAGGATCTGGAGTAGACCCT
TTAGTCCTACCACGTCCCAAAGCTCGCCTACTACCGGAGCTGGTGAGGAACGGGAAAGGAAGCTGTTCTGTGACG
CTCTCCGAGATGGATTCGTTCTATGCCAGTGGGTATCAATTATCCAATATCTTCTCGTCAATGTAATCCTAACGC
CGTGTGCTATTAGACTGTTGAACAAGTTGCGGTCGAGTTCTGTAGTCCGCCCTGATCCGCGCGAAGATGGAGTCA
CCAAGTCGTCTAATGTCACCAAGTTTCTCGCGGGCTGTGCCTCGTATGGACTTTCAGGCGAAGACCTGTTCCAGC
AGGACGACCTCATCGACGGCAGCAGCGAGTCGCTTGCACGTGTTGCTCAAACGATCATCGCACTCATCAAGTTCG
TTGAATCCCCTGTGCCATCCAGATCCAAATACATGTCTGGCCAGGGCAAGAGCAAACCCCTTCCCCCGAGTCCGT
ATGGCACGTTGTCAAAGTCGTCCAACTCGACGCCCAACCTCCTCTCAACCAACCCCCAATCTCCAGCATCTCCCA
CCAGGAAACGCTGGTCCCCTCCCTCCGACCTTCCACCGTTACGTTCATATAGCCCAGGGGAAAAGTCCGTCGAGT
CAGTTCAGACGATACGTGGGGTAGAGGATGAGGATTCGATGGATGAGGACGGGGAGGAAATCGAAGTTAAACAGA
TGGCCGTACCAATCATTAAGAGACCGCCTCCTCCACCAAAATCTCCTTTACGGAAACAAGCATCAAAGTCTAATG
ACGTCGGTGGACTATCTGCCTGGTCAAGGGCTACCGCTTCCCCCACGCGAGTTTCGATCGCAAGTTCGACCCAAG
CCACGATTGGTGACATATCTGTCCGGGACTCCATTCCAAACATCCGACAGTCCCGACAGTCCATGGCATCTAGCG
TACTTTCGTCCACTACTTTATCAACCGCGCCTTCTAGCCTCCTCGACAATGGTCAAGGGAATCTTGGCAATAGGT
ACGGCACCATTCGAACGGTGACGACCGATCTAACCTCCGCTGCTCCCTCCCTGACGCGTGCGGAGGGCAGTTCCA
TCTCAGAAACATTTGCGCGGTCATCTTCTATAGATATACCCAAGCATAGAGACAGGAGGAGCGGCGAAGTTCAGA
TGACGAGGGTGGCAGAGGAAACGGACGAGAGCATCTCTAGAGTTGCGACGAGGGTTGGTGGTGAGACAAAGGAGA
GGGGTAACGCATCCCATGATCAGCGCAATGAAAGGCCAGCCGTCCACCTCCGTAAGGGAAAGTGGCCCGATGACT
TCTTCGACGCATTCCAGATGCCAAACCCGGCTCGTTCAAGCATCCTCGATCCAGATGAAAGCTTATCTAGGGCAA
GTCCTGTGTCAATTTCCAAGTCTTCCCCTCGCAAGATCGCTATTGTTGGCGCCAATCGCTTACATGATGATGGTT
CGCAGCCGCTGCCTCGACGACCCACGCACCGACCTAGGCACAGCATTGATACCCCGGGATTACTGCCCAAGGAAG
TCGCGTTGCGTCGAGATGCCAGTCCGGACAGTTCGACATCGAGGTCGCCTTCCGGGAGGGTTCTATTGCGCAGGC
ACAGTACGAAGCCAGCTACTCCCACGCGAACGTCACTTGCACCCCGAAGTGACGATGCTCCTGGTTCTCGAGGTT
CTGATGATTCCCTCGTACCCTTCCCCCGCGATCGAAGCACTGGCGTTTCAACCCCGACATCTCCTGGTGGCGACA
ATATACTCCTAGAAAGGCCGCGTCTTCGTGGGAGGTTCCAAAGTGAGATCGAGGGTGCAAGTGGTCGCAGAGGAA
GGCCGAACTCTTACGACGATGTGGCCGCCAGGCCAGCTCGTGGCAGGATTGAGAGTATGGTTAACCTTGGGGTTA
CATCGGCTGCGACCAGTGCTAGCGATCTGTTGGCCCGAAACTCGCTCGATGGAAGTACGGGTCGGGCGCTCATCG
TGAAGGAAGCAGGGAAGCCCCCAACACACTTTGTGAGTGTCCTTTAGCTTCTTGTACCAAGTGATCGAGATTCTG
AGATATGGCTTCATAGCAACTGGGTAACTGCATTGGCCGCGGCCAATTTGGCTCTGTCTATCGGGCGCTTAACCT
CAACACCGGACAAATGGTTGCTGTCAAGCGTATCCGTTTGGAAGGCTTGAAGGAAGAGGAGGTCACGCAGCTCAT
