Fungal Genomics

Agaricus bisporus var bisporus H39 Agaricus bisporus var bisporus H97 Agaricus bisporus var burnettii H119p4 Ophiocordyceps australis 1348a (Ghana) Ophiocordyceps australis map64 (Brazil) Ophiocordyceps camponoti-floridani Ophiocordyceps camponoti-rufipedis Ophiocordyceps kimflemingae Ophiocordyceps subramaniannii Penicillium roqueforti DTO002I6 Penicillium roqueforti DTO003C3 Penicillium roqueforti DTO003H1 (CBS 147308) Penicillium roqueforti DTO006G1 Penicillium roqueforti DTO006G7 Penicillium roqueforti DTO012A1 Penicillium roqueforti DTO012A2 (CBS 147309) Penicillium roqueforti DTO012A6 (CBS 147310) Penicillium roqueforti DTO012A7 Penicillium roqueforti DTO012A8 Penicillium roqueforti DTO012A9 Penicillium roqueforti DTO013E5 Penicillium roqueforti DTO013F2 Penicillium roqueforti DTO013F5 (CBS 147311) Penicillium roqueforti DTO027I6 Penicillium roqueforti DTO032C6 Penicillium roqueforti DTO039G3 Penicillium roqueforti DTO046C5 Penicillium roqueforti DTO070G2 (CBS 147317) Penicillium roqueforti DTO081F9 (CBS 147318) Penicillium roqueforti DTO101D6 (CBS 147325) Penicillium roqueforti DTO102I9 (CBS 147326) Penicillium roqueforti DTO126G2 (CBS 147330) Penicillium roqueforti DTO127F7 (CBS 147331) Penicillium roqueforti DTO127F9 (CBS 147332) Penicillium roqueforti DTO130C1 (CBS 147333) Penicillium roqueforti DTO163C3 (CBS 147337) Penicillium roqueforti DTO163F5 (CBS 147338) Penicillium roqueforti DTO163G4 (CBS 147339) Penicillium roqueforti DTO265D5 (CBS 147372) Penicillium roqueforti DTO369A1 (CBS 147354) Penicillium roqueforti DTO375B1 (CBS 147355) Penicillium roqueforti DTO377G2 (LCP 96.3914a) Penicillium roqueforti LCP96 04111 Rhodonia placenta FPRL280

General Properties

Protein ID	Pro_DTO377G3_2|g162.t1
Gene name
Location	scaffold_01:423925..426820
Strand	+
Gene length (bp)	2895
Transcript length (bp)	2778
Coding sequence length (bp)	2778
Protein length (aa)	926

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PFAM Domains

PFAM Domain ID	Short name	Long name	E-value	Start	End
PF05362	Lon_C	Lon protease (S16) C-terminal proteolytic domain	1.9E-69	700	905
PF02190	LON_substr_bdg	ATP-dependent protease La (LON) substrate-binding domain	7.4E-29	9	254
PF00004	AAA	ATPase family associated with various cellular activities (AAA)	4.4E-23	475	613
PF07728	AAA_5	AAA domain (dynein-related subfamily)	1.2E-07	475	609
PF13541	ChlI	Subunit ChlI of Mg-chelatase	2.8E-06	795	876
PF07726	AAA_3	ATPase family associated with various cellular activities (AAA)	1.8E-04	475	600

GO

GO Term	Description	Terminal node
GO:0005524	ATP binding	Yes
GO:0016887	ATPase activity	Yes
GO:0004252	serine-type endopeptidase activity	Yes
GO:0006508	proteolysis	Yes
GO:0004176	ATP-dependent peptidase activity	Yes
GO:0017171	serine hydrolase activity	No
GO:0070011	peptidase activity, acting on L-amino acid peptides	No
GO:1901265	nucleoside phosphate binding	No
GO:0017111	nucleoside-triphosphatase activity	No
GO:0043170	macromolecule metabolic process	No
GO:0044238	primary metabolic process	No
GO:0043168	anion binding	No
GO:0032559	adenyl ribonucleotide binding	No
GO:0003824	catalytic activity	No
GO:0032553	ribonucleotide binding	No
GO:0071704	organic substance metabolic process	No
GO:0016462	pyrophosphatase activity	No
GO:0016818	hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides	No
GO:0140096	catalytic activity, acting on a protein	No
GO:0097159	organic cyclic compound binding	No
GO:0032555	purine ribonucleotide binding	No
GO:1901363	heterocyclic compound binding	No
GO:1901564	organonitrogen compound metabolic process	No
GO:0003674	molecular_function	No
GO:0036094	small molecule binding	No
GO:0016817	hydrolase activity, acting on acid anhydrides	No
GO:0019538	protein metabolic process	No
GO:0005488	binding	No
GO:0035639	purine ribonucleoside triphosphate binding	No
GO:0008233	peptidase activity	No
GO:0008236	serine-type peptidase activity	No
GO:0042623	ATPase activity, coupled	No
GO:0006807	nitrogen compound metabolic process	No
GO:0017076	purine nucleotide binding	No
GO:0043167	ion binding	No
GO:0008144	drug binding	No
GO:0000166	nucleotide binding	No
GO:0008150	biological_process	No
GO:0016787	hydrolase activity	No
GO:0004175	endopeptidase activity	No
GO:0008152	metabolic process	No
GO:0030554	adenyl nucleotide binding	No
GO:0097367	carbohydrate derivative binding	No

SignalP

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SignalP signal predicted	Location (based on Ymax)	D score (significance: > 0.45)
No	1 - 12	0.45

Transmembrane Domains

(None)

Transcription Factor Class

(None)

Expression data

Analysis 1: Genome-wide gene expression in conidia of Penicillium roqueforti during growth at various temperatures and for various amounts of time. Published in Punt et al., 2020.

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Sequences

Type of sequence	Sequence
Locus	Download genbank file of locus The gene with 5 kb flanks (if sufficient flanking sequence is available). For use in cloning design programs. NOTE: features (genes or exons) that are only partially contained within the sequence are completely excluded.
Protein	>Pro_DTO377G3_2|g162.t1 MGSNGRTTKIPLVPLPKGSVLLPGVTLRIPVSNRPDLANLLSSLVDKPSKRDANTITFGCVPLNSPFLSRDGQQL LEGDDSDSERKEQYDSIDAGQARKEDLFRCGTVGKVIGVQRRAYSEPFLLVQGWQRFSIKKVLRDRPYFEAEVFI HDESNSGQGDAEVAVLFQQLRQLSRELLTLLRLSSLLSAASSRLSPLVARKFELYISKTELTQAGKLADFMADVS DASFEEKLRILGSLNVKERLERVVEILTRQAQHIKSSVRVTSIGSTSFPSSAMDISHIDPRDRELLAKRAISGLS GMTPPGGRGNDEEKEPNEVDELQQKLNDAQLSPEAQKVADKELKRLRKMNPANAEYGVCRTYLENLSEIPWTKAT EDQLGPDTLKNARKQLDEDHYGLERIKKRLLEYLAVLRLKQSTNSDVERQISGLSRDLDASAAGDVDHDVPLLSE SDRIALETRLEILKSKRMTDKSPILLLVGPPGTGKTSLAKSVAASLGRKFHRISLGGVRDEAEIRGHRRTYVAAM PGLIVNGLKKVGVSNPVILLDEIDKVGGANFQGDPAAAMLEVLDPEQNHTFTDHYINIPIDLSKVLFLATANSLD TIPAPLLDRMETISLSGYTTVEKRHIAKQHLIPKQIRSNGLNEDQVNLSDEVIDKTITSYTRESGVRNLERELGS ICRHKAVQFADAGDADRLADYNPVVSVDDLEDILGIERFEEEITEKHGRPGVVTGLVAYSTGGQGSILFIEVADM PGNGRVQLTGKLGDVLKESVEVALTWVKAHSFELGLTHDPREDIMKSRSLHVHCPSGAIPKDGPSAGLAHTVALV SLFSNKPVPPQIAMTGEVSLRGRVMPVGGIKEKLIGALRAGVKTVLLPDHNRKDVKDVPQEVKDGLEIIYVKHIW EGLRHVWPDAQWPGQHQMNFVESRL*
Coding	>Pro_DTO377G3_2|g162.t1 ATGGGATCCAACGGTAGAACTACTAAGATTCCCCTTGTACCTCTTCCCAAGGGCTCGGTCCTGCTCCCGGGCGTG ACTCTACGCATTCCAGTCTCCAACCGTCCCGATCTCGCCAATCTTCTGTCGTCACTAGTGGACAAGCCTTCGAAG CGAGATGCGAATACTATCACCTTCGGATGTGTTCCACTCAACTCACCTTTTTTGAGCCGGGATGGACAGCAGCTC CTCGAAGGCGACGACTCGGATTCAGAGCGAAAGGAGCAATATGACTCAATTGACGCCGGTCAGGCACGGAAAGAG GACTTGTTCCGATGCGGAACTGTTGGCAAAGTCATCGGAGTTCAGCGCCGGGCCTACTCGGAGCCATTTTTACTT GTCCAAGGTTGGCAAAGATTCTCTATTAAGAAGGTCCTACGAGACCGCCCATACTTTGAGGCTGAGGTCTTCATT CATGACGAATCAAACTCTGGCCAAGGCGATGCGGAAGTCGCTGTGCTATTCCAACAATTGAGACAGCTCTCTCGA GAGCTTCTTACTCTCTTACGTCTCTCCTCATTGCTGTCGGCAGCCTCCTCTCGTCTCTCGCCACTCGTTGCCCGA AAATTCGAGCTCTATATATCAAAGACAGAATTGACACAAGCGGGGAAGCTGGCGGATTTCATGGCGGATGTATCT GACGCAAGCTTTGAGGAAAAGCTACGTATCCTCGGCTCGCTGAATGTCAAGGAACGCTTGGAGAGGGTTGTTGAG ATCCTCACCAGACAGGCACAGCATATTAAGAGTAGTGTCAGGGTCACCTCGATTGGCTCGACCTCGTTCCCCTCC TCCGCCATGGATATCAGTCATATTGACCCCCGTGATCGCGAGTTGCTCGCTAAGCGTGCAATTTCGGGCCTCTCA GGCATGACACCTCCTGGTGGGCGGGGCAACGACGAAGAGAAGGAACCCAATGAAGTAGATGAGCTACAGCAGAAG CTGAATGATGCGCAGCTTAGTCCCGAAGCTCAGAAAGTTGCGGACAAGGAATTGAAACGCCTGCGAAAGATGAAC CCTGCCAATGCCGAGTACGGTGTTTGCCGGACTTATCTGGAAAACTTGTCAGAAATCCCATGGACCAAAGCGACA GAGGACCAACTTGGACCGGACACATTGAAGAACGCCAGGAAGCAGCTGGATGAGGACCACTACGGCCTGGAGCGA ATCAAGAAGCGACTGCTGGAGTATTTGGCCGTGTTGCGCCTGAAGCAGTCCACCAACTCGGATGTTGAACGCCAG ATCTCAGGACTTTCCAGGGACTTGGACGCCTCGGCAGCTGGAGATGTCGATCATGATGTCCCCCTGCTGTCAGAG TCTGACCGGATTGCATTGGAGACCCGCCTTGAGATCCTCAAGTCCAAGCGTATGACCGACAAGTCCCCTATCTTG CTTCTGGTCGGACCCCCTGGAACTGGAAAGACAAGTTTAGCCAAGTCTGTTGCTGCTTCGCTTGGCCGGAAATTC CACCGGATCTCCCTTGGTGGTGTCAGAGACGAGGCGGAAATCCGGGGCCATCGGCGCACATATGTTGCAGCTATG CCTGGTTTGATTGTGAATGGTTTGAAGAAGGTCGGTGTTTCAAACCCGGTCATTCTACTGGATGAGATTGACAAG GTCGGCGGCGCCAACTTCCAAGGAGACCCGGCCGCTGCCATGCTGGAGGTTCTTGATCCTGAACAGAATCATACC TTCACCGATCACTATATCAATATCCCTATCGACCTGAGCAAGGTTCTTTTCCTTGCTACTGCCAACTCCCTGGAC ACGATCCCGGCACCTCTGCTTGACCGCATGGAGACCATCTCCCTGTCAGGATACACCACCGTTGAGAAGCGGCAC ATTGCCAAGCAACACCTGATTCCGAAGCAGATTAGATCTAATGGTCTCAACGAGGACCAAGTAAATCTGTCGGAC GAAGTGATTGATAAAACCATCACCTCATATACCCGTGAGTCAGGTGTTCGCAACCTAGAGCGGGAACTTGGCTCT ATATGTCGCCATAAGGCCGTCCAATTTGCCGACGCCGGGGATGCCGATCGCCTAGCCGATTATAACCCTGTTGTA TCTGTCGACGATCTGGAGGATATCCTCGGGATCGAGAGATTTGAGGAGGAGATCACCGAGAAGCACGGTCGTCCC GGTGTTGTCACAGGCCTTGTCGCCTACTCTACTGGTGGCCAGGGTAGCATCCTGTTCATCGAGGTGGCAGATATG CCCGGCAACGGACGCGTCCAGCTGACCGGTAAGCTGGGCGACGTGCTCAAGGAATCTGTCGAAGTAGCCCTGACG TGGGTGAAGGCACACTCCTTCGAGCTCGGTCTGACTCACGACCCCCGTGAAGATATAATGAAGAGCCGTAGCCTG CACGTCCACTGCCCCTCCGGCGCTATCCCCAAGGATGGACCTTCGGCTGGTCTTGCCCACACTGTTGCCTTGGTT TCCTTGTTTAGCAACAAACCTGTCCCACCGCAGATCGCCATGACCGGCGAGGTTTCTCTCCGCGGCCGGGTTATG CCCGTCGGCGGTATCAAAGAGAAGCTGATTGGTGCTCTGCGTGCGGGCGTCAAGACCGTGCTGCTGCCGGACCAC AATCGGAAAGACGTCAAAGATGTCCCACAGGAAGTCAAGGATGGTCTGGAAATCATCTATGTCAAACACATCTGG GAAGGATTGCGCCATGTCTGGCCCGATGCGCAGTGGCCGGGCCAGCACCAGATGAACTTTGTCGAGAGCCGACTG TAA
Transcript	>Pro_DTO377G3_2|g162.t1 ATGGGATCCAACGGTAGAACTACTAAGATTCCCCTTGTACCTCTTCCCAAGGGCTCGGTCCTGCTCCCGGGCGTG ACTCTACGCATTCCAGTCTCCAACCGTCCCGATCTCGCCAATCTTCTGTCGTCACTAGTGGACAAGCCTTCGAAG CGAGATGCGAATACTATCACCTTCGGATGTGTTCCACTCAACTCACCTTTTTTGAGCCGGGATGGACAGCAGCTC CTCGAAGGCGACGACTCGGATTCAGAGCGAAAGGAGCAATATGACTCAATTGACGCCGGTCAGGCACGGAAAGAG GACTTGTTCCGATGCGGAACTGTTGGCAAAGTCATCGGAGTTCAGCGCCGGGCCTACTCGGAGCCATTTTTACTT GTCCAAGGTTGGCAAAGATTCTCTATTAAGAAGGTCCTACGAGACCGCCCATACTTTGAGGCTGAGGTCTTCATT CATGACGAATCAAACTCTGGCCAAGGCGATGCGGAAGTCGCTGTGCTATTCCAACAATTGAGACAGCTCTCTCGA GAGCTTCTTACTCTCTTACGTCTCTCCTCATTGCTGTCGGCAGCCTCCTCTCGTCTCTCGCCACTCGTTGCCCGA AAATTCGAGCTCTATATATCAAAGACAGAATTGACACAAGCGGGGAAGCTGGCGGATTTCATGGCGGATGTATCT GACGCAAGCTTTGAGGAAAAGCTACGTATCCTCGGCTCGCTGAATGTCAAGGAACGCTTGGAGAGGGTTGTTGAG ATCCTCACCAGACAGGCACAGCATATTAAGAGTAGTGTCAGGGTCACCTCGATTGGCTCGACCTCGTTCCCCTCC TCCGCCATGGATATCAGTCATATTGACCCCCGTGATCGCGAGTTGCTCGCTAAGCGTGCAATTTCGGGCCTCTCA GGCATGACACCTCCTGGTGGGCGGGGCAACGACGAAGAGAAGGAACCCAATGAAGTAGATGAGCTACAGCAGAAG CTGAATGATGCGCAGCTTAGTCCCGAAGCTCAGAAAGTTGCGGACAAGGAATTGAAACGCCTGCGAAAGATGAAC CCTGCCAATGCCGAGTACGGTGTTTGCCGGACTTATCTGGAAAACTTGTCAGAAATCCCATGGACCAAAGCGACA GAGGACCAACTTGGACCGGACACATTGAAGAACGCCAGGAAGCAGCTGGATGAGGACCACTACGGCCTGGAGCGA ATCAAGAAGCGACTGCTGGAGTATTTGGCCGTGTTGCGCCTGAAGCAGTCCACCAACTCGGATGTTGAACGCCAG ATCTCAGGACTTTCCAGGGACTTGGACGCCTCGGCAGCTGGAGATGTCGATCATGATGTCCCCCTGCTGTCAGAG TCTGACCGGATTGCATTGGAGACCCGCCTTGAGATCCTCAAGTCCAAGCGTATGACCGACAAGTCCCCTATCTTG CTTCTGGTCGGACCCCCTGGAACTGGAAAGACAAGTTTAGCCAAGTCTGTTGCTGCTTCGCTTGGCCGGAAATTC CACCGGATCTCCCTTGGTGGTGTCAGAGACGAGGCGGAAATCCGGGGCCATCGGCGCACATATGTTGCAGCTATG CCTGGTTTGATTGTGAATGGTTTGAAGAAGGTCGGTGTTTCAAACCCGGTCATTCTACTGGATGAGATTGACAAG GTCGGCGGCGCCAACTTCCAAGGAGACCCGGCCGCTGCCATGCTGGAGGTTCTTGATCCTGAACAGAATCATACC TTCACCGATCACTATATCAATATCCCTATCGACCTGAGCAAGGTTCTTTTCCTTGCTACTGCCAACTCCCTGGAC ACGATCCCGGCACCTCTGCTTGACCGCATGGAGACCATCTCCCTGTCAGGATACACCACCGTTGAGAAGCGGCAC ATTGCCAAGCAACACCTGATTCCGAAGCAGATTAGATCTAATGGTCTCAACGAGGACCAAGTAAATCTGTCGGAC GAAGTGATTGATAAAACCATCACCTCATATACCCGTGAGTCAGGTGTTCGCAACCTAGAGCGGGAACTTGGCTCT ATATGTCGCCATAAGGCCGTCCAATTTGCCGACGCCGGGGATGCCGATCGCCTAGCCGATTATAACCCTGTTGTA TCTGTCGACGATCTGGAGGATATCCTCGGGATCGAGAGATTTGAGGAGGAGATCACCGAGAAGCACGGTCGTCCC GGTGTTGTCACAGGCCTTGTCGCCTACTCTACTGGTGGCCAGGGTAGCATCCTGTTCATCGAGGTGGCAGATATG CCCGGCAACGGACGCGTCCAGCTGACCGGTAAGCTGGGCGACGTGCTCAAGGAATCTGTCGAAGTAGCCCTGACG TGGGTGAAGGCACACTCCTTCGAGCTCGGTCTGACTCACGACCCCCGTGAAGATATAATGAAGAGCCGTAGCCTG CACGTCCACTGCCCCTCCGGCGCTATCCCCAAGGATGGACCTTCGGCTGGTCTTGCCCACACTGTTGCCTTGGTT TCCTTGTTTAGCAACAAACCTGTCCCACCGCAGATCGCCATGACCGGCGAGGTTTCTCTCCGCGGCCGGGTTATG CCCGTCGGCGGTATCAAAGAGAAGCTGATTGGTGCTCTGCGTGCGGGCGTCAAGACCGTGCTGCTGCCGGACCAC AATCGGAAAGACGTCAAAGATGTCCCACAGGAAGTCAAGGATGGTCTGGAAATCATCTATGTCAAACACATCTGG GAAGGATTGCGCCATGTCTGGCCCGATGCGCAGTGGCCGGGCCAGCACCAGATGAACTTTGTCGAGAGCCGACTG TAA
Gene	>Pro_DTO377G3_2|g162.t1 ATGGGATCCAACGGTAGAACTACTAAGATTCCCCTTGTACCTCTTCCCAAGGGCTCGGTCCTGCTCCCGGGCGTG ACTCTACGCATTCCAGTCTCCAACCGTCCCGATCTCGCCAATCTTCTGTCGTCACTAGTGGACAAGCCTTCGAAG CGAGATGCGAATACTATCACCTTCGGATGTGTTCCACTCAACTCACCTTTTTTGAGCCGGGATGGACAGCAGCTC CTCGAAGGCGACGACTCGGATTCAGAGCGAAAGGAGCAATATGACTCAATTGACGCCGGTCAGGCACGGAAAGAG GACTTGTTCCGATGCGGAACTGTTGGCAAAGTCATCGGAGTTCAGCGCCGGGCCTACTCGGAGCCATTTTTACTT GTCCAAGGTTGGCAAAGATTCTCTATTAAGAAGGTCCTACGAGACCGCCCATACTTTGAGGCTGAGGTCTTCATT CATGACGAATCAAGTTAGTTTCCACAGACACAAAGCACAAAGACCACATGGCTAATCATACTTCCTATACTTCTA GACTCTGGCCAAGGCGATGCGGAAGTCGCTGTGCTATTCCAACAATTGAGACAGCTCTCTCGAGAGCTTCTTACT CTCTTACGTCTCTCCTCATTGCTGTCGGCAGCCTCCTCTCGTCTCTCGCCACTCGTTGCCCGAAAATTCGAGCTC TATATATCAAAGACAGAATTGACACAAGCGGGGAAGCTGGCGGATTTCATGGCGGATGTATCTGACGCAAGCTTT GAGGAAAAGCTACGTATCCTCGGCTCGCTGAATGTCAAGGAACGCTTGGAGAGGGTTGTTGAGATCCTCACCAGA CAGGCACAGCATATTAAGAGTAGTGTCAGGGTCACCTCGATTGGCTCGACCTCGTTCCCCTCCTCCGCCATGGAT ATCAGTCATATTGACCCCCGTGATCGCGAGTTGCTCGCTAAGCGTGCAATTTCGGGCCTCTCAGGCATGACACCT CCTGGTGGGCGGGGCAACGACGAAGAGAAGGAACCCAATGAAGTAGATGAGCTACAGCAGAAGCTGAATGATGCG CAGCTTAGTCCCGAAGCTCAGAAAGTTGCGGACAAGGAATTGAAACGCCTGCGAAAGATGAACCCTGCCAATGCC GAGTACGGTGTTTGCCGGACTTATCTGGAAAACTTGTCAGAAATCCCATGGACCAAAGCGACAGAGGACCAACTT GGACCGGACACATTGAAGAACGCCAGGAAGCAGCTGGATGAGGACCACTACGGCCTGGAGCGAATCAAGAAGCGA CTGCTGGAGTATTTGGCCGTGTTGCGCCTGAAGCAGTCCACCAACTCGGATGTTGAACGCCAGATCTCAGGACTT TCCAGGGACTTGGACGCCTCGGCAGCTGGAGATGTCGATCATGATGTCCCCCTGCTGTCAGAGTCTGACCGGATT GCATTGGAGACCCGCCTTGAGATCCTCAAGTCCAAGCGTATGACCGACAAGTCCCCTATCTTGCTTCTGGTCGGA CCCCCTGGAACTGGAAAGACAAGTTTAGCCAAGTCTGTTGCTGCTTCGCTTGGCCGGAAATTCCACCGGATCTCC CTTGGTGGTGTCAGAGACGAGGCGGAAATCCGGGGCCATCGGCGCACATATGTTGCAGCTATGCCTGGTTTGATT GTGAATGGTTTGAAGAAGGTCGGTGTTTCAAACCCGGTCATTCTACTGGATGAGATTGACAAGGTCGGCGGCGCC AACTTCCAAGGAGACCCGGCCGCTGCCATGCTGGAGGTTCTTGATCCTGAACAGAATCATACCTTCACCGATCAC TATATCAATATCCCTATCGACCTGAGCAAGGTTCTTTTCCTTGCTACTGCCAACTCCCTGGACACGATCCCGGCA CCTCTGCTTGACCGCATGGAGACCATCTCCCTGTCAGGATACACCACCGTTGAGAAGCGGCACATTGCCAAGCAA CACCTGATTCCGAAGCAGATTAGATCTAATGGTCTCAACGAGGACCAAGTAAATCTGTCGGACGAAGTGATTGAT AAAACCATCACCTCATATACCCGTGAGTCAGGTGTTCGCAACCTAGAGCGGGAACTTGGCTCTATATGTCGCCAT AAGGCCGTCCAATTTGCCGACGCCGGGGATGCCGATCGCCTAGCCGATTATAACCCTGTTGTATCTGTCGACGAT CTGGAGGATATCCTCGGGATCGAGAGATTTGAGGAGGAGATCACCGAGAAGCACGGTCGTCCCGGTGTTGTCACA GGCCTTGTCGCCTACTCTACTGGTGGCCAGGGTAGCATCCTGTTCATCGAGGTGGCAGATATGCCCGGCAACGGA CGCGTCCAGCTGACCGGTAAGCTGGGCGACGTGCTCAAGGAATCTGTCGAAGTAGCCCTGACGTGGGTGAAGGCA CACTCCTTCGAGCTCGGTCTGACTCACGACCCCCGTGAAGATATAATGAAGAGCCGTAGCCTGCACGTCCACTGC CCCTCCGGCGCTATCCCCAAGGATGGACCTTCGGCTGGTCTTGCCCACACTGTTGCCTTGGTTTCCTTGTTTAGC AACAAACCTGTCCCACCGCAGATCGCCATGACCGGCGAGGTTTCTCTCCGCGGCCGGGTTATGCCCGTCGGCGGT ATCAAAGAGAAGCTGATTGGTGCTCTGCGTGCGGGCGTCAAGACCGTGCTGCTGCCGGACCACAATCGGAAAGAC GTCAAAGATGTCCCACAGGAAGTCAAGGATGGTCTGGAAATCATCTATGTCAAGTATGTCATCCCTTCCTAACCT TGGTTTAATAACTGCTAACAATTGTTTCACAGACACATCTGGGAAGGATTGCGCCATGTCTGGCCCGATGCGCAG TGGCCGGGCCAGCACCAGATGAACTTTGTCGAGAGCCGACTGTAA