GCGGGAGGTTGATCTCGTCAAGAGTCTCTCTCATCCTAGCATCGTCAAGTATGAAGGAATGGCCAGAGATGAGGA
TACACTAAGTATCGTGCTTGAGTGAGCCGAAGCATTCTCCCATCTCGATCGTATTTTAATTCCCTTTCGTTTAGA
TACGCAGAGAATGGATCTCTTGGCCAAACCCTCAAGGCCTTCGGTAAACTCAACGAGCGCCTTGTCGCAAGCTAT
GTCGTCAAGATCTTGGAAGGTTTGCACTACCTACACACCAGTGACGTAGTCCACTGCGATCTCAAGGCTGCGAAC
ATCCTTACCACGAAGAACGGCAACGTCAAGCTTTCGGATTTCGGAGTTTCTCTCAACCTTCGAGCGATGGAGCGC
GAGATCAAGGATGTGGCTGGAACGCCCAACTGGATGGCGCCTGAGGTGATCGAACTCAAGGGCGCCTCCATCAAG
TCGGACATTTGGTCTTTGGGTTGCACTGTGATTGAACTGTTGACGGGTCGTCCTCCATACGCAGACATCACTAAT
AGCATGTCTGGTACGTCAAAGAATTCCATCGACGATCCCTTCCTTGGTTTAATCATGATGCAACAGTGATGTTCC
GTATTGTCGAGGACGATATGCCCCCTCTACCTGAAGGTTGCTCAGAGCTGCTCGAAGATTTCCTCAAGCAATGCC
TTCAGAAAGATCCGAACAATAGGCCTACTGCTGAACTTCTCTGCGAGCATGAGTGGCTGAAGGCCAACTGGATGG
AGCTAAAGGTTTGTCTGCGCTTGAATAGCGACAATGCGATGGCTGAAACCATACTCTATCAGGATTTGCGACCTC
AAGATAGCATTCCGTTCCTTCGGCGTGTCAGCACGGATATGCAGAAGTCGGACGTCAGCCGTTACTTTAACCAGT
TCGAGACTCCCGACTCTCCCGTATCCGAAGGTTTCGTACGCGGTGACGCTGGGAGGGTTGCTCCTATCAGTCGCC
GCACATCGAACCTTTCTGTTCGGCCGCCTCCTGAGAATGACATTTCACCAAGAGAACATACCTTTGTCAAAACGA
CATTCAGTAAACGTAAGTAATTCAACTGGCTATGAATAGATGAGTCCAGAACTAAACTTTCGACATAGCCATGAT
GTGTCGAGTGTGTCTCTTGAATGTCAAGAAGAGTGCTGTTCTTTGTGCCCAGTGCAGCCTTATTTCTCATGCCAA
ATGCGCTGCCAGTGCTCCTCCAACATGCGATCTACGCGCTCAGCTTCTACTCTACGCGCAGTACGCGGAAAAGGG
CAATCCTTCAAGCGCTTACTCCAATCCAAAGGATCTCCTGGGGGATACGAGGTTTCCGGTTGCCATGTCGGATGT
CCCCTTCGTCTCTAGTCCGTCCAGCGCGAGGACTGAAACACCTCCGCCCTCGTCGCCCATTGGCGTCGTCGGTGC
GCATTCGGAATCACCGCCTACTGCGTTCAAGTTCAAGGCGGCTTTCAAGCGTTCCCGATCCAACTTGACGCCCGA
GCCGGCCAAGTCGCCTTCATCGACGCCAGCACCGCAAGAACCCGGGCCGGAAGAACCTCGTCGTAGACGACCGAC
CCTACTCTCCAAGAGACCGGAGCGACCTCTGTCAGTCACGAGCGACAGTACCAACATGAGCAGCCTCCGAAGTGC
TGCTACTGCGGCAGAAAGCCTCAACTCTGGGTCAGGAAGTCGCAATAGGTCAGCGTCTTCGTCGGGTGGTCGAGC
TCAGAAGGGTTCTCGGTACACTGGAGGTCTTGCGTCCACTGCGGAATCCGAACACAACAGATCCTCTACGCAACT
GATTTCAGAACTATCCACCTCTTCAGCAGGAGTTGCTATGAGTTACCCAGGTCCTATTACTCACCCCACAACTAG
AACACTTGGCTCGCTTTCACCAGATCCACGGCGTCATAAACGAAACGCAAAGTCTGCTGGAAATTGTGTTATTCA
GTAACTTTATTCCCTTCATTTTACTTGGCTCTCTCCTTCACCTTGTCCCTGGTTTTTGTCTACCCCCTTTCTCTG
TCTTTGTGCATCATGTGTTTTCTTGTAGTTATAGCAATCAGGTGTTCTTTAAAGGATGCATCTATCTCGGACACC
CCTTCTCTTGAACAGTCTCTGTCTTTTGCTGTTGTTAAACACTGTCGCTTGTGTACCACCATCTCATTAGTCCTA
GTTAGGTTGACACTTACCCCATGCATGTATACTACTGGAAATTTACCGTTAATAAAGATGCCTTCTGGATGGA
Length 6